검색 결과 페이지입니다. . 추천 검색 결과 보기:

HIGHLIGHTS

  • 주파수 범위: DC ~ 4GHz
  • 비종단 단극 2쓰로우 스위치
  • 하드 핸드오프(break-before-make) 방식
  • 아이솔레이션: 110dB -2.25dB/GHz
  • 삽입 손실: < 0.2dB + 0.025dB/GHz
  • SMA (f) 커넥터
  • 4.5-32V dc 사이의 구동 전압을 포함하는 전압 옵션
  • 옵션 890은 테스트 결과의 인쇄물을 포함합니다.
8765A/B/C/D Microwave SPDT Coaxial Switches

Interested in a 8765A?

Featured Resources for 8765A Coaxial Switch, DC to 4 GHz, SPDT

Technical Overviews 2017.07.04

8765A/B/C/D Microwave SPDT Switches

8765A/B/C/D Microwave SPDT Switches

Primary operator's technical overview for the 8765 family of Microwave SPDT switches. Features description, applications and key product specifications. This technical overview is 8 pages in length.

2017.07.04

Technical Overviews 2014.07.30

RF and Microwave Switching Solutions

RF and Microwave Switching Solutions

This guide provides comprehensive information on Keysight’s RF/microwave switches and drivers. It includes important parameters and easy-to-use selection tables with detailed product specifications.

2014.07.30

Application Notes 2021.04.12

Power Handling Capability of Electromechanical Switches

Power Handling Capability of Electromechanical Switches

This paper discusses power handling of the hot switching and cold switching of EM switches, and how to avoid catastrophic failure of the switches. Learn more.

2021.04.12

Application Notes 2017.11.30

Custom Switch Matrices

Custom Switch Matrices

Information on the function of the switch matrix, electrical specifications, switch drives, switch matrix designs, mechanical specifications, the ordering process, and deliverables.

2017.11.30

어플리케이션 노트 2017.11.30

Coaxial Electromechanical Switches: How Operating Life and Repeatability

Coaxial Electromechanical Switches: How Operating Life and Repeatability

This application note discusses the operating life of EM switches, the jumper contact mechanism of conventional EM switches and Keysight's superior contact mechanism with wiping-action technology. Finally, the effect of repeatability on measurement uncertainty is discussed.

2017.11.30

모든 리소스 보기

모든 리소스 보기

Want help or have questions?

Contact Us