Description
TC-5915APU Pneumatic Shield Box Key Benefits
- Reliable High RF Shielding for testing products up to 12 GHz with “U” Version
- Pneumatic control of lid open-close and optional test fixture motion
- Easily customizable to meet various testing needs
- Red and Green LED’s for Pass/Fail indication
- EMI filters on all data ports and power line
- Remote operation by RS-232C
The upgraded TESCOM TC-5915APU Pneumatic Shield Box, an evolution of the well-loved TC-5915AP model. The latest “U” version takes RF shielding capabilities to new heights, now reaching up to 12GHz. While retaining the essential features that the testing industry values in the TC5915AP Shield Box, this new iteration excels in shielding performance, catering to the increasing demands of high-frequency testing in wireless technology.
Designed specifically with OTA (Over-the-Air) testing in mind, this Faraday cage boasts interior walls lined with highly absorbent RF Absorber, reinforced with a layer of ferrite absorber. This meticulous design significantly reduces reflections, ensuring an optimal environment for conducting OTA tests. To fashion the ultimate OTA testing solution for your handheld Device-Under-Test (DUT), simply enhance it with one of our grid fixtures and antenna couplers within the TC-5915APU Pneumatic RF Shield Box.
Alternatively, if you prefer a custom test fixture tailored specifically for your DUT, don’t hesitate to inquire about our custom design services.
But what exactly does OTA testing entail, and how is it performed? To execute an OTA test, you must precisely position the DUT inside a dedicated test chamber, such as our TC5915AU RF Shield Box. This chamber plays a vital role in isolating the DUT from external interference.
Several factors can impact the reliability and performance of OTA testing, including reflections leading to multipath conditions and interference from the surrounding environment. To combat these challenges, we’ve incorporated RF absorber into the interior walls of the shield box. This RF absorber plays a pivotal role in minimizing reflections, working in harmony with the shield box to create an impeccable testing environment for your DUT.
