The D3C4312Y-77K RF circulator operates across the 4.30–12.30 GHz frequency range. It provides 16 dB minimum isolation, 0.6 dB maximum insertion loss, and 16 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing in cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt.The circulator is optimized for operation below 77 K and has a maximum weight of 2.0 oz, supporting stable RF performance in cryogenic systems.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female = D3C4312Y-77K-1.

The D3C4312YMG-77K RF circulator operates across the 4.30–12.30 GHz frequency range. It provides 16 dB minimum isolation, 0.6 dB maximum insertion loss, and 16 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing in cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt. The design includes magnetic shielding to reduce magnetic interference in sensitive cryogenic systems.The circulator is optimized for operation below 77 K and has a maximum weight of 2.0 oz, supporting stable RF performance in cryogenic environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 /...

The D3C4450 RF circulator operates across the 4.40–5.00 GHz frequency range. It provides 23 dB minimum isolation, 0.3 dB maximum insertion loss, and 1.15:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 25 W average power RF circulator supports up to 35 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing and protection. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt.The circulator operates within -30°C to +65°C and has a maximum weight of 2.0 oz, supporting reliable operation in demanding RF environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female = D3C4450-1.

The D3C4610Y-77K RF circulator operates across the 4.60–10.40 GHz frequency range. It provides 20 dB minimum isolation, 0.4 dB maximum insertion loss, and 18 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing in cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt.The circulator is optimized for operation below 77 K and has a maximum weight of 2.0 oz, supporting stable RF performance in cryogenic systems.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female = D3C4610Y-77K-1.

The D3C4610YMG-77K RF circulator operates across the 4.60–10.40 GHz frequency range. It provides 20 dB minimum isolation, 0.4 dB maximum insertion loss, and 18 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing in cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt. The design includes magnetic shielding to minimize magnetic interference in sensitive cryogenic systems.The circulator is optimized for operation below 77 K and has a maximum weight of 2.0 oz, supporting stable RF performance in cryogenic environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 /...

The D3C4910Y-4K RF circulator operates across the 4.90–10.30 GHz frequency range. It provides 20 dB minimum isolation, 0.6 dB maximum insertion loss, and 20 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing in ultra-low temperature cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt.The circulator is optimized for operation below 4 K and has a maximum weight of 2.0 oz, supporting stable RF performance in cryogenic systems.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female...

The D3C4910YMG-4K RF circulator operates across the 4.90–10.30 GHz frequency range. It provides 20 dB minimum isolation, 0.6 dB maximum insertion loss, and 20 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing in ultra-low temperature cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt. The design includes magnetic shielding to reduce magnetic interference in sensitive cryogenic systems.The circulator is optimized for operation below 4 K and has a maximum weight of 2.0 oz, supporting stable RF performance in cryogenic environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port...

The D3C5015 RF circulator operates across the 5.00–15.00 GHz frequency range. It provides 14 dB minimum isolation, 1.0 dB maximum insertion loss, and 1.5:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing and protection. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt.The circulator operates within -30°C to +65°C and has a maximum weight of 1.0 oz, supporting reliable operation in demanding RF environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female = D3C5015-1.

The D3C5080Y-4K RF circulator operates across the 5.40–8.50 GHz frequency range. It provides 16 dB minimum isolation, 1.0 dB maximum insertion loss, and 12 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing in ultra-low temperature cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt.The circulator is optimized for operation below 4 K and has a maximum weight of 1.0 oz, supporting stable RF performance in cryogenic systems.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female...

The D3C5080Y-77K RF circulator operates across the 5.35–8.50 GHz frequency range. It provides 16 dB minimum isolation, 0.6 dB maximum insertion loss, and 12 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing in cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt.The circulator is optimized for operation below 77 K and has a maximum weight of 1.0 oz, supporting stable RF performance in cryogenic systems.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female = D3C5080Y-77K-1.

The D3C5095Y-4K RF circulator operates across the 5.10–9.50 GHz frequency range. It provides 24 dB minimum isolation, 0.5 dB maximum insertion loss, and 22 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing in ultra-low temperature cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt.The circulator is optimized for operation below 4 K and has a maximum weight of 2.0 oz, supporting stable RF performance in cryogenic systems.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female...

The D3C5095YMG-4K RF circulator operates across the 5.10–9.50 GHz frequency range. It provides 24 dB minimum isolation, 0.2 dB maximum insertion loss, and 22 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing in ultra-low temperature cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt. The design includes magnetic shielding to minimize magnetic interference in sensitive cryogenic applications.The circulator is optimized for operation below 4 K and has a maximum weight of 2.0 oz, supporting stable RF performance in cryogenic systems.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port...

The D3C5459 RF circulator operates across the 5.40–5.90 GHz frequency range. It provides 23 dB minimum isolation, 0.3 dB maximum insertion loss, and 1.15:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing and protection. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt.The circulator operates within -30°C to +65°C and has a maximum weight of 1.0 oz, supporting reliable operation in demanding RF environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female = D3C5459-1.

The D3C5764Y-77K RF circulator operates across the 5.70–6.40 GHz frequency range. It provides 24 dB minimum isolation, 0.3 dB maximum insertion loss, and 24 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing in cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt.The circulator is optimized for operation below 77 K and has a maximum weight of 2.0 oz, supporting stable RF performance in cryogenic systems.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female = D3C5764Y-77K-1.

The D3C5764YMG-77K RF circulator operates across the 5.70–6.40 GHz frequency range. It provides 24 dB minimum isolation, 0.3 dB maximum insertion loss, and 24 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing in cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt. The design includes magnetic shielding to reduce magnetic interference in sensitive cryogenic systems.The circulator is optimized for operation below 77 K and has a maximum weight of 2.0 oz, supporting stable RF performance in cryogenic environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 /...

The D3C5771 RF circulator operates across the 5.70–7.10 GHz frequency range. It provides 18 dB minimum isolation, 0.5 dB maximum insertion loss, and 1.3:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing and protection. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt.The circulator operates within -30°C to +65°C and has a maximum weight of 1.0 oz, supporting reliable operation in demanding RF environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female = D3C5771-1.

The D3C5814 RF circulator operates across multiple frequency ranges including 5.80–6.85 GHz, 7.90–8.40 GHz, and 13.75–14.50 GHz. It provides 15 dB minimum isolation, 0.8 dB maximum insertion loss, and 1.3:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency bands.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing across multiple operating bands. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt.The circulator operates within -30°C to +65°C and has a maximum weight of 1.0 oz, supporting reliable performance in RF and microwave environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example:...

The D3C5883Y-77K RF circulator operates across the 5.75–8.30 GHz frequency range. It provides 20 dB minimum isolation, 0.3 dB maximum insertion loss, and 15 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing in cryogenic environments. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, and nickel plated CRS magnetic shunt.The circulator is optimized for operation below 77 K and has a maximum weight of 1.0 oz, supporting stable RF performance in cryogenic systems.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female = D3C5883Y-77K-1.

The D3C5964 RF circulator operates across the 5.90–6.40 GHz frequency range. It provides 23 dB minimum isolation, 0.3 dB maximum insertion loss, and 1.15:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 50 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing and protection. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt.The circulator operates within -30°C to +65°C and has a maximum weight of 1.0 oz, supporting reliable operation in RF and microwave environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female = D3C5964-1.

The D3C6012 RF circulator operates across the 6.00–12.40 GHz frequency range. It provides 17 dB minimum isolation, 0.6 dB maximum insertion loss, and 1.35:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 20 W average power RF circulator supports up to 30 W peak forward power, making it suitable for RF and microwave systems requiring efficient signal routing and protection. The unit features an SMA connector interface with a passivated stainless steel connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt.The circulator operates within -10°C to +60°C and has a maximum weight of 1.0 oz, supporting reliable operation in RF and microwave environments.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 / Port 2 / Port 3. Example: Male / Female / Female = D3C6012-1.