![SHF Communication Technologies Introduces Compact Pick-Off Tee that Operates up to 110 GHz](https://cdn.everythingrf.com/website/global/gray-svg-image.svg)
SHF Communication Technologies AG introduces the latest addition to the suite of high-frequency passive components - the SHF POT110 A, a state-of-the-art Pick-off Tee that operates seamlessly across a frequency range from DC to 110 GHz. It has been designed to deliver exceptional performance in a compact form.
A Pick-Off Tee is an essential tool for signal monitoring in high-frequency applications. It enables the extraction of a small portion of the signal from the main transmission line, diverting it to the pick-off port for monitoring purposes, all without significantly affecting the integrity of the original signal. Learn more.
Key Features:
- Impedance Matching: Ensures minimal signal reflection and maximum transfer efficiency.
- Frequency Range: Capable of handling signals from DC to 110 GHz.
- Coupling Values: Available in two variants—12 dB and 20 dB. The 12 dB version captures approximately 6% of the signal power, while the 20 dB version captures about 1%.
- Bi-Directional Capability: Suitable for both signal extraction and injection, offering versatile application options.
- Customizable Connectors: Choose from fully customizable 1.0 mm connector configurations or between series configurations (1.0 mm ↔ 1.85 mm), eliminating the need for additional adapters in your setup.
S-Parameter Performance
The SHF POT110 A is engineered to meet the highest standards of performance. Detailed S-parameter data for the 12 dB model demonstrates its superior impedance matching and signal integrity, ensuring reliable performance across its entire operating range.
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SHF Communication Technologies AG is a leading innovator in the field of high-frequency technology. Based in Berlin, Germany, we specialize in the design and manufacture of cutting-edge RF and microwave components that meet the demanding needs of modern communication systems.
Click here to learn more about SHF's POT110 A.