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VAS061806S22 - Miniature Variable Attenuator

Download the VAS061806S22 datasheet PDF. This datasheet also covers the VAS061806 variant, as both devices belong to the same miniature variable attenuator family and are provided as variant models within a single manufacturer datasheet.

Description

VAS Type Attenuation Range Step Value Connector Type

Max.

Attenuation Range: Maximum attenuation.

Connector Type: S and N available.

Features

  • n Using advanced microstrip technology, ultra-small size n Attenuation values are adjustable in a power-on state, no sudden big reflection. It adopts an innovative technology, and thus it eliminates sudden big reflection in attenuators when attenuation is being adjusted, preventing the preliminary RF circuit from being burnt, and keeping the system stable n Step values: 6dB,12dB n 4 attenuation values n High attenuation accuracy, low insertion loss n High adjustment accuracy n Low cost.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (VAS061806-Yantel.pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number VAS061806S22
Manufacturer Yantel
File Size 246.64 KB
Description Miniature Variable Attenuator
Datasheet download datasheet VAS061806S22 Datasheet

Full PDF Text Transcription

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Manual Step Attenuator u DC to 6GHz u 0 to 18dB in 6dB Step u 2 Watt u Choice of SMA or N Type Connectors VAS061806*** Miniature Variable Attenuator International invention patent Features n Using advanced microstrip technology, ultra-small size n Attenuation values are adjustable in a power-on state, no sudden big reflection. It adopts an innovative technology, and thus it eliminates sudden big reflection in attenuators when attenuation is being adjusted, preventing the preliminary RF circuit from being burnt, and keeping the system stable n Step values: 6dB,12dB n 4 attenuation values n High attenuation accuracy, low insertion loss n High adjustment accuracy n Low cost – High Performance n Adjusting the transmitting (receiving) distance of RF signal precisely.
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