Type C Transfer Coaxial Switch
Source: RLC Electronics, Inc.
This RLC Electronics' Type C mid-size Transfer Switch line
provides extremely high reliability, long life and outstanding
electrical performance, features extremely low insertion loss
and VSWR over the entire DC-18 GHz range, with option to
40 GHz, while maintaining high isolation.
Click Here To Download:
Datasheet: Type C Transfer Coaxial Switch
This RLC Electronics' Type C mid-size Transfer Switch line provides extremely high reliability, long life and outstanding electrical performance, features extremely low insertion loss and VSWR over the entire DC-18 GHz range, with option to 40 GHz, while maintaining high isolation.(Failsafe): 12Vdc at 500 ma nom.
28Vdc at 200 ma nom. 115 Vac at 40 ma nom.
(Latching): 12 Vdc at 500 ma nom.
28 Vdc at 300 ma nom. 115 Vac at 225 ma nom. Current
applied Cutthroat circuitry(standard), recovery time 100ms nom.
Connectors, RF: SMA, TNC, BNC (40 GHz 2.92 mm)
Connectors, Power: Feed through solder lugs.
Life: 1,000,000 operations.
Switching Time: 20 mS Max.
Weight: 6oz.
Environmental Conditions: MIL-S-3928
Operating Mode: Manual, failsafe or latching.
Switching Sequence: Break before make. Click Here To Download:
Datasheet: Type C Transfer Coaxial Switch
Datasheet: Type C Transfer Coaxial Switch
This RLC Electronics' Type C mid-size Transfer Switch line provides extremely high reliability, long life and outstanding electrical performance, features extremely low insertion loss and VSWR over the entire DC-18 GHz range, with option to 40 GHz, while maintaining high isolation.
Impedance: 50 Ohms
Operating Power 25°C:
Connectors, RF: SMA, TNC, BNC (40 GHz 2.92 mm)
Connectors, Power: Feed through solder lugs.
Life: 1,000,000 operations.
Switching Time: 20 mS Max.
Weight: 6oz.
Environmental Conditions: MIL-S-3928
Operating Mode: Manual, failsafe or latching.
Switching Sequence: Break before make. Click Here To Download:
Datasheet: Type C Transfer Coaxial Switch
This website uses cookies to ensure you get the best experience on our website. Learn more