Failsafe, Normally Open (Non-Terminated), SP8T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-12GHz
Part No.s CCR-38S/CR-38S SP8T - Teledyne Relays
Normally open, SP8T Multi-Throw switch, 50Ω impedance
Available in Commercial models, with SMA connectors
DC-12GHz
- Coaxial Multi-Throw Switches
- Failsafe, Normally Open (Non-Terminated), SP8T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-12GHz
- Failsafe, Normally Open (Non-Terminated), SP4T or SP6T Multi-Throw Switch , 50Ω Impedance, 2.4mm Connectors, DC-52GHz
- Failsafe, Normally Open (Non-Terminated), SP3T, SP4T, or SP6T Multi-Throw Switch, 50Ω Impedance, 2.92mm Connectors, DC-40GHz
- Failsafe, Normally Open (Non-Terminated), SP8T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-18GHz
- Failsafe, Normally Open (Non-Terminated), SP10T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-18GHz
- Failsafe, Normally Open, SP12T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-18GHz
- Failsafe, Normally Open (Non-Terminated), SP3T, SP4T, or SP6T Multi-Throw Switch, 50Ω Impedance, SMA Connectors
- Failsafe, Normally Open (Non-Terminated), SP9T-SP10T Multi-Throw Switch, 50Ω Impedance, DC-10GHz
- Failsafe, Normally Open (Non-Terminated), SP3T, SP4T, SP6T, or SP8T Multi-Throw Switch
- Failsafe, Normally Open (Terminated), SP4T or SP6T Multi-Throw Switch, 50Ω Impedance, 2.4mm (U) Connectors, DC-52GHz
- Failsafe, Normally Open (Terminated), SP3T, SP4T, or SP6T Multi-Throw Switch, 50Ω Impedance, K Connectors, DC-40GHz
- Failsafe, Normally Open (Terminated), SP3T, SP4T, or SP6T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-26.5 GHz
- Failsafe, Normally Open (Terminated), SP8T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-18GHz
- Failsafe, Normally Open (Terminated), SP10T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-18GHz
- Failsafe, Normally Open (Terminated), SP12T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-18GHz
- Failsafe, Normally Open (Terminated), SP3T, SP4T, or SP6T Multi-Throw Switch, 50Ω Impedance, SMA Connectors
- Failsafe, Normally Open (Terminated), SP8T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-12GHz
- Failsafe, Normally Open (Terminated), SP10T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-12GHz
- Latching (Non-Terminated) SP4T or SP6T Multi-Throw Switch , 50Ω Impedance, 2.4mm Connectors, DC-52GHz
- Latching (Non-Terminated) SP3T, SP4T, or SP6T Multi-Throw Switch, 2.92mm Connectors, DC-40GHz
- Latching (Non-Terminated), SP3T, SP4T, or SP6T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-26.5GHz
- Latching (Non-Terminated), SP8T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-18GHz
- Latching (Non-Terminated) SP12T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-18GHz
- Latching (Non-Terminated), SP3T, SP4T, or SP6T Multi-Throw Switch, 50Ω Impedance, SMA Connectors
- Latching (Non-Terminated), SP8T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-12GHz
- Latching (Non-Terminated) Latching, SP10T Multi-Throw Switch, 50Ω Impedance
- Latching (Terminated) SP4T or SP6T Multi-Throw Switch, 50Ω Impedance, 2.4mm Connectors, DC-52GHz
- Latching (Terminated), SP3T, SP4T, or SP6T Multi-Throw Switch, 50Ω Impedance, 2.92mm Connectors, DC-40GHz
- Latching (Terminated) SP3T, SP4T, or SP6T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-26.5GHz
- Latching (Terminated) Latching, SP8T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-18GHz
- Latching (Terminated) SP12T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-18GHz
- Latching (Terminated) SP10T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-18GHz
- Latching (Terminated) SP3T, SP4T, or SP6T Multi-Throw Switch, 50Ω Impedance, SMA Connectors
- Latching (Terminated) SP8T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-12GHz
- Latching (Terminated) SP10T Multi-Throw Switch, 50Ω Impedance, SMA Connectors, DC-10GHz
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product
Coaxial Multi-Throw Switches
What is the difference between Failsafe and Latching?Failsafe switches are Normally Open; when a position is energized, the Open contacts will Close, until voltage is removed. It will then revert back to the Normally Open position. These are commonly used in applications where a default known state is required.Latching switches will remain in the last energized position until the next position is energized. It is commonly used in applications where power consumption is critical or limited.