Photodiode Test Systems

Our ATE Photodiode Test systems ensure your photodiodes meet demanding military and telecom reliability standards by testing your photodiode device in conditions such as: thermal shock (as low as -75° C), humidity ( 20% to 95% RH), or high temperatures ( up to 180° C) for burn-in and accelerated aging.

Burn-in, Humidity & Reliability Testing

Our Burn-in Test & Product Reliability System for photodiodes provide a cost effective and high-performance system for accelerated life testing, burn-in, and humidity testing.

system details

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Versatile Testing

Easily test various photodiode packages including TO or butterfly type.

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Humidity & Sub Zero Testing

Flexibility to test with various environmental chambers for HALT, humidity and sub-zero temperature testing.

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Software & Reporting

Easy to navigate dashboard and functional graphing & reporting with remote access.

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Measurement & Tests

The test system measures: Dark Current, I-V, Voc, Isc, Vmax, Imax, Imin. Reliability testing: FIT & MTTF.

Qualifying Photodiodes: From R&D to Production

Qualifying photodiodes for telecom, defense, robotics, or medical applications places two demands on your test process that rarely coexist on a typical lab bench: picoampere-range measurement accuracy and high throughput, hundreds of devices per shift. Moving from...

What is a Photodiode

The job of the photodiode to convert the light energy received from the laser diode into electrical energy. Photons absorbed by the photodiode excite electrons within the photodiode in a process called intrinsic absorption. When stimulated with an outside bias...