The 8765F is a coax switch from Agilent. Switches act as the interface between the equipment under test and the test instrument’s routing signals during an electronic test. Depending on their measurement needs, engineers use solid-state switches, mercury-wetted relays, armature relays, or reed relays.
Additional Features:
Unterminated
Break-before-make
Insertion loss: < 0.18 dB to 1 GHz, < 0.24 dB to 2 GHz, < 0.4 dB to 4 GHz
Isolation: > 100 dB to 1 GHz, > 90 to 4 GHz
Designed for ATE switching systems, the Agilent 8765F offers the performance being demanded by the cable television distribution equipment and communications equipment industries. It gives the ATE system designer for telecommunications and cable distribution equipment the tools to design high performance, reliable switching interfaces.
The Agilent 8765F is designed to work in virtually any system by virtue of the variety of voltage options covering 4.5V to 32V DC available for activating the switch solenoids. While the standard configuration for the switch comes with a DC ribbon cable connector, solder terminals are also available as option 100. Brings a new standard of performance to 75-ohm coaxial components.
The 8765F is a coax switch from Agilent. Switches act as the interface between the equipment under test and the test instrument’s routing signals during an electronic test. Depending on their measurement needs, engineers use solid-state switches, mercury-wetted relays, armature relays, or reed relays.
Additional Features:
- Unterminated
- Break-before-make
- Insertion loss: < 0.18 dB to 1 GHz, < 0.24 dB to 2 GHz, < 0.4 dB to 4 GHz
- Isolation: > 100 dB to 1 GHz, > 90 to 4 GHz
Designed for ATE switching systems, the Agilent 8765F offers the performance being demanded by the cable television distribution equipment and communications equipment industries. It gives the ATE system designer for telecommunications and cable distribution equipment the tools to design high performance, reliable switching interfaces.
The Agilent 8765F is designed to work in virtually any system by virtue of the variety of voltage options covering 4.5V to 32V DC available for activating the switch solenoids. While the standard configuration for the switch comes with a DC ribbon cable connector, solder terminals are also available as option 100. Brings a new standard of performance to 75-ohm coaxial components.
