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High Pin Count PCB - KKPCB

Automotive IC Test PCB: High-Reliability Boards for Automotive Semiconductor Testing

An Automotive IC Test PCB is a specialized semiconductor test PCB developed for validating automotive-grade integrated circuits used in ADAS, infotainment systems, powertrain control, and vehicle communication networks. Automotive ICs must meet strict reliability, safety, and performance standards, including temperature extremes, vibration, and high-speed data operation. Test PCBs for automotive ICs provide the mechanical and...

High Speed IC Test PCB: Precision Boards for High-Speed Semiconductor Validation

A High Speed IC Test PCB is a specialized semiconductor test PCB designed to validate integrated circuits operating at high data rates and fast edge speeds. These ICs are commonly used in 5G communication, high-speed computing, data centers, networking equipment, and automotive electronics. Accurate high-speed IC testing requires a precisely engineered PCB to maintain signal...

Mixed Signal IC Test PCB: Precision Testing for Analog and Digital Integration

A Mixed Signal IC Test PCB is a critical semiconductor test PCB designed to validate integrated circuits that combine analog and digital functions on a single chip. These ICs are widely used in power management, sensor interfaces, data converters, communication systems, and automotive electronics. Due to the coexistence of sensitive analog signals and high-speed digital...

Burn-in Board PCB: Reliable Boards for Extended IC Stress Testing

A Burn-in Board PCB is a specialized semiconductor test PCB used in burn-in testing, a process that subjects ICs to elevated temperatures and electrical stress to identify early-life failures and ensure long-term reliability. These boards provide the mechanical and electrical interface between Automated Test Equipment (ATE) and ICs, ensuring precise signal routing and stable power...

Package Test PCB: Precision Boards for IC Package Validation

A Package Test PCB is a specialized semiconductor test PCB used to validate IC packages after wafer dicing and packaging. These PCBs provide reliable electrical and mechanical interfaces for Automated Test Equipment (ATE), ensuring that packaged ICs meet functional, parametric, and performance specifications. With modern ICs moving toward higher pin counts, fine pitch packages, and...

Test Socket PCB for IC: Precision Boards for Reliable IC Testing

A Test Socket PCB for IC is a specialized semiconductor test PCB designed to interface ICs with Automated Test Equipment (ATE) through high-precision test sockets. These PCBs provide reliable electrical connectivity, controlled impedance, and mechanical stability, enabling accurate functional and performance testing of ICs before packaging or deployment. As semiconductor devices evolve with higher pin...

Semiconductor Load Board PCB: High-Precision Boards for IC Testing and Evaluation

A Semiconductor Load Board PCB is a critical ATE (Automated Test Equipment) PCB used to interface between test equipment and semiconductor devices during electrical testing. These boards provide a reliable platform for signal routing, power delivery, and measurement of ICs, ensuring accurate evaluation of device performance before packaging or deployment. With modern ICs moving toward...

Probe Card Assembly PCB: Precision PCBs for Wafer-Level Semiconductor Testing

A Probe Card Assembly PCB is a critical semiconductor test PCB used in wafer-level testing to provide the electrical and mechanical interface between Automated Test Equipment (ATE) and semiconductor wafers. It supports probe needles or MEMS probes, routing test signals with extreme precision to ensure accurate electrical characterization before wafer dicing and packaging. As semiconductor...

Automated Test Equipment PCB: High-Precision PCBs for Advanced Semiconductor Testing

An Automated Test Equipment PCB (ATE PCB) is a critical component used in semiconductor testing systems to interface between the test equipment and the device under test (DUT). These PCBs enable precise electrical connections, accurate signal transmission, and stable power delivery required for validating IC functionality, performance, and reliability. As semiconductor devices continue to evolve...

Burn-in Board PCB: High-Reliability PCBs for Semiconductor Stress Testing

A Burn-in Board PCB is a specialized semiconductor test PCB designed to support burn-in testing, a process that subjects ICs and semiconductor devices to elevated temperatures and voltage stresses to detect early-life failures. These PCBs are critical in Automated Test Equipment (ATE) systems, providing a reliable interface between the test setup and the device under...