Wafer Level Test
DC Probing.
RF Probing.
Reliability.
High Power.
Thermal.
WLCSP.
150mm Manual Probe Station
TS150 is a cost effective, highly precise probe station for Device Characterization, DC/CV, RF/mmW, Design Validation, IC Engineering, MEMS, HF Modeling, High Power and Failure Analysis.
50mm Manual Probe Station
TS50 is a cost effective probe station for DC and RF measurements.  It is ideal for universities and R&D.
150mm Manual mmW Probe Station
TS150-THZ is a cost effective, highly precise and easy to use probe station designed for broadband RF, mm-wave and sub-mm wave (THz) frequency range applications.
200mm Manual Probe Station
TS200 is a cost effective, highly accurate probe station for Device Characterization and Modeling, Wafer Level Reliability, Failure Analysis, IC Engineering, MEMs and High Power applications.
300mm Manual Probe Station
TS300 is a cost efective, high precision probe station for Failure Analysis, Device Characterization and Modeling. The system can be used for DC, RF and  mmW probing.
200mm Manual Probe Station with ShieldEnvironment™
TS200-SE provides maximum EMI shielding for device characterization and modeling tests requiring highly accurate I-V, C-V, flicker noise (1/f) and S-parameter measurements.
150mm and 200mm High Power Manual
Probe Stations
Engineered to achieve low contact
resistance measurements of power
semiconductors over a wide range of
temperatures up to 10kV.
 
WLCSP Probe Card
Cost effective solution with RF
capability, low and stable CRES,
elastomeric forces and superior X/Y/Z
coplanarity
On-Wafer Reliability and Parametric
Probe Cards
Patented Core Technology of ceramic
based probing solutions for wafer level
reliability, modeling, characterization,
and parametric test.
MicroPositioners
Backlash-free varying from small footprint to micrometer driven high resolution for RF and mmW applications.
TITAN™ RF Probes
Single-ended and Dual Tip configurations with pitches from 50µm to 1250µm and frequencies from 26GHz to 110GHz.
       
CWI Technical Sales    Phone: 732-536-3964    Fax: 732-536-0495