- Integrated Circuits (ICs) — Core semiconductor building blocks for all electronic systems.
- Audio Special Purpose — Dedicated ICs for audio processing, effects, and control paths.
- Clock/Timing - Application Specific — Timing parts tailored to niche protocols and platforms.
- Clock/Timing - Clock Buffers — Fan-out devices for low-jitter clock distribution.
- Clock/Timing - Clock Generators — PLL/synthesizer sources for precision system clocks.
- Clock/Timing - Delay Lines — Fixed/programmable delays for alignment and skew control.
- Clock/Timing - IC Batteries — Backup cells/modules for RTC and timekeeping rails.
- Clock/Timing - Programmable Timers and Oscillators — Configurable timing sources and counters.
- Clock/Timing - Real Time Clocks — RTCs for calendar/time with low power backup modes.
- Data Acquisition - ADCs/DACs - Special Purpose — Converters optimized for targeted use cases.
- Data Acquisition - Analog Front End (AFE) — Sensor-side amplifiers, filters, and conditioning.
- Data Acquisition - Analog to Digital Converters (ADC) — Precision digitizers for signals and sensors.
- Data Acquisition - Digital Potentiometers — Electronically adjustable resistive elements.
- Data Acquisition - Digital to Analog Converters (DAC) — High-linearity voltage/current outputs from code.
- Data Acquisition - Touch Screen Controllers — Controllers for capacitive/resistive touch panels.
- Embedded - CPLDs — Deterministic programmable logic for glue/control logic.
- Embedded - DSP — High-throughput math engines for real-time processing.
- Embedded - FPGAs — Reconfigurable logic fabrics for accelerated designs.
- Embedded - FPGAs with Microcontrollers — Hybrid MCU+FPGA platforms for tight integration.
- Embedded - Microcontroller — MCU/MPU/FPGA modules for rapid system deployment.
- Embedded - Microcontrollers — General-purpose MCUs for control and IoT workloads.
- Embedded - Microcontrollers - Application Specific — MCUs tuned for motor, power, audio, or comms tasks.
- Embedded - Microprocessors — MPUs for OS-based edge and embedded compute.
- Embedded - PLDs — Simple programmable logic for interface adaptation.
- Embedded - System On Chip (SoC) — Integrated CPU, memory, and peripherals on one die.
- Interface - Analog Switches - Special Purpose — Specialty multiplexing and routing for analog paths.
- Interface - Analog Switches — MUX/DEMUX and SPxT switches for signal selection.
- Interface - CODECs — Audio/voice A/D–D/A conversion with integrated DSP blocks.
- Interface - Controllers — Protocol controllers for buses, storage, or comms links.
- Interface - Direct Digital Synthesis (DDS) — Numerically controlled waveform generation ICs.
- Interface - Drivers — Line drivers/receivers/transceivers for robust I/O.
- Interface - Encoders — Encoder/decoder ICs for data conversion and control.
- Interface - Filters - Active — Active filter stages for noise shaping and bandwidth set.
- Interface - I/O Expanders — Add GPIO via I²C/SPI for pin-limited controllers.
- Interface - Modems - ICs and Modules — Wired/wireless data modems and front-ends.
- Interface - Modules — Pluggable/embedded interface modules for quick add-ons.
- Interface - Sensor and Detector Interfaces — Analog/digital bridges for sensor transducers.
- Interface - Sensor — Capacitive-touch and proximity interface controllers.
- Interface - Serializers — SerDes links for high-speed differential data pipes.
- Interface - Signal Buffers — Buffers/repeaters/splitters to maintain signal integrity.
- Interface - Signal Terminators — Proper line terminations to reduce reflections/EMI.
- Interface - Specialized — Niche interfaces for application-specific connectivity.
- Interface - Telecom — Wireline telecom physical-layer and interface chips.
- Interface - UARTs — Async serial transceivers with FIFOs/flow control.
- Interface - Voice Record and Playback — Voice storage/playback ICs for alerts and UI.
- Linear - Amplifiers - Audio — Op-amps and power amps for clean audio chains.
- Linear - Amplifiers - Instrumentation — Precision, low-noise gain stages for sensing.
- Linear - Amplifiers - Special Purpose — Amps for protection, current sense, or RF paths.
- Linear - Amplifiers - Video — Wideband drivers and modules for video signals.
- Linear - Analog Multipliers — Analog math ICs for modulation and AGC loops.
- Linear - Comparators — Threshold detectors with open-drain/CMOS outputs.
- Linear - Video Processing — Filters, clamps, and sync ICs for video chains.
- Logic - Buffers — CMOS/TTL buffers, drivers, and transceivers for buses.
- Logic - Comparators — Digital window/voltage comparison primitives.
- Logic - Counters — Binary/BCD counters and frequency dividers.
- Logic - FIFOs Memory — Asynchronous/synchronous FIFO queue memories.
- Logic - Flip Flops — D/JK/T flip-flops for state and timing elements.
- Logic - Gates and Inverters — Basic logic functions across families/voltages.
- Logic - Gates and Inverters - Multi-Function — Configurable logic combos in one package.
- Logic - Latches — Transparent/edge-triggered storage primitives.
- Logic - Multivibrators — Monostable/astable timing logic elements.
- Logic - Parity Generators and Checkers — Error parity creation and verification ICs.
- Logic - Shift Registers — Serial-in/out and parallel conversion registers.
- Logic - Signal Switches — Digital multiplexers/decoders for signal routing.
- Logic - Specialty Logic — Unique fixed-function logic for special tasks.
- Logic - Translators — Level shifters and voltage translators for I/O.
- Logic - Universal Bus Functions — Tri-state bus logic for address/data/control lines.
- Memory — Volatile and non-volatile memory device families.
- Memory - Batteries — Backup batteries/caps for SRAM/RTC retention.
- Memory - Configuration Proms for FPGAs — Non-volatile boot memories for FPGAs.
- Memory - Controllers — DRAM/NAND controllers and ECC bridge logic.
- PMIC - AC DC Converters — Offline/isolated front-end power conversion.
- PMIC - Battery Chargers — Single/multi-cell charging with safety features.
- PMIC - Battery Management — Gauging, protection, and pack management ICs.
- PMIC - Current Regulation/Management — Constant-current control and current limiting.
- PMIC - Display Drivers — Power and bias rails for LCD/OLED displays.
- PMIC - Energy Metering — Metering SoCs for kWh and power quality analysis.
- PMIC - Full — Full/half-bridge gate drivers for motor and power stages.
- PMIC - Gate Drivers — MOSFET/IGBT/SiC gate drive with protections.
- PMIC - Hot Swap Controllers — Inrush control and fault isolation for live-insert.
- PMIC - Laser Drivers — Precision, fast current drivers for laser diodes.
- PMIC - LED Drivers — Constant-current lighting and backlight drivers.
- PMIC - Lighting — Ballast/lighting controllers for lamps and fixtures.
- PMIC - Motor Drivers — Brushed/BLDC/stepper drivers with diagnostics.
- PMIC - OR Controllers — Ideal diode and OR-ing for redundant supplies.
- PMIC - PFC (Power Factor Correction) — Boost/PFC controllers for AC input efficiency.
- PMIC - Power Distribution Switches — Protected load switches and eFuses.
- PMIC - Power Management - Specialized — Niche power ICs for specific end equipment.
- PMIC - Power Over Ethernet (PoE) Controllers — PSE/PD control for power and data over CATx.
- PMIC - Power Supply Controllers — Sequencers, monitors, and multiphase PWM ICs.
- PMIC - RMS to DC Converters — Accurate RMS-to-DC computation for metrology.
- PMIC - Supervisors — Reset/voltage monitors for robust startup/shutdown.
- PMIC - Thermal Management — Fan, TEC, and thermal monitor/controllers.
- PMIC - V/F and F/V Converters — Frequency/voltage translators for control loops.
- PMIC - Voltage Reference — Precision references for ADC/DAC and regulation.
- PMIC - Voltage Regulators - DC DC Switching Controllers — PWM/PFM controllers for external power stages.
- PMIC - Voltage Regulators - DC DC Switching Regulators — Integrated buck/boost/buck-boost regulators.
- PMIC - Voltage Regulators - Linear — LDOs and linear regs for ultra-low ripple rails.
- PMIC - Voltage Regulators - Linear + Switching — Hybrid regulators combining LDO and DC-DC stages.
- PMIC - Voltage Regulators - Linear Regulator Controllers — Control ICs driving external pass elements.
PMIC - Voltage Regulators - Special Purpose support niche power domains such as bias rails, load switches, and sequencing paths. Engineers choose them for tight transient response, integrated protections, and application-specific functions that simplify board design in industrial control, automotive modules, and densely integrated embedded systems.
Specialized ICs address targeted functions—sensor front ends, protection logic, protocol bridges—where discrete solutions would be bulky or unreliable. They reduce BOM count, improve consistency across product lines, and provide validated performance for demanding temperature, noise, and lifetime requirements in professional electronics.
ClockTiming - Application Specific devices deliver tailored timing for protocols and subsystems, combining format translation, jitter cleaning, and distribution. Use them to stabilize SERDES links, image pipelines, or RF chains where deterministic phase, low jitter, and flexible dividers are mandatory for system reliability and compliance.
ClockTiming - Clock Buffers replicate and fan out clean reference clocks to multiple loads with minimal additive jitter. Differential and single-ended options, skew control, and fail-safe features ensure robust synchronization for CPUs, FPGAs, high-speed converters, and networking equipment across wide frequencies.
ClockTiming - Clock Generators produce precision frequencies from XO/TCXO/VCXO or crystal inputs, often integrating PLLs and fractional dividers. Designers rely on them to replace multiple oscillators, minimize phase noise, and meet tight timing budgets in communications, storage, and advanced embedded computing platforms.
ClockTiming - Delay Lines provide programmable or fixed delays for alignment, skew compensation, and pulse shaping. They are ideal for time-of-flight measurement, DDR training, sensor timing, and calibration tasks where nanosecond-level precision and temperature stability directly impact measurement accuracy and throughput.
ClockTiming - IC Batteries include backup cells and supervisors that preserve RTC and configuration data during power loss. Use them to maintain timestamps, event logs, or security counters while simplifying backup routing, safety compliance, and serviceability in field-deployed devices and gateways.
ClockTiming - Programmable Timers and Oscillators combine flexible period generation with stable outputs over temperature and voltage. They enable dynamic frequency profiles, low-power scheduling, or watchdog behavior, reducing firmware overhead and BOM complexity in battery-powered and industrial automation designs.
ClockTiming - Real Time Clocks deliver calendar-accurate timekeeping with alarms, backup domains, and low drift. Select RTCs to ensure reliable timestamping, data integrity, and periodic wake scheduling in wearables, metering, asset tracking, and any system requiring dependable long-term timing.
Data Acquisition - ADCsDACs - Special Purpose devices target application-driven needs such as audio, motor control, power telemetry, or sensor fusion. Expect optimized input ranges, filtering, and latency profiles that improve SNR, reduce code overhead, and accelerate certification in specialized markets.
Embedded - Microcontroller or Microprocessor Modules shorten time-to-market with ready-to-integrate compute subsystems. They combine CPU, memory, power, and interfaces on proven boards, enabling scalable performance, robust software stacks, and faster certification for edge computing and industrial IoT gateways.
Interface - IO Expanders add digital lines via I2C/SPI, freeing constrained MCUs from pin limitations. With integrated pull-ups, interrupts, and flexible direction control, they simplify wiring, reduce PCB layers, and enable modular designs across consumer, industrial, and instrumentation applications.
PMIC - Current RegulationManagement components stabilize LED strings, sensor loads, and actuator currents with protections for short, thermal, and fault conditions. They deliver predictable brightness, torque, or measurement linearity while reducing heat and ensuring safe operation across harsh environments.
PMIC - VF and FV Converters translate frequency-to-voltage and voltage-to-frequency for telemetry, speed sensing, and control loops. Choose them to bridge analog sensors with digital domains, extend measurement ranges, and implement robust, noise-tolerant industrial feedback systems with minimal firmware complexity.
PMIC - Voltage Regulators - Linear Transistor Driver ICs provide reference, error amplification, and protection to implement high-current linear rails using external pass devices. They excel in low-noise analog supplies and post-regulation for RF or precision converters where ripple must be minimized.
Audio Products encompass transducers, microphones, and drivers used to capture, generate, or reproduce sound. Leverage this category to source solutions fitting SPL targets, frequency response needs, and mechanical constraints in consumer electronics, kiosks, appliances, and professional systems.
Alarms provide audible alerts with standardized tones and sound pressure levels for safety, notification, and status. Designers select voltage ranges, mounting types, and duty profiles to meet regulatory requirements and ensure reliability in industrial panels and building systems.
Buzzer Elements are core piezo components enabling custom transducer assemblies. They offer compact form factors, wide temperature tolerance, and efficient acoustic output, ideal for cost-effective signaling, compact wearables, and space-constrained embedded products that require clear audio feedback.
Microphones include MEMS and electret elements, with options for directional patterns, integrated ADCs, or PDM/I2S interfaces. Choose devices by SNR, sensitivity, and acoustic overload point to ensure intelligible voice capture and robust performance in noisy environments and smart endpoints.
Speakers convert electrical signals to sound, covering micro drivers to high-power transducers. Evaluate impedance, power handling, and enclosure compatibility to achieve target frequency response, SPL, and distortion for consumer devices, kiosks, and industrial alerting equipment.
Buzzers integrate drivers and resonators for simple, reliable tone generation. They reduce design effort and firmware complexity, providing consistent acoustic signatures across voltage and temperature for appliances, instrumentation, and safety systems requiring attention-grabbing alerts.
Capacitors span energy storage, filtering, and timing roles. Selecting dielectric, ESR, and voltage rating ensures stability, ripple performance, and lifetime. This category supports everything from high-frequency decoupling to energy buffering in mission-critical electronics and power systems.
Accessories for capacitors include mounting hardware, balancing resistors, and safety components. They streamline assembly, improve thermal paths, and enhance serviceability, ensuring compliance and longevity in high-reliability applications such as power conversion and industrial automation equipment.
Aluminum - Polymer Capacitors offer low ESR, high ripple capability, and stable performance, ideal for VRM outputs and point-of-load rails. Their reliability and compactness reduce thermal stress and improve transient response in servers, GPUs, and embedded compute boards.
Aluminum Electrolytic Capacitors provide high capacitance density for bulk energy storage and filtering. Engineers choose lifetime, ripple rating, and temperature class to maintain reliability in power supplies, motor drives, and industrial controllers exposed to demanding conditions.
Capacitor Networks integrate multiple elements in compact packages, improving matching and reducing placement variation. They simplify decoupling strategies, minimize routing inductance, and support high-density designs in portable electronics, communication modules, and precision analog front ends.
Ceramic Capacitors provide low ESL/ESR and excellent high-frequency performance. Selecting dielectric class and voltage rating balances stability, microphonics, and cost. They are ubiquitous for decoupling, filters, and resonant circuits across virtually all electronic platforms and markets.
Electric Double Layer Capacitors (EDLC) enable rapid charge/discharge for short-term energy buffering, ride-through, and peak shaving. They complement batteries by handling high pulse currents, improving uptime in automation, UPS, and transportation electronics while extending overall system life.
Film Capacitors deliver stable capacitance, low loss, and robust voltage handling, ideal for EMI suppression, snubbers, and resonant converters. Their self-healing properties and temperature resilience suit high-reliability industrial, automotive, and power electronics designs.
Mica and PTFE Capacitors provide exceptional stability, low dielectric absorption, and minimal loss. They are favored in RF filters, time-critical references, and instrumentation where precision and long-term drift performance underpin calibration accuracy and repeatability.
Niobium Oxide Capacitors offer improved ignition safety versus traditional tantalum while maintaining attractive volumetric efficiency. Designers leverage their reliability and ESR characteristics for compact, robust power rails in portable, automotive, and industrial control electronics.
Silicon Capacitors use integrated dielectric structures to achieve ultra-low ESL/ESR and tight tolerances. They excel near high-speed ICs and RF paths, enhancing signal integrity and supplying instantaneous current in space-constrained, performance-critical layouts.
Tantalum - Polymer Capacitors combine high capacitance with low ESR polymer cathodes for excellent ripple performance. Their stable characteristics and surge resilience support dense power trees in compute, telecom, and medical electronics where reliability is crucial.
Tantalum Capacitors deliver strong volumetric efficiency and predictable behavior. With options for surge robustness and low leakage, they are widely used in precision rails, filtering, and hold-up applications where board space and long-term stability are at a premium.
Thin Film Capacitors feature exceptional precision and temperature stability, ideal for timing networks, reference filtering, and metrology. Their low loss and tight tolerance significantly improve accuracy in medical instrumentation, test equipment, and RF signal chains.
Trimmers provide adjustable capacitance for calibration, tuning filters, and compensating component tolerances. They enable rapid field alignment and production trimming, ensuring optimal performance in RF modules, sensors, and precision analog front-end designs.
Aluminum Capacitors address bulk energy storage and filtering with varied form factors and lifetime classes. Carefully select ESR, ripple current, and temperature ratings to ensure reliable operation in power supplies, motor control, and industrial automation systems.
Capacitor Arrays place multiple capacitors in one package, reducing placement time and parasitics. They improve high-speed decoupling effectiveness and yield consistent performance across channels in densely routed PCBs for communications and compute applications.
Electric Double Layer Capacitors (Supercaps) provide high cycle life, fast charge, and high pulse currents. Use them to stabilize brownout events, support energy harvesting, or buffer peak loads, extending battery life and improving system resilience during transients.
Circuit Protection covers surge suppression, fusing, and thermal cutoffs that prevent catastrophic failures. Proper protection safeguarding supply rails and I/O improves safety compliance, reduces warranty risk, and increases field reliability across diverse operating environments.
Accessories for protection circuits include clips, covers, and hardware that improve serviceability and safety. They enable compliant installations, faster field maintenance, and reduced downtime in industrial panels, consumer devices, and commercial power systems.
Circuit Breakers deliver resettable overcurrent protection with defined trip curves. They support selective coordination and maintenance efficiency, ensuring safe operation and quick restoration in machinery, building systems, and transportation electronics with stringent uptime goals.
Disconnect Switch Components enable safe isolation for servicing and emergency shutoff. With robust mechanical interfaces and accessories, they help meet safety standards, simplify lockout/tagout procedures, and enhance reliability in industrial and power distribution equipment.
Electrical specialty fuses offer tailored I²t characteristics and form factors beyond standard cartridges. Use them where unique fault profiles, space constraints, or environmental requirements demand precise overcurrent protection and reliable clearing behavior under stress.
Fuseholders provide secure, serviceable mounting for fuses with finger-safe access and environmental sealing options. They simplify maintenance, improve safety compliance, and support diverse fuse styles in industrial control, instrumentation, and consumer equipment designs.
Fuses offer predictable overcurrent protection with time-delay or fast-acting characteristics. Selecting voltage, interrupt rating, and environmental class ensures safe fault clearing and equipment protection across supply inputs, sub-rails, and peripheral circuits.
Gas Discharge Tube Arresters (GDT) clamp high-energy surges on telecom and RF lines. Their robust impulse handling protects sensitive front-ends from lightning and switching transients, improving system resilience in outdoor and industrial communication installations.
Ground Fault Circuit Interrupter (GFCI) devices detect leakage currents and disconnect loads quickly to prevent shock hazards. They are essential in wet or human-accessible areas, supporting regulatory compliance and end-user safety across residential and commercial systems.
Inrush Current Limiters (ICL) temper startup surges that stress rectifiers and capacitors. By reducing peak current and EMI, they extend component life and enhance power supply reliability in transformers, motor drives, and high-capacitance input stages.
Lighting Protection solutions safeguard equipment from induced surges and strikes in outdoor or tall installations. They combine surge arresters, grounding strategies, and coordination components to preserve uptime for communication towers, signage, and industrial infrastructure.
PTC Resettable Fuses automatically increase resistance during faults, limiting current and then resetting after removal. They provide maintenance-free protection for battery packs, USB ports, and low-voltage rails where service access is difficult or costly.
Surge Suppression ICs integrate ESD and transient protection with precise clamping and low capacitance. They shield high-speed data lines and sensitive analog nodes, preserving signal integrity and compliance with IEC standards in modern connected electronics.
Thermal Cutoffs (Thermal Fuses) permanently open under defined temperature conditions to prevent overheating and fires. They are critical last-resort protections for transformers, chargers, and appliances where thermal runaway must be mitigated safely and predictably.
TVS - Diodes deliver fast, low-capacitance clamping against ESD and electrical transients. Their small footprints and precise thresholds protect USB, HDMI, and sensor lines, preserving signal integrity and device reliability in compact electronics and wearables.
TVS - Mixed Technology devices combine protection mechanisms to cover diverse transient threats. They balance clamping strength, capacitance, and leakage to protect data ports and power lines in complex, high-interface count systems without degrading performance.
TVS - Thyristors (crowbar devices) switch to a low-impedance state during surges, providing strong, repeatable protection for telecom lines and AC inputs. Their robustness suits harsh surge environments and long cable runs in infrastructure deployments.
TVS - Varistors (MOVs) absorb large surge energy on mains or DC rails, complementing upstream protection. Select energy rating, clamp voltage, and safety approvals to ensure durable, standards-compliant protection in power supplies and industrial equipment.
Thermal Cutoffs provide temperature-triggered, non-resettable protection for coils, rectifiers, and chargers. They act as a final safeguard beyond control loops, enhancing safety and compliance where overheating risks must be conclusively interrupted to protect users and assets.
Connectors form reliable electrical and mechanical interfaces for power, signal, and RF. Selecting mating cycles, IP rating, and materials ensures durability, serviceability, and compliance for applications ranging from consumer devices to ruggedized industrial systems.
Backplane Connectors - Accessories include guides, keying, and hardware to improve alignment, airflow, and serviceability. They help maintain signal integrity and reduce downtime in modular systems with frequent maintenance or configuration changes.
Backplane Connectors - ARINC support aerospace form factors and environmental requirements. With robust shells and controlled impedance, they ensure reliable operation where vibration, temperature extremes, and rigorous safety standards dominate system design choices.
Backplane Connectors - ARINC Inserts provide contact and cavity configurations tailored to avionics. They facilitate reconfiguration, maintenance, and lifecycle support, enabling long service lives and standardized upgrades across high-reliability aerospace platforms.
Backplane Connectors - Contacts deliver controlled resistance and insertion forces with plating options that withstand repeated mating. Proper contact selection preserves signal integrity and reduces wear in high-density, serviceable backplane systems and telecom equipment.
Backplane Connectors - DIN 41612 provide standardized Eurocard interfaces. Their proven mechanical design and broad ecosystem support reliable modular builds in industrial control, test equipment, and legacy system maintenance requiring long-term availability.
Backplane Connectors - Hard Metric support high-pin-count, high-speed modular systems. With defined mechanical envelopes and signal integrity features, they enable scalable architectures in communications, computing, and instrumentation backplanes under demanding throughput goals.
Backplane Connectors - Housings provide structural alignment, EMI shielding options, and airflow management for card cages. They improve serviceability and thermal performance in densely populated systems with frequent module changes and maintenance cycles.
Backplane Connectors - Specialized address unique mechanical, environmental, or signaling requirements. They enable custom pinouts, ruggedization, or hybrid power/signal arrangements for niche industrial, medical, or defense platforms needing tailored interconnect solutions.
Banana and Tip Connectors - Accessories include boots, clips, and organizers for safe, reliable bench connectivity. They enhance test repeatability, cable management, and user safety in laboratories, field service kits, and educational environments.
Banana and Tip Connectors - Adapters bridge differing plug sizes and geometries for universal test access. They reduce tool changes, minimize signal degradation, and improve productivity in mixed instrumentation and service workflows across industries.
Banana and Tip Connectors - Binding Posts provide durable, low-resistance terminations on panels and benches. With color coding and secure clamping, they support safe, repeatable measurements and power delivery in educational, service, and lab setups.
Banana and Tip Connectors - Jacks and plugs enable quick, reliable connections in test environments. Choose insulation, current ratings, and strain relief features to improve longevity, safety, and measurement consistency over repeated mating cycles.
Barrel - Accessories support DC power connectors with strain reliefs, caps, and adapters. They improve durability and field reliability in devices with frequent movement or service, reducing connector failures and downtime during operation.
Barrel - Audio Adapters convert between plug standards for headsets and audio gear. They ensure compatibility across equipment, aiding quick field swaps and reducing inventory complexity for service organizations and integrators managing diverse devices.
Barrel - Audio Connectors provide robust mechanical retention and reliable audio transmission. Consider contact plating, strain relief, and EMI performance to maintain signal quality in portable electronics, intercoms, and professional audio equipment deployments.
Barrel - Power Connectors deliver standardized DC power interfaces across consumer and industrial products. Selecting diameter, polarity, and locking mechanisms ensures safe, reliable power delivery and reduces service errors in the field over product lifetimes.
Between Series Adapters bridge RF connector families to enable flexible test setups and field integration. Low insertion loss and precise impedance matching preserve measurement accuracy and link performance across diverse coaxial interface standards and frequencies.
Blade Type Power Connectors provide high-current distribution with reliable contact and mechanical robustness. They support modular power architectures and quick service in vehicles, machinery, and power distribution units requiring secure, low-resistance connections.
Blade Type Power Connectors - Accessories include seals, retainers, and tools that ensure proper mating and environmental protection. They enhance long-term reliability and simplify service across automotive and industrial power harnesses subject to vibration and contaminants.
Blade Type Power Connectors - Contacts determine current capacity, heating, and insertion forces. Selecting plating and geometry optimizes conductivity, durability, and corrosion resistance in demanding power distribution and vehicular applications over many cycles.
Blade Type Power Connectors - Housings provide keyed alignment, latching, and environmental sealing. Robust materials and thermal properties ensure safe, serviceable power connections in high-vibration and temperature-extreme environments commonly encountered in transportation and industry.
Card Edge Connectors - Accessories improve retention, polarization, and airflow around board connections. They support reliable hot-swap and maintenance workflows in servers, telecom equipment, and modular instrumentation backplanes with high service cadence.
Card Edge Connectors - Adapters translate between edge profiles, spacing, or keying. They enable system migrations, life-extension projects, and mixed technology deployments while preserving electrical performance and minimizing redesign effort for legacy platforms.
Card Edge Connectors - Contacts ensure stable, low-resistance engagement over many insertions. Proper metallurgy and spring design sustain signal integrity and reduce maintenance in high-cycle, high-density modular computing and communications infrastructure.
Card Edge Connectors - Edgeboard Connectors provide compact, cost-effective board interfaces. They simplify manufacturing and service while supporting multi-lane signaling for storage, graphics, and expansion cards within space-constrained system envelopes.
Card Edge Connectors - Housings deliver mechanical alignment, keying, and shrouding to protect contacts and manage airflow. They enhance durability and thermal performance in high-density systems requiring frequent module insertion and removal cycles.
Circular Connectors offer ruggedized coupling, environmental sealing, and broad pin configurations. With strong strain relief and shielding, they ensure reliable power and signal interconnects in aerospace, robotics, and outdoor industrial deployments subject to stress.
Circular Connectors - Accessories include backshells, seals, and tools for EMI control and environmental protection. They increase connector longevity and maintain signal integrity in harsh conditions, supporting dependable field service and system uptime.
Circular Connectors - Adapters bridge between shell sizes, keying, or contact systems to integrate mixed equipment. Proper impedance management and mechanical compatibility maintain performance across upgrades and heterogeneous fleets in long-lived deployments.
Circular Connectors - Backshells and Cable Clamps provide strain relief, sealing, and EMI mitigation. They protect cable terminations under vibration and bending, preserving reliability in transportation, industrial robots, and outdoor infrastructure installations.
Circular Connectors - Contacts determine current capacity and mating performance. Selecting materials and plating ensures low resistance and corrosion resistance, enabling long service life and consistent electrical characteristics under demanding conditions.
Circular Connectors - Housings deliver mechanical protection, alignment, and environmental sealing for inserts and contacts. Choose shell styles and materials to balance weight, durability, and shielding for mission-critical applications in tough environments.
Coaxial Connectors (RF) provide controlled impedance interfaces for microwave and RF systems. Low VSWR, repeatable mating, and shielding integrity preserve link budgets in radios, instrumentation, and high-frequency test setups across broad bandwidths.
Coaxial Connectors (RF) - Accessories such as boots, torque tools, and dust caps protect connectors, improve longevity, and ensure consistent measurements. They are essential for maintaining RF integrity in labs and field deployments with frequent reconfiguration.
Coaxial Connectors (RF) - Adapters convert between families like SMA, N, and BNC, enabling flexible interconnects and rapid test configuration. Low insertion loss and robust construction preserve signal quality in measurements and production lines.
Coaxial Connectors (RF) - Contacts ensure reliable mating, power handling, and low reflection. Proper selection mitigates wear and maintains impedance control, essential for repeatable RF performance and long-term durability in critical systems.
Coaxial Connectors (RF) - Terminators provide matched loads for unused ports and test setups, minimizing reflections and measurement errors. Precision terminators help validate calibration states and preserve network analyzer and system performance over time.
Contacts - Leadframe support stamped metal interconnects for packages and sockets. They balance conductivity, spring properties, and formability, enabling reliable, cost-effective connections in high-volume manufacturing across diverse electronic assemblies and modules.
Contacts - Multi Purpose provide versatile spring-loaded or pressure interfaces for custom fixtures and assemblies. Their adaptability and plating options ensure dependable performance across varying currents, cycles, and environmental conditions in production and service tools.
Contacts (spring-loaded and pressure) enable rapid, solderless interconnects for test points and modular designs. They reduce rework, improve serviceability, and support high-cycle usage where quick access and reliable electrical contact are required.
D-Shaped Connectors - Centronics support legacy parallel interfaces in printing and industrial equipment. With proven mechanical robustness and known pinouts, they enable maintenance, life extension, and compatibility for installed bases where continuity is paramount.
- D-Sub Connectors – D-shaped multi-pin connectors for robust signal and power interconnects.
- D-Sub Accessories – Hardware and parts to assemble, secure, and protect D-Sub connections.
- D-Sub Jackscrews – Locking screws that prevent accidental unplugging under vibration or stress.
- D-Sub Adapters – Convert pin counts, genders, or layouts between D-Sub interfaces.
- D-Sub Backshells/Hoods – Cable strain relief and EMI shielding for durable D-Sub terminations.
- D-Sub Contacts – Precision pins/sockets ensuring low-resistance, reliable D-Sub connections.
- D-Sub Housings – Shells that protect inserts and align contacts for secure mating.
- D-Sub Terminators – Impedance-matching plugs to reduce reflections and noise on buses.
- FFC/FPC Connectors – Low-profile connectors for flat flexible cables in compact devices.
- FFC/FPC Accessories – Latches, locks, and fixtures for secure flexible-cable terminations.
- FFC/FPC Contacts – Conductive interfaces tailored for flat flex cable engagement.
- FFC/FPC Housings – Protective insulators guiding FFC/FPC alignment and retention.
- Fiber Optic Connectors – Precision terminations for high-bandwidth optical links.
- Fiber Optic Accessories – Dust caps, boots, and tools for clean, reliable optics.
- Fiber Optic Adapters – Couplers aligning two fiber connectors with minimal loss.
- Fiber Optic Housings – Enclosures organizing ferrules and protecting terminations.
- Heavy Duty – Accessories – Seals, levers, and glands for harsh-environment connectors.
- Heavy Duty – Assemblies – Preconfigured housings/inserts for rugged industrial power/signal.
- Heavy Duty – Contacts – High-current/voltage pins engineered for durability and safety.
- Heavy Duty – Frames – Mounting frames that locate and secure modular inserts.
- Heavy Duty – Housings – IP-rated hoods and bases for sealed, strain-relieved mating.
- Heavy Duty – Inserts – Modular contact blocks configuring circuits within housings.
- Keystone – Accessories – Clips and tools for structured cabling faceplates and jacks.
- Keystone – Faceplates – Wall plates and frames for neat outlet terminations.
- Keystone – Inserts – Snap-in data, voice, or A/V jacks for modular plates.
- LGH Connectors – Specialized high-voltage connectors for measurement and test.
- Memory Connectors – Accessories – Ejectors, guides, and retention parts for DIMM/SO-DIMM.
- Inline Module Sockets – Sockets for inline memory modules in embedded systems.
- PC Card Sockets – Slots for legacy PCMCIA/PC Card expansions and storage.
- PC Cards – Adapters – Interface converters enabling legacy memory/peripheral use.
- Modular – Accessories – Boots, strain reliefs, and tools for RJ-style connectors.
- Modular – Adapters – Gender and pinout changers for telecom/data cabling.
- Modular – Jacks – PCB or panel RJ jacks for Ethernet/telephony links.
- Jacks with Magnetics – Integrated magnetics for EMI control and PHY isolation.
- Modular – Plug Housings – Shells for field-terminable modular plug assemblies.
- Modular – Plugs – RJ-type plugs for twisted-pair terminations and cords.
- Wiring Blocks – Punch-down distribution for voice/data structured cabling.
- Wiring Blocks – Accessories – Labels, covers, and hardware for block management.
- PV Connectors – Weather-sealed DC connectors for solar panel arrays.
- PV Accessories – Crimp tools, caps, and glands for PV cable terminations.
- PV Contacts – High-current contacts optimized for outdoor solar environments.
- Pluggable Connectors – Pluggable terminal blocks enabling quick module swap-outs.
- Pluggable – Accessories – Ejectors and keys aiding safe, correct plug mating.
- Power Entry – Accessories – Fuses, filters, and covers for IEC inlets/outlets.
- Power Entry – Inlets – Chassis IEC inlets/outlets and fused power entry modules.
- Rectangular – Accessories – Keys, guides, and locks enhancing connector reliability.
- Rectangular – Adapters – Format and pitch adapters between rectangular families.
- Rectangular – Arrays – High-density mezzanine/edge arrays for board-to-board.
- Rectangular – Board In – Direct wire-to-board terminations for robust assembly.
- Rectangular – Board Spacers – Stackers maintaining spacing in board-to-board links.
- Rectangular – Contacts – Crimp and press-fit contacts for rectangular systems.
- Rectangular – Free Hanging – Cable-mounted or panel-mount housings for harnesses.
- Rectangular – Headers (Male) – Pin headers for signal/power on PCB edges.
- Rectangular – Headers (Female) – Receptacles mating with male headers reliably.
- Rectangular – Headers (Specialty) – Custom pitch, keying, or rugged pin variants.
- Rectangular – Housings – Insulating shells aligning inserts and protecting pins.
- Rectangular – Spring Loaded – Pogo-pin style contacts for test and docking.
- Shunts / Jumpers – Small shorting links for configuration or address settings.
- IC/Transistor Sockets – Replaceable device sockets minimizing solder heat stress.
- Sockets – Accessories – Retainers and extenders enhancing socket usability.
- Sockets – Adapters – Footprint converters for programming or prototyping.
- SSL Connectors – Connectors tailored for LED lighting modules and strips.
- SSL – Accessories – Clips, spacers, and optics mounts for lighting interconnects.
- SSL – Contacts – Contacts supporting elevated currents for LED engines.
- Terminal Blocks – Accessories – End plates, bridges, and markers for TB systems.
- Terminal Blocks – Jumpers – Bridging bars to common terminals efficiently.
- Terminal Blocks – Marker Strips – Labeling strips for clear, maintainable wiring.
- Terminal Blocks – Wire Ferrules – Crimped tips improving clamping reliability.
- Terminal Blocks – Adapters – Interface modules adapting pitch or function.
- Terminal Blocks – Barrier – Screw-clamp blocks with physical separation ribs.
- Terminal Blocks – Contacts – Metal elements delivering secure electrical clamping.
- Terminal Blocks – DIN Rail – Rail-mount blocks for modular control panels.
- Terminal Blocks – Headers/Plugs – Pluggable headers and mates for serviceability.
- Terminal Blocks – Interface – Relay/IO modules bridging field and logic levels.
- Terminal Blocks – Panel Mount – Chassis-mount blocks for heavy-duty wiring.
- Terminal Blocks – Power Distribution – High-current bus and distribution blocks.
- Terminal Blocks – Specialized – Application-specific blocks with unique features.
- Terminal Blocks – Wire to Board – Compact pitch blocks for PCB terminations.
- Terminal Junction Systems – Aircraft-grade junctions for complex harnessing.
- Terminal Strips & Turret Boards – Classic solder posts and strips for serviceable wiring.
- Terminals – Accessories – Insulators, boots, and organization for cable lugs.
- Terminals – Adapters – Interface pieces between differing terminal formats.
- Barrel/Bullet Terminals – Quick inline mates for automotive and appliances.
- Foil Connectors – Terminations for foil or flat conductor applications.
- Terminal Housings/Boots – Protection from strain, dust, and moisture ingress.
- Knife Connectors – Blade-style disconnects for rapid service operations.
- Magnetic Wire Connectors – Specialized magnetic attachment wiring solutions.
- PC Pin Receptacles – Socket contacts for posts, headers, and test pins.
- PC Pin – Single Post – Standalone posts for custom jumpers and links.
- Quick Connects – Fast, tool-less mating spade and tab terminations.
- Rectangular Terminal Connectors – Terminal styles matching rectangular housings.
- Ring Terminals – Secure bolted lugs for high-reliability terminations.
- Screw Terminals – Clamp connections offering reusable, strong wire holds.
- Solder Lug Terminals – Simple solderable lugs for classic wiring methods.
- Spade Connectors – Forked lugs for quick screw-clamp insertion/removal.
- Specialized Terminals – Purpose-built lugs for niche electrical needs.
- Turret Connectors – Solder posts enabling reworkable point-to-point wiring.
- Wire Pin Connectors – Pin-type ends for breadboards or test fixtures.
- Wire Splice Connectors – Inline splices for permanent or serviceable joins.
- Wire-to-Board Terminals – Terminals bridging harness wires to PCBs cleanly.
USB connectors enable standardized high-speed data and power interfaces for digital devices. They support multiple generations, from USB 2.0 to USB 4, ensuring interoperability between computers, peripherals, and embedded equipment across industrial and consumer environments.
USB accessories include dust caps, retention clips, and cables designed to improve reliability and protection. These components maintain connection integrity, prevent contamination, and extend connector lifespan in rugged or high-cycle use environments.
USB adapters provide compatibility between different connector types and standards, enabling seamless transitions between USB-A, USB-C, and Micro-USB devices. They simplify system integration and reduce maintenance costs across mixed technology ecosystems.
Fiber Optic Connectors - Accessories provide polishing kits, sleeves, and protection boots that enhance signal reliability. These parts ensure low insertion loss and secure mating in high-bandwidth communication and data center environments.
Fiber Optic Connectors - Adapters align and join fiber ends, ensuring minimal optical loss. Available in SC, LC, ST, and FC formats, they guarantee precise coupling and maintain network performance in telecom and industrial optical links.
Crystals generate precise reference frequencies using quartz resonance. They are critical timing components in communication, computing, and embedded electronics, ensuring low drift and accurate synchronization across system clocks.
Crystals deliver stable oscillation with tight frequency tolerance. Designers choose by load capacitance and ESR to optimize startup and stability for oscillators, MCUs, and RF circuits requiring deterministic timing performance.
Oscillators integrate resonators with active circuitry to provide stable clock outputs. They minimize phase noise and jitter, supporting high-speed data transmission, synchronous control, and precise frequency generation in electronic systems.
Pin Configurable/Selectable Oscillators allow users to select frequencies via control pins, reducing inventory needs and improving flexibility. These devices serve test, instrumentation, and reconfigurable embedded designs with multiple timing domains.
Programmable Oscillators provide digitally configurable frequencies with low jitter and wide range. Engineers use them to simplify BOM management and achieve rapid prototyping for systems requiring multiple frequency outputs.
Resonators offer compact, cost-effective timing components. With ceramic or MEMS construction, they balance accuracy and price, suitable for consumer electronics, IoT sensors, and automotive subsystems requiring stable oscillation.
Sockets and Insulators protect and mount resonators and oscillators for testing or field replacement. They ensure proper mechanical fit, electrical isolation, and long-term reliability in modular or serviceable designs.
Stand Alone Programmers enable custom frequency programming for oscillators and clock ICs. They streamline development, allowing quick configuration without complex software for prototyping, production, and field service adjustments.
VCOs (Voltage Controlled Oscillators) generate tunable frequencies controlled by input voltage. They are fundamental to PLLs, RF synthesizers, and modulation systems, offering wide bandwidth and low phase noise for communications.
Discrete Semiconductor Products cover diodes, transistors, and thyristors used for rectification, amplification, and switching. These components form the foundation of power conversion, signal conditioning, and logic-level control circuits.
Diodes - Bridge Rectifiers convert AC to DC using four-diode configurations. Their compact form simplifies power supply design, improving efficiency and reliability across chargers, adapters, and industrial control units.
Diodes - Rectifiers - Arrays integrate multiple diodes in one package, reducing space and parasitics. They deliver efficient rectification and voltage clamping for motor drives, converters, and high-density power circuits.
Diodes - Rectifiers - Single manage current flow for DC conversion and protection. Engineers select them based on voltage drop, recovery time, and current rating to achieve optimal performance in power electronics.
Diodes - RF handle high-frequency switching, detection, and mixing. Low junction capacitance and fast recovery make them suitable for communication receivers, microwave circuits, and radar signal processing stages.
Diodes - Variable Capacitance (Varicaps) enable voltage-controlled tuning of resonant circuits. They support frequency agility in RF amplifiers, oscillators, and filters, enhancing performance in communication and instrumentation systems.
Diodes - Zener - Arrays integrate multiple voltage references for regulation and protection. They simplify layout and reduce cost in systems needing precise voltage clamping and stable biasing under load variation.
Diodes - Zener - Single provide accurate voltage regulation and transient protection. Commonly used in biasing, signal limiting, and power rails, they ensure stability across varying temperature and current conditions.
Power Driver Modules integrate high-current transistors and control logic for efficient switching. They minimize design complexity and heat management challenges in motor drives, converters, and industrial automation applications.
Thyristors - DIACs act as trigger devices for TRIACs and SCRs in AC control systems. They enable consistent firing angles and reliable switching for dimmers, heaters, and voltage control circuits under varying loads.
Thyristors - SCRs provide robust latching switches for high-voltage and current control. They are essential in rectifiers, crowbar circuits, and controlled power converters due to their rugged performance and predictable triggering.
Thyristors - SCRs - Modules offer integrated assemblies combining multiple SCRs for power control. With isolated substrates and thermal management, they deliver efficiency and reliability in industrial and motor applications.
Thyristors - TRIACs control AC loads bidirectionally, simplifying dimmer and motor controls. They provide low on-state loss and reliable switching for lighting, heating, and general-purpose power management solutions.
Transistors - Bipolar (BJT) - Arrays combine multiple matched BJTs for amplification or switching. They improve current sharing and thermal tracking in analog stages, ensuring consistent gain and robust operation.
Transistors - Bipolar (BJT) - Arrays with pre-biased bases reduce external resistor count and simplify logic-level control. These integrated arrays enhance compactness and reliability in digital and analog switching applications.
Transistors - Bipolar (BJT) - RF operate at microwave frequencies with high gain and low noise. Their optimized geometry suits amplification and mixing in radio front-ends, instrumentation, and communication transceivers.
Transistors - Bipolar (BJT) - Single serve switching and amplification needs across analog and digital domains. Designers select parameters such as gain (hFE) and VCEsat to balance speed, efficiency, and drive strength.
Transistors - Bipolar (BJT) - Single pre-biased versions integrate resistors for bias simplification. These components accelerate design cycles and reduce parts count in compact consumer and portable devices.
Transistors - FETs arrays include multiple matched MOSFETs to drive loads or perform switching. Their consistent threshold voltages improve balance and efficiency in power stages and multiphase converters.
Transistors - FETs designed for RF deliver high gain and low noise figures. They support amplifiers, mixers, and modulators in communication and radar applications demanding linearity and low distortion.
Transistors - FETs single-channel types handle power conversion and signal gating with minimal losses. Designers choose between enhancement or depletion modes to optimize circuit efficiency and speed.
Transistors - IGBTs - Arrays integrate multiple insulated gate bipolar transistors for high current control. They reduce switching loss and improve scalability in traction, inverter, and energy conversion systems.
Transistors - IGBTs - Modules combine power dies, gate drivers, and protection circuits in compact packages. These modules simplify system assembly and deliver efficient, high-power control in drives and converters.
Transistors - IGBTs - Single offer the efficiency of MOSFET control with BJT conduction characteristics. They are optimized for medium- to high-voltage switching in industrial automation, motor control, and renewable energy systems.
Transistors - JFETs provide low-noise, high-impedance amplification ideal for analog front ends. Their simplicity and stability make them suitable for instrumentation, sensor buffering, and precision amplifiers.
Transistors - Programmable Unijunction devices act as voltage-controlled switches and timing components. They generate precise pulses and serve in triggering circuits for SCRs and relaxation oscillators.
Transistors - Special Purpose cover high-voltage, matched, or integrated designs for dedicated applications. These include avalanche-rated, high-gain, or temperature-compensated devices optimized for specific circuit roles.
Bridge Rectifiers simplify AC to DC conversion with integrated diode networks. Their encapsulated construction improves reliability and reduces assembly time in compact power supply designs.
Diacs provide symmetric switching triggers for AC control. Used with TRIACs, they ensure uniform conduction and smooth dimming or heating control in lighting and industrial power regulation systems.
Diodes arrays support multi-channel rectification or signal routing in compact packages. They improve efficiency and board density in sensor arrays, multiplexed inputs, and modular converter designs.
Diodes single configurations provide fundamental current direction control for rectification and blocking. Selecting reverse recovery time and forward voltage drop tailors them for specific speed and efficiency needs.
FETs - Arrays combine multiple MOSFETs for synchronized switching. They optimize current sharing and compactness in multi-channel circuits and load management applications across embedded systems.
FETs - Single provide efficient low-loss switching for power conversion, analog control, and RF applications. Engineers select gate charge, RDS(on), and package type to optimize thermal and switching performance.
IGBTs - Arrays combine multiple insulated gate bipolar transistors to manage high-current loads. They enable scalable architectures in drives, inverters, and renewable energy systems demanding robust power handling.
IGBTs - Modules integrate gate control and protection circuitry with power devices. Their compact design improves efficiency and thermal management in motor drives, solar converters, and traction systems.
IGBTs - Single devices deliver controlled switching for medium- to high-voltage operations. They are preferred in industrial power supplies, welders, and UPS systems for high efficiency and reliability.
JFETs (Junction Field Effect) offer high input impedance and low noise. Ideal for analog front ends, they maintain signal fidelity in sensors, amplifiers, and precision measurement circuits.
Power Drivers - Modules package multiple drivers for efficient motor and actuator control. They enhance energy efficiency and simplify heat dissipation in industrial and automotive electronic systems.
RF Diodes perform detection, mixing, and switching at radio frequencies. Their fast response and low capacitance suit communication, radar, and instrumentation systems needing accurate signal control.
RF FETs provide high gain, low noise, and fast response in microwave circuits. They are key active devices in amplifiers and oscillators for wireless and satellite communications.
RF Transistors (BJT) support linear amplification and high-frequency signal gain. Designers choose them for transmitters, mixers, and IF amplifiers where bandwidth and stability are critical.
SCRs - Modules integrate multiple silicon-controlled rectifiers for power control. These modules offer simplified assembly, enhanced cooling, and superior current handling for industrial power systems.
SCRs - Single devices conduct current after triggering and are used in AC/DC converters. They deliver rugged switching for power control and protection applications in heavy-duty electronics.
Transistors (BJT) - Arrays pre-biased configurations minimize design complexity. Their integrated biasing networks simplify control logic in compact embedded and portable electronics.
Transistors (BJT) - Arrays include multiple matched pairs to maintain balanced gain and temperature performance. Ideal for analog and switching circuits demanding symmetry and reliability.
Transistors (BJT) - Single pre-biased versions ease circuit implementation. They are perfect for driver and small-signal applications where reduced component count and quick integration are needed.
Transistors (BJT) - Single devices handle signal amplification and switching efficiently. With controlled gain and fast response, they serve consumer, automotive, and industrial electronic systems.
Triacs control AC power bidirectionally, providing compact and efficient dimming or motor control solutions. Their simplicity and reliability make them essential for consumer and industrial energy regulation.
Variable Capacitance Diodes (Varicaps) adjust capacitance via reverse bias voltage. They enable tunable filters and oscillators in RF, TV tuner, and voltage-controlled frequency applications.
Inductors store energy magnetically, enabling current smoothing and noise filtering. They are critical in converters, filters, and matching networks throughout power and signal circuits.
Adjustable Inductors allow tuning of inductance for calibration or optimization. They provide flexibility for RF circuits, filters, and oscillators where frequency alignment is crucial.
Arrays combine multiple inductors in one package, enhancing consistency and board density. They are ideal for compact power modules and signal conditioning networks.
Delay Lines use inductive and capacitive elements to introduce phase shifts. These components align timing across communication and digital signal paths requiring deterministic delay control.
Fixed Inductors offer stable inductance for filtering and energy storage. Designers rely on core material and winding selection to achieve target performance in switching and RF circuits.
Wireless Charging Coils enable contactless energy transfer via magnetic fields. Their optimized geometry and shielding maximize efficiency in portable and medical charging applications.
Isolators provide galvanic separation between system domains. They protect sensitive circuits from transients and ground loops, ensuring safe communication between high- and low-voltage sections.
Digital Isolators transfer logic signals across isolation barriers using capacitive or magnetic coupling. They achieve high-speed, noise-immune communication in industrial and automotive systems.
Isolators - Gate Drivers provide safe control of high-side or floating switches. They enhance switching efficiency and reliability in power converters and motor control systems.
Optoisolators - Logic Output translate input signals through optical coupling. They enable digital interfacing with electrical isolation in control, monitoring, and automation applications.
Optoisolators - Transistor provide analog isolation with current transfer capability. They are suited for voltage sensing, feedback, and signal conditioning in isolated circuits.
Optoisolators - Triac drive AC loads through isolated triggering of TRIACs and SCRs. They provide safety and simplicity in mains control and industrial interface applications.
Special Purpose isolators address custom voltage, current, or communication isolation needs. They ensure system safety and integrity in mixed-signal, power, and measurement domains.
Optoelectronics cover devices that convert electrical signals into light or vice versa. This includes LEDs, photodiodes, and sensors essential for modern communication and control systems.
Accessories support optoelectronic components through mounting, lenses, and thermal management. They maintain optical efficiency and durability in lighting and sensing assemblies.
Addressable devices feature integrated control circuits for individually driven light or signal elements. They allow dynamic lighting, displays, and signaling through serial communication control.
Display Bezels and lenses enhance visual readability and mechanical protection for display modules. They optimize viewing angle, contrast, and aesthetic design in equipment interfaces.
Display Modules - LCD provide low-power numeric and character readouts. They are widely used in meters, controllers, and handheld electronics for energy-efficient data visualization.
Display Modules - LCD graphic types offer flexible visual layouts for icons and dynamic data. Ideal for consumer and industrial interfaces demanding sharp, low-power screens.
Display interfaces and controllers manage pixel data transfer between processors and panels. They ensure smooth refresh, color accuracy, and compatibility with varied display technologies.
Electroluminescent panels emit uniform light using phosphor layers. Their thin form factor and low power draw suit backlighting and specialty indicators in compact electronic products.
Fiber Optics - Attenuators reduce optical signal levels for measurement or system balance. They maintain consistent link performance and prevent receiver overload in fiber networks.
Fiber Optics - Receivers convert optical signals into electrical outputs. Their sensitivity and bandwidth determine performance in communication and sensing systems using light transmission.
Fiber Optics - Switches manage routing of optical signals through multiplexing or demultiplexing. They enable redundancy and flexibility in high-speed telecommunication backbones and data centers.
Fiber Optics - Transceiver Modules integrate transmitters and receivers for data communication. They provide standardized interfaces, high throughput, and long-distance connectivity for networks.
Infrared emitters provide invisible illumination for sensing, communication, and security. Their controlled wavelengths enable remote control, IR imaging, and environmental detection systems.
Inverters supply the AC drive needed for LCD and backlight operation. They ensure consistent brightness and energy efficiency in display and lighting systems across multiple industries.
Lamps - Incandescents produce light through heated filaments for classic visual effects and signaling. Despite low efficiency, they remain valuable in specialized or rugged indicator applications.
Laser Diodes emit coherent light for sensing, measurement, and communication. Engineers rely on their narrow wavelength and high efficiency for barcode scanners, optical storage, and industrial cutting or alignment systems.
Laser Diodes accessories include heatsinks, collimators, and driver circuits that stabilize output and extend lifetime. These components enhance performance and integration flexibility for precision optical and communication assemblies.
LED Indication - Discrete devices serve as visual status indicators for system power, operation, or fault states. Their long lifespan and low power consumption make them ideal for dashboards, control panels, and embedded displays.
LED Lighting - COBs (Chip on Board) deliver uniform light with high luminous density. They simplify thermal management and improve efficiency in professional lighting, signage, and industrial illumination designs.
LED Lighting - Color modules provide RGB and multicolor control for decorative or functional lighting. They enable dynamic color effects and are used in entertainment, retail, and architectural installations.
LED Lighting - White products deliver high-efficiency white illumination with various color temperatures. They replace traditional lamps in residential, commercial, and industrial lighting systems for energy savings.
LED Lighting Kits include preassembled boards, drivers, and optics for rapid lighting prototype development. They accelerate design testing and support consistent brightness and thermal performance.
LED Thermal Products manage heat dissipation to maintain LED lifespan and brightness. These heatsinks and interface materials ensure reliable operation in compact and high-output light sources.
LEDs - Circuit Board Indicators simplify visual signaling directly on PCBs. Their compact arrays offer uniform brightness for diagnostic, control, and display systems requiring low-profile visibility.
LEDs - Lamp Replacements retrofit traditional bulbs with solid-state alternatives. Offering low power consumption and durability, they modernize lighting systems in both commercial and consumer environments.
LEDs - Spacers maintain proper lead spacing and optical alignment during assembly. They prevent stress and ensure consistent output orientation for high-volume PCB manufacturing and serviceability.
Optics - Lenses focus or diffuse light emitted from LEDs and lasers. They shape beam patterns for displays, sensors, and illumination devices, optimizing intensity and visual uniformity.
Optics - Light Pipes channel light from sources to external indicators. They provide sealed, durable paths for illumination in medical devices, automotive panels, and consumer products.
Optics - Reflectors redirect light efficiently, increasing brightness and control. Common in LED lamps and projectors, they optimize luminous performance while minimizing energy loss.
Optics - Remote Phosphor Light Source systems separate phosphor from LEDs to improve efficiency and color consistency. They are used in tunable lighting where temperature stability is essential.
Panel Indicators offer compact, rugged visual signals for control interfaces. Designed for easy mounting and long life, they ensure clear status indication in industrial and automation systems.
Touch Screen Overlays add interactive input capabilities to displays. They use capacitive or resistive sensing for human-machine interfaces in kiosks, industrial panels, and smart appliances.
Xenon Lighting produces intense white light through gas discharge. Known for high color rendering, xenon lamps power projectors, automotive headlights, and specialized inspection systems.
LCD Bezels frame and protect liquid crystal displays. They ensure alignment, prevent glare, and improve aesthetic integration across instrumentation, control panels, and portable devices.
Laser Diodes generate coherent beams for communication, sensing, and measurement. They deliver high brightness and spectral precision for industrial, medical, and optical data systems.
Optics - LEDs - Light Pipes route LED output to front panels without electrical connections. They offer flexible geometry for compact devices, ensuring bright, uniform indicators.
Optics - LEDs - Reflectors enhance directional light control and efficiency. Used in luminaires and displays, they maximize luminous flux while maintaining beam quality and consistency.
Optics - LEDs include precision lenses and diffusers for solid-state lighting. They optimize light distribution and color uniformity across architectural, automotive, and display applications.
Optics - Remote Phosphor configurations deliver stable white light using separated phosphor layers. They enhance color consistency and thermal management in high-performance illumination systems.
Potentiometers are adjustable resistors used for voltage division and signal control. They provide precise manual tuning in audio, instrumentation, and control circuits.
Accessories for potentiometers include knobs, brackets, and sealing kits. They improve user ergonomics and environmental protection for panel and enclosure integration.
Adjustable Power Resistor units provide tunable resistance for load simulation and current control. Their robust construction ensures safe operation in test and power regulation environments.
Joystick Potentiometers translate mechanical movement into analog signals. They offer multi-axis control in gaming, robotics, and industrial operator interfaces.
Rotary Potentiometers enable smooth variable control for volume, speed, or brightness adjustment. Their mechanical reliability and linearity support precision control interfaces.
Scale Dials provide calibrated reference for variable adjustments. Used with potentiometers, they enable repeatable settings in laboratory and industrial control panels.
Slide Potentiometers offer linear travel for smooth user input. Common in mixers and lighting consoles, they provide intuitive adjustment with visual feedback of position.
Thumbwheel Potentiometers integrate compact rotary adjustment for incremental control. Their ergonomic design suits handheld instruments and compact interface panels.
Trimmer Potentiometers allow fine-tuning calibration in circuits. Their compact form and precision adjustment enable stable long-term performance in analog control applications.
Value Display Potentiometers feature integrated scales or readouts showing resistance or position. They provide accurate user feedback in high-precision control systems.
Power Supplies - Board Mount deliver regulated voltage directly from PCBs. Compact and efficient, they power embedded controllers, sensors, and signal conditioning modules.
AC DC Converters transform mains AC to DC power. They provide galvanic isolation, efficiency, and compact size for power modules in instrumentation and embedded systems.
Accessories for board-mount power supplies include heatsinks, mounting kits, and interface harnesses. These ensure reliable installation and heat dissipation during long-term operation.
DC DC Converters step voltages up or down efficiently. They regulate power between rails, improving energy usage and stability in portable and distributed electronic systems.
LED Drivers provide constant current regulation for LED strings. They enhance brightness uniformity and protect against overvoltage or thermal stress in lighting systems.
LED Supplies power dedicated lighting systems with high efficiency and low ripple. These modules maintain illumination consistency across wide input and temperature ranges.
AC AC Wall Adapters supply low-voltage AC power to electronics. They are compact and reliable for audio gear, small appliances, and test instruments requiring AC coupling.
AC DC Converters off-board units convert mains input to stable DC. They provide isolation and EMI compliance for industrial, telecom, and consumer devices.
AC DC Desktop power supplies support external powering of electronics with regulated DC outputs. They are used for computers, instrumentation, and communication gear.
Accessories enhance installation and cooling of off-board power units. Typical items include mounting plates, fans, and cable assemblies for reliable field service.
DC DC Converters in external form offer high efficiency for distributed power. They adapt voltages across modules and maintain stable performance under varying loads.
LED Drivers for external systems regulate current precisely for lighting fixtures. They ensure flicker-free operation and protect LEDs from transients in architectural systems.
Power over Ethernet (PoE) solutions transmit data and power over network cables. They simplify installation and reduce cabling complexity in IoT, cameras, and network devices.
Relays are electromechanical or solid-state switches controlling circuits through electrical signals. They provide isolation and remote control in automation, safety, and power applications.
Accessories for relays include sockets, retainers, and indicators that simplify installation and diagnostics. They ensure stable mechanical mounting and long-term serviceability in control panels.
Automotive Relays manage high-current loads in vehicles, such as lighting, ignition, and motors. They provide compact, vibration-resistant solutions ensuring reliable automotive electrical operation.
Contactors (Electromechanical) switch heavy electrical loads in industrial circuits. They handle high current capacity with mechanical durability for motors, heaters, and large machinery.
Contactors (Solid State) offer fast, noise-free switching without mechanical wear. They’re ideal for frequent cycling in automation, temperature control, and power distribution systems.
High Frequency (RF) Relays handle signal routing in RF and microwave circuits. With low insertion loss and high isolation, they’re used in communications, test equipment, and radar systems.
I/O Relay Module Racks provide structured mounting for relay modules. They simplify wiring and ensure reliable system interconnections in industrial automation cabinets.
I/O Relay Modules convert digital control signals into switching actions. They are widely used in PLC systems, enabling secure interface between logic and power components.
Power Relays control circuits carrying several amps of current. Their robust contacts and insulation make them suitable for HVAC, industrial control, and appliance switching.
Reed Relays use magnetic fields to close hermetically sealed contacts. Compact and reliable, they’re ideal for instrumentation and low-power signal switching applications.
Relay Sockets simplify replacement and wiring of relays. They offer standardized pin layouts ensuring quick installation and maintenance across automation and control systems.
Signal Relays handle low-voltage, low-current switching for communication and test systems. Their small size and precision make them essential in measurement instruments.
Solid State Relays switch electrical loads using semiconductor devices instead of moving parts. They provide silent operation, high-speed response, and long life in automation equipment.
IO Relay Module Racks organize multiple relay modules in a modular structure. They streamline assembly and ensure reliable interfacing between control and field devices.
IO Relay Modules - Output interface control signals to external devices like solenoids or lights. They offer safe, isolated switching with configurable voltage levels for PLC outputs.
Resistors regulate current and voltage in circuits. Available in multiple formats, they define impedance, bias circuits, and dissipate power in almost every electronic device.
Accessories for resistors provide mounting, heat dissipation, and adjustment options. They maintain stable performance and reliability across varying thermal or mechanical conditions.
Chassis Mount Resistors handle high power dissipation through heat sinks or enclosures. They’re vital for braking, load testing, and current-limiting functions in power electronics.
Chip Resistor - Surface Mount components provide compact, automated assembly solutions. They offer precise resistance values for signal processing and control in modern electronics.
Precision Trimmed Resistors deliver ultra-tight tolerances for instrumentation and measurement. Laser trimming ensures exceptional accuracy and temperature stability in reference circuits.
Resistor Networks integrate multiple resistors in a single package for matched performance. They reduce board space and improve consistency in analog and digital designs.
Specialized Resistors are designed for unique functions such as current sensing or surge suppression. They meet demanding performance requirements in automotive and industrial systems.
Through Hole Resistors provide reliable leads for mechanical stability. They remain common in power circuits and applications requiring manual assembly or high stress tolerance.
RF/IF and RFID components enable wireless communication, identification, and signal processing. They include amplifiers, transceivers, and filters for data and control networks.
Attenuators reduce signal power without distortion. They’re used to protect circuits, calibrate instruments, and balance power levels in RF and microwave systems.
Balun devices convert between balanced and unbalanced signals. They enable impedance matching and noise reduction in antenna systems and RF transmission lines.
RF Accessories include connectors, adapters, and test cables that ensure reliable high-frequency connections in communication and measurement equipment.
RF Amplifiers increase signal power across specified frequency ranges. They’re critical in transmitters, receivers, and laboratory equipment requiring low noise and linear gain.
RF Antennas transmit and receive electromagnetic waves. Their design defines range, polarization, and gain in wireless communication, radar, and IoT systems.
RF Demodulators extract baseband information from carrier signals. They’re vital in receivers, enabling decoding of amplitude, frequency, or phase-modulated signals.
RF Detectors measure signal power or envelope characteristics. They support feedback, control, and monitoring functions in RF amplifiers and signal analyzers.
RF Diplexers separate or combine frequency bands. They allow multiple signals to share antennas or transmission paths without interference.
RF Directional Coupler devices sample transmitted power in one direction. They’re essential in measurement, monitoring, and feedback circuits in RF applications.
RF Evaluation and Development Kits provide predesigned hardware for testing RF components. They help accelerate design verification and optimize performance in prototype systems.
RF Front End (LNA + PA) modules combine low-noise amplifiers and power amplifiers. They maximize signal sensitivity and transmission strength in wireless communication systems.
RF Misc ICs and Modules encompass integrated circuits for signal routing, detection, and conditioning. They enable compact, high-performance designs for RF applications.
RF Mixers combine or convert frequencies by nonlinear processing. They’re core elements in receivers, transmitters, and frequency synthesizers for communication systems.
RF Modulators encode baseband information onto carrier waves. They support television, radio, and telemetry systems where efficient frequency usage is key.
RF Power Controller ICs monitor and regulate output levels of RF amplifiers. They maintain consistent signal quality and protect circuitry from overdrive conditions.
RF Power Dividers/Splitters distribute signals evenly across channels. They’re used in measurement setups and antenna systems requiring controlled power distribution.
RF Receiver modules detect and process radio frequency inputs. They enable efficient wireless communication in consumer and industrial embedded systems.
RF Receivers transform RF signals into usable data streams. High sensitivity and selectivity make them critical in GPS, IoT, and communication systems.
RF Shields protect sensitive components from electromagnetic interference. Their metallic enclosures maintain system performance by reducing noise coupling.
RF Switches route high-frequency signals between multiple paths. They support automated testing, communication links, and antenna diversity operations.
RF Transceiver ICs combine transmit and receive paths into single integrated circuits. They simplify wireless system design for Bluetooth, Wi-Fi, and cellular networks.
RF Transceiver Modules integrate RF circuitry and protocol handling. Ready-to-use modules enable rapid IoT, telemetry, and automation deployments.
RF Transmitters generate carrier signals for wireless communication. They form the backbone of telemetry, broadcasting, and remote control applications.
RFI and EMI - Contacts provide mechanical grounding and shielding. These conductive gaskets protect sensitive electronics from external interference.
RFID Accessories include antennas, tags, and connectors that extend RFID system capabilities. They ensure optimal signal performance, reliability, and flexibility in industrial and logistics identification systems.
RFID Antennas transmit and receive signals between readers and tags. Their optimized geometry provides precise range control and efficient coupling in inventory, asset tracking, and security applications.
RFID Evaluation and Development Kits allow engineers to prototype and test RFID functionality. They accelerate development of smart tracking systems and support tuning for tag-reader communication efficiency.
RFID Reader Modules integrate transceiver and decoding circuitry for tag data processing. Compact and reliable, they form the core of access control, retail, and automation RFID solutions.
RFID Transponders store information and communicate via electromagnetic coupling. They support contactless identification for logistics, asset management, and inventory monitoring applications.
RFID integrated circuits control identification and authentication processes. These chips manage communication, power, and data security across passive and active RFID systems.
Sensors convert physical quantities into electrical signals. They provide essential feedback for automation, environmental monitoring, and control systems in industrial and consumer electronics.
Accessories for sensors include housings, mounts, and connectors that simplify integration. They protect delicate sensing elements from vibration, dust, and environmental influences.
Amplifiers for sensors enhance low-level analog signals for further processing. They improve signal-to-noise ratio and accuracy in data acquisition and control applications.
Color Sensors detect light wavelengths to determine object color. Used in quality control, automation, and printing, they ensure precision color analysis in manufacturing processes.
Current Transducers measure AC or DC current through magnetic or shunt techniques. They provide feedback for power monitoring, motor control, and energy management systems.
Dust Sensors detect airborne particulate matter. They are critical for air quality monitoring, HVAC systems, and portable environmental detection equipment.
Encoders convert motion into electrical signals. Commonly used for position or speed detection, they ensure accurate feedback for motors and robotic systems.
Float level sensors detect fluid levels via buoyant mechanisms. They are reliable for liquid monitoring in tanks, reservoirs, and industrial process equipment.
Flow Sensors measure the rate of fluid or gas movement. Their precise output supports control and safety in process automation, energy, and HVAC systems.
Force Sensors detect applied pressure or tension using strain elements. They enable load measurement and mechanical feedback in robotics, automation, and safety equipment.
Gas Sensors identify and measure specific gas concentrations. Used for environmental safety and industrial control, they detect leaks, pollution, and hazardous emissions.
Humidity sensors monitor relative moisture in the air or materials. Their outputs help manage climate control, agriculture, and storage environment quality.
Image Sensors convert light into digital signals for cameras and optical systems. They form the foundation of vision systems, surveillance, and machine inspection applications.
IrDA Transceiver Modules handle short-range infrared data communication. They support contactless information transfer in consumer and medical electronics.
Magnetic Sensors - Compass detect Earth’s magnetic field orientation. They enable navigation and directional sensing in drones, vehicles, and portable devices.
Magnetic Sensors - Linear measure field strength variations along a defined axis. They are used in current measurement, position detection, and feedback control.
Magnetic Sensors - Position monitor motion and rotation. They provide precise angular or linear feedback for motors, actuators, and control systems.
Magnets - Multi Purpose serve as actuators or sensing targets. They’re used in industrial automation, medical devices, and consumer electronics requiring magnetic detection.
Magnets - Sensor Matched are precision magnets designed for sensor pairing. They enhance measurement accuracy in Hall-effect and magnetic field applications.
Motion Sensors - Accelerometers detect acceleration forces for motion analysis. They are used in navigation, vibration monitoring, and equipment health diagnostics.
Motion Sensors - Gyroscopes measure angular velocity for orientation detection. They enable balance and motion control in drones, vehicles, and wearable devices.
Motion Sensors - Inclinometers measure tilt angles relative to gravity. They ensure stability monitoring in construction machinery, industrial platforms, and automation systems.
Motion Sensors - Optical use light reflection to track surface movement. They deliver precision motion detection for computer mice, robotics, and navigation devices.
Motion Sensors - Tilt Switches detect angular displacement or orientation changes. Their simple and durable design makes them ideal for safety and motion alert systems.
Motion Sensors - Vibration capture oscillation frequencies and amplitudes. They are used for predictive maintenance and fault detection in rotating machinery.
Multifunction sensors combine various measurement functions in one device. They simplify system integration for smart environments and industrial automation.
Optical Sensors - Ambient Light detect visible and infrared light levels. They enable automatic brightness control and exposure adjustment in electronic displays.
Optical Sensors - Photodiodes convert light to electrical current for precision measurement. They are key components in cameras, instrumentation, and communication systems.
Optical Sensors - Photoelectric detect object presence using emitted and reflected beams. Widely used in automation and packaging lines for position and count detection.
Optical Sensors - Phototransistors amplify received light into electrical output. They’re widely used for ambient light sensing, optical switching, and digital detection applications.
Position Sensors - Angle measure rotation or linear displacement. Used in robotics, steering systems, and instrumentation, they deliver accurate angular feedback for control operations.
Pressure Sensors convert fluid pressure into an electrical signal. They monitor hydraulic, pneumatic, and atmospheric systems for safety and process optimization.
Proximity Sensors detect objects without contact using magnetic, optical, or capacitive methods. They ensure reliable detection in automation, robotics, and packaging machinery.
Sensor Cable - Accessories include connectors, strain reliefs, and seals. They protect sensor wiring and ensure reliable data transmission in harsh industrial environments.
Sensor Cable - Assemblies are pre-terminated cables for plug-and-play installation. They simplify wiring and reduce setup time in automation systems.
Shock Sensors detect sudden acceleration or impacts. Used in safety, transportation, and asset monitoring, they trigger alarms or protection mechanisms upon shocks.
Solar Cells convert sunlight into electricity using semiconductor junctions. They are fundamental in renewable power generation, portable electronics, and environmental sensing.
Specialized Sensors address unique physical quantities such as torque, radiation, or density. Custom designs provide tailored performance for scientific and industrial uses.
Strain Gauges measure deformation in structures via resistance changes. They enable precision force, weight, and stress analysis in engineering applications.
Temperature Sensors - Thermocouple generate voltage proportional to temperature differences. They offer wide ranges for laboratory, manufacturing, and industrial measurement applications.
Touch Sensors detect human contact through capacitive or resistive sensing. They enable modern interactive controls in consumer electronics and industrial interfaces.
Ultrasonic Receivers use sound waves beyond human hearing for detection and ranging. They support distance measurement, object avoidance, and fluid level monitoring.
Accelerometers sense acceleration and vibration in three axes. They provide critical motion data for automotive safety, structural monitoring, and portable electronics.
Capacitive Touch Sensors use electrostatic fields to detect touch or proximity. They provide sleek, durable control interfaces for modern appliances and kiosks.
Gyroscopes sense angular velocity for orientation measurement. They are essential in navigation, stabilization, and motion control systems.
Inclinometers measure slope or tilt relative to gravity. They’re used in construction, robotics, and geotechnical monitoring for stability assessment.
Magnets provide reference fields for magnetic sensors. They enable non-contact detection and actuation in automation, robotics, and consumer electronics.
Moisture Sensors monitor water content in materials or air. They support agriculture, storage, and environmental monitoring to prevent degradation or mold formation.
Motion Sensors detect movement through infrared, ultrasonic, or radar techniques. They enhance automation, safety, and energy management in smart environments.
Temperature Sensors detect ambient or object temperature. They serve in climate systems, appliances, and process monitoring for accurate environmental control.
Temperature Switches activate circuits at preset temperature thresholds. They provide protection against overheating in motors and power systems.
Thermistors - NTC feature negative temperature coefficients. Compact and sensitive, they deliver fast thermal response for temperature control circuits.
Thermistors - PTC have positive temperature coefficients. They self-regulate heating and provide overcurrent protection in consumer and industrial electronics.
Thermocouple probes generate measurable voltages from temperature gradients. Their rugged construction enables use in extreme thermal environments.
Tilt Sensors detect angular displacement and orientation. Compact and durable, they are used in safety systems, robotics, and portable electronics.
Vibration Sensors measure oscillations for condition monitoring. They detect imbalance, bearing wear, or misalignment in machinery and rotating equipment.
Switches control circuit connectivity mechanically or electronically. They are fundamental components across control systems, instrumentation, and consumer devices.
Accessories for switches include guards, covers, and extension levers. They enhance functionality, safety, and customization of switch interfaces.
Accessories - Boots protect switches from dust and moisture ingress. They extend service life and maintain IP-rated performance in rugged environments.
Accessories - Caps provide ergonomic interfaces and visual indicators. They ensure consistent actuation feel and style uniformity across panel layouts.
Cable Pull Switches provide emergency stop functionality along conveyor or production lines. They enhance operator safety through immediate, intuitive control.
DIP Switches allow configuration settings through small toggle elements. Used in embedded systems, they set device modes or address configurations easily.
Keylock Switches add mechanical security to control circuits. They prevent unauthorized access and ensure safety in industrial and transportation systems.
Keypad Switches combine multiple pushbuttons into matrix arrays. They offer compact human-machine interfaces for instrumentation and electronic devices.
Magnetic reed switches operate through magnetic fields closing reed contacts. They are reliable for position sensing and security detection applications.
Navigation Switches provide multi-directional control. Compact and tactile, they are used in handheld devices, instrumentation, and control consoles.
Programmable Display Switches combine touchscreen interfaces with switching functions. They deliver dynamic labeling and feedback in advanced user control systems.
Pushbutton Switches offer tactile user control for activating circuits. Their reliability and versatility make them essential in automation and consumer electronics.
Pushbutton Switches - Hall Effect use magnetic field detection instead of mechanical contacts, providing long life, low wear, and resistance to vibration—ideal for aerospace, industrial, and harsh-environment control interfaces.
Rocker Switches feature a pivoting actuator for quick circuit engagement. Widely used in appliances, power tools, and automotive panels, they provide reliable tactile feedback and clear on/off positioning.
Rotary Switches allow multi-position control with a rotating knob mechanism. These are used for function selection in instrumentation, audio equipment, and industrial control panels.
Selector Switches provide user-friendly manual selection of circuit modes. Durable and ergonomic, they are used in control systems, automation consoles, and industrial machines.
Slide Switches offer linear actuation for compact circuit control. Common in communication equipment and portable devices, they provide tactile, space-saving operation for mode or power selection.
Snap Action limit switches trigger precise electrical change with minimal motion. They are vital in safety interlocks, machine end-stop detection, and automation feedback loops.
Tactile Switches provide crisp feedback upon activation, making them ideal for keyboards, remote controls, and instrumentation requiring responsive tactile confirmation.
Thumbwheel Switches enable rotary digital input through numbered dials. Compact and intuitive, they are suited for configuration, data entry, and calibration in embedded systems.
Toggle Switches provide durable, mechanical on/off control. Known for high reliability, they are used in power distribution, aircraft cockpits, and industrial machines.
Crystals and Oscillators generate precise clock signals essential for synchronization in electronics. They underpin digital systems, communication networks, and timing-critical circuits.
Crystals use quartz vibration to produce stable frequencies. They provide timing accuracy for microcontrollers, RF circuits, and communication devices.
Oscillators convert DC energy into periodic AC waveforms. They are used in timing, frequency generation, and signal conditioning across all modern electronics.
Pin Configurable Oscillators allow users to set output frequency via hardware pins, offering flexible timing options for prototypes and multi-system designs.
Programmable Oscillators deliver tunable frequency generation through digital programming. They replace multiple fixed oscillators and enhance design adaptability.
Resonators provide stable oscillation through mechanical resonance, commonly used in timing circuits for lower-cost alternatives to quartz crystals.
Sockets and Insulators facilitate secure mounting of oscillators and crystals. They ensure mechanical stability, reduce solder stress, and improve component replacement ease.
Stand Alone Programmers allow independent configuration of programmable oscillators. They streamline frequency tuning and reduce development cycle time.
AC DC Converters convert mains AC to regulated DC voltage. Used in chargers, adapters, and power modules, they maintain consistent output under varying load conditions.
AC DC Desktop wall adapters provide safe, efficient external power for consumer and medical equipment. They meet global efficiency and safety certifications.
Accessories for power supplies include cables, connectors, and mounting kits. They improve installation efficiency and ensure reliable power delivery.
DC DC Converters step up or down DC voltage for subsystems. They ensure stable power management across automotive, aerospace, and communication devices.
LED Supplies provide constant current to LED systems. Designed for efficiency and longevity, they optimize light performance and thermal control.
Power over Ethernet (PoE) transmits power and data through a single cable. It simplifies networking installations in IP cameras, VoIP phones, and IoT devices.
RFIF and RFID components enable wireless identification and RF communication. They integrate antennas, transceivers, and tags for access control and asset tracking.
Attenuators reduce signal amplitude without distorting waveform integrity. They are essential in RF testing, calibration, and impedance matching networks.
Balun devices convert between balanced and unbalanced signals. They ensure impedance matching and minimal loss in RF transmission systems.
RF Accessories include connectors, adapters, and couplers that enhance radio-frequency system flexibility and maintain low-loss signal integrity.
RF Amplifiers boost weak radio signals for transmission and reception. They are fundamental in communication, radar, and broadcasting equipment.
RF Antennas radiate and capture electromagnetic waves efficiently. Designed for frequency-specific performance, they enable connectivity in wireless and IoT systems.
RF Demodulators extract baseband information from modulated carriers. They play a key role in communication receivers, radios, and data decoders.
RF Detectors measure signal strength or envelope. They support RF monitoring, calibration, and automatic gain control circuits.
RF Diplexers combine or separate different frequency bands in a shared line. They enable duplex communication and signal routing in transmit/receive systems.
RF Directional Coupler devices sample signal power flow in one direction. Common in test setups, they enable monitoring of transmitted and reflected RF energy.
RF Front End (LNA + PA) modules combine low-noise and power amplification stages. They enhance sensitivity and transmission range in wireless systems.
RF Misc ICs and Modules include specialized RF control chips and transceiver assemblies that simplify integration of communication and sensor systems.
RF Mixers combine or translate signal frequencies for modulation and demodulation. They are vital in receivers, transmitters, and frequency synthesizer architectures.
RF Modulators combine low-frequency input with carrier signals to generate modulated RF output. They are key components in transmitters and signal generation equipment.
RF Power Controller ICs manage output power levels for optimal signal strength. They ensure linearity, efficiency, and protection in RF amplifiers and transceiver systems.
RF Power Dividers/Splitters evenly distribute RF energy across multiple paths. Common in testing and phased-array systems, they ensure balanced signal distribution.
RF Receiver modules capture and convert incoming RF signals to baseband data. They are integral to communication systems, telemetry, and IoT networks.
RF Receivers amplify and demodulate radio frequency signals. With wide dynamic range and low noise, they ensure reliable communication reception.
RF Shields protect sensitive circuitry from electromagnetic interference. They improve system stability and compliance with EMC standards.
RF Switches route high-frequency signals between channels. Fast and durable, they are crucial in communication, radar, and test systems.
RF Transceiver ICs integrate transmit and receive functions in a single package. They streamline design for wireless communication, IoT, and RF data links.
RF Transceiver Modules provide complete RF front-end integration. They support rapid deployment in wireless communication, telemetry, and industrial monitoring applications.
RF Transmitters generate and send modulated signals over designated frequencies. They serve broadcasting, telemetry, and remote control systems efficiently.
RFID Accessories include cables, antennas, and enclosures. They enhance the performance, reliability, and installation flexibility of RFID identification systems.
RFID Antennas enable wireless communication between tags and readers. Designed for optimal field strength, they are vital in logistics and tracking applications.
RFID Reader Modules process tag data and control wireless communication. Compact and efficient, they power asset management and access control systems.
RFID Transponders store and transmit encoded data via RF signals. They enable secure identification in supply chains and inventory systems.
RFID integrated circuits form the backbone of RFID systems. They control tag responses, data encryption, and energy harvesting for contactless communication.
Pushbutton Switches - Hall Effect rely on magnetic field sensors rather than mechanical contacts. Their robust design provides exceptional reliability and zero contact bounce.
Rocker Switches are ergonomic toggle actuators. They offer intuitive control and are extensively used in lighting and motor systems.
Rotary Switches provide multi-position selection with rotating shafts. Common in test instruments and control consoles, they ensure precise function switching.
Selector Switches are mechanical interfaces for circuit selection. They offer durable construction for repetitive operation in machinery and control panels.
Slide Switches perform linear motion switching. Compact and versatile, they are ideal for signal routing in compact electronic designs.
Snap Action limit switches use spring-loaded mechanisms for fast switching. They are indispensable in automation and position-detection systems.
Tactile Switches provide short travel and high responsiveness. Perfect for keyboards and instrumentation, they enhance user input reliability.
Thumbwheel Switches combine mechanical rotation and electronic selection. Used in precision calibration and parameter settings, they are compact and intuitive.
Toggle Switches offer firm action with positive feedback. Suitable for control panels and heavy-duty machinery, they ensure long operational life.
Crystals provide high-stability frequency references. Essential for digital timing, they operate with low drift and long-term reliability.
Oscillators produce steady waveforms for system clocks and RF transmission. Available in multiple formats, they meet timing precision requirements.
Programmable Oscillators allow digital control of frequency settings. Their adaptability simplifies design and minimizes inventory requirements.
DC DC Converters regulate voltage for subcircuits. Compact and efficient, they provide stable performance for embedded systems and portable devices.
Power over Ethernet (PoE) integrates data and power transmission. It simplifies device installation and reduces wiring complexity.
RF Demodulators recover modulating signals from carrier waves. They are essential for communication receivers and signal analyzers.
RF Detectors monitor envelope or power of high-frequency signals. Used for automatic gain control and RF diagnostics, they ensure system balance.
RF Diplexers filter and combine dual frequency bands. They enable full-duplex data transfer and efficient spectrum utilization.
RF Misc ICs and Modules consist of auxiliary RF control circuits. They enhance system flexibility in communication and measurement devices.
RF Switches control RF path selection with low insertion loss. They enable signal routing and switching in RF test benches.
RF Transceiver Modules integrate transceiving circuits into compact designs. Perfect for rapid development in wireless and IoT devices.
RF Transmitters send encoded data wirelessly. They are found in telemetry, remote sensors, and broadcasting equipment.
RFID Antennas create electromagnetic fields for tag communication. Their tuned design improves read range and signal quality.
RFID Reader Modules decode and process RFID tag information. Used in warehouse and logistics systems, they ensure efficient data handling.
RFID Transponders provide encoded identity through RF backscatter. They are vital for inventory tracking, automation, and security.
RFID integrated circuits manage contactless data transfer. They combine power harvesting and data modulation for efficient RFID operation.