Engineering Probes
Cascade Microtech offers more than 50 different analytical probe models for wafer, package, and board level characterization. We offer RF microwave probes in the Infinity and Air Coplanar Series, DCPs for DC test and PE5s for failure analysis. Our probes support a broad range of probing uses at frequencies up to 220 GHz.
RF Microwave Probes
Cascade Microtech created the first microwave probe in 1983 that enabled the first on-wafer 18 GHz measurements and accelerated the commercialization of gallium arsenide chips. Our line of RF probes is designed to meet the challenges of high-frequency probing and ensures low and stable contact resistance on aluminum pads. View more ...
RFIC & Functional Test Probes
Cascade Microtech's durable, high-performance multi-contact probes streamline RFIC engineering test. View more ...
DC Parametric Probes
Cascade Microtech’s DC probes deliver highly accurate measurements for advanced on-wafer process, device characterization and reliability testing. Our probes offer superior guarding and shielding over-temperature to resolve the performance limitations of non-coaxial and standard coaxial probes. View more ...
Power Device Probes
Cascade Microtech's power device probes provide a complete on-wafer solution for over-temperature, low-contact resistance measurements of power seimconductors up to 60A and 3000V. View more ...
Board Test & Signal Integrity Probes
Cascade Microtech offers precision, durable fine pitch probes, ideal for signal integrity probing on IC packages and circuit boards. View more ...
Impedance Matching Probes
Using proven Air Coplanar Probe technology, Cascade Microtech's Impedance Matching Probes are available in both reactive and resistive versions. A choice of either ACP or FPC body styles is available. View more ...
Cryogenic ACP Probe
Designed to provide superior mechanical properties at cryogenic temperatures while maintaining solid RF measurement performance. Functional temperature range of -263 to + 150 ° C. Consistent tip geometry even at cryogenic temperatures. View more ...
