SemiTek International is a leading manufacturer of discrete device test equipment. Our systems are designed to test the electrical integrity of discrete devices like
Focused on the growing needs of the discrete test industry, we co...
The SemiTek 201.net Discrete Semiconductor Test System is PC-based using a CPU-based hardware controller to control the electrical tests it performs. In its sixth generation, the 201.net has served the semiconductor test industry for over twenty-five years in manufacturing and inspection. As a general-purpose tester, the 201.net is ideal for inspection and production applications where precision measurements and versatility are required. Under program control, the 201.net tests a growing number...
The Model 5300HX Automated Discrete Semiconductor Tester (ATE) is designed for fast, reliable testing of a wide range of discrete devices. Using an on-board Intel SBC, can provide stand alone testing capability or connected to a PC for intuitive test development and data capture.
The OnTest Model T-201 is a compact small foot print, sophisticated Automatic Discrete Semiconductor Tester providing full functional electrical characteristics testing for a comprehensive range of Discrete Semiconductor Devices.
* Test individual packages or * Test Multi-image panels with Step&Repeat Function * single flying probe top using very high speed voice coil motor (VCM) technology * 50 - 100 tests per second ... high throughput * Dual Flying Probe Top for testing bump-to-bump nets * flying probe head allows testing of all nets including each power and ground point * 4-wire test capability
At JMC, we specialize in sales and service of ATE including a full line of products from most major manufacturers. JMC has an extensive inventory of semiconductor manufacturing and test equipment available to serve your capacity demands on time when you need them.
TSSI is comprised of industry experts with extensive ATE applications knowledge. Pattern Conversions from EDA* to ATE*. Pattern Validation: simulate EDA or ATE formats against design netlist (DUT model). Test Engineering Training. Test Program Conversions: retargeting from one ATE format to another. On-site Contract Application Engineer. EDA: WGL, STIL, VCD/EVCD, SVF, IJTAG, TSSI ASCII, 30+ older EDA formats, others.
We provide full test engineering development service, IC qualification, reliability analysis, tape & reel and technology transfer. Whether you need just one of our world-class services or full turnkey capability, Integra Technologies wants to be a partner in your success.
Featuring "Hi-Speed 3-Dimensional Optical Comparative Metrology" at its core, this technology enables a breakthrough in overall system performance for both speed and accuracy. The ProbeWoRx system delivers reduced test times, higher accuracy and repeatability, and improved correlation for high pin-count, large array probe cards compared to traditional analyzers; and the ability to measure the increasing number of large and complex probe cards in "one-touch".
The AVR-EB series was designed for MIL-STD-750E diode switching time tests. The AVR-EB4-B is intended for reverse recovery testing of high-speed power rectifiers. The similar AVR-EB5-B is intended for more specialized reverse recovery testing of long-lifetime high-voltage PIN diodes, and the AVR-EB7-B is intended for low-current small-signal diodes.
As power modules age, their performance degrades. Proper testing and maintenance of semiconductor devices used in power switching can ensure optimal performance and prevent down-time throughout a device's lifecycle. The IST Model 8900 Discrete Semiconductor Test System allows you to effectively identify the percent of degradation in semiconductor devices by simulating the exact current and voltage of the parameters used by devices under real operating conditions.
The AVR-DV1-B is ideal for testing the dV/dt ratings of phototriacs. The amplitude can be adjusted up to +/- 1000V, and the 1%-63.2% switching time can be varied between 125 ns and 1.1 us. At a typical test voltage of 400V, dV/dt of 2 kV/us can be obtained.
yieldWerx offers product and test engineers a collection of reliable, easily manageable, and robust tools that help improve productivity, improve yield, and reduce defects in the assembly line. yieldWerx converts semiconductor test data files into comprehensive reports, which provides graphical and statistical representation of data and reduces defect analysis cycle time for test engineers.
Our electrical testing services range from testing analog components like Op-Amps, Voltage Regulators, Transceivers... to digital components like SRAMs, Microprocessors, ADCs, DACs and many more. Using Alogorithimic Test Vector(ATV) and the Parametric Test WorkStation (PWS) we can test even the most complex semiconductor components.