The D3C0102N RF circulator operates across the 1.00–2.00 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 50 W average power RF circulator supports up to 75 W peak forward power, making it suitable for RF and microwave systems requiring reliable signal routing and protection. The unit features a Type-N connector interface with a nickel plated brass connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt for durable mechanical construction and stable RF performance. The circulator operates within a temperature range of +10°C to +55°C and has a maximum weight of 15 oz, supporting dependable operation in controlled RF environments. This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 /...

The D3C0102S RF circulator operates across the 1.00–2.00 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 50 W average power RF circulator supports up to 75 W peak forward power, making it suitable for RF and microwave systems requiring reliable signal routing and protection. The unit features an SMA connector interface with a nickel plated brass connector body, gold plated copper connector pin, brass load body, and nickel plated CRS magnetic shunt for durable mechanical construction and stable RF performance. The circulator operates within a temperature range of +10°C to +55°C and has a maximum weight of 15 oz, supporting dependable operation in controlled RF environments. This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port 1 /...

The D3C0112 RF circulator operates across the 1.20–1.40 GHz frequency range. It provides 20 dB minimum isolation, 0.4 dB maximum insertion loss, and 1.25:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band. This 200 W average power RF circulator supports up to 500 W peak forward power, making it suitable for high-power 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 for robust mechanical durability and stable RF performance. The circulator operates within a temperature range of -20°C to +65°C and has a maximum weight of 3 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...

The D3C0116 RF circulator operates across the 1.40–1.60 GHz frequency range. It provides 20 dB minimum isolation, 0.4 dB maximum insertion loss, and 1.25:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 200 W average power RF circulator supports up to 2000 W peak forward power, making it suitable for high-power 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 for durable mechanical construction and stable RF performance.The circulator operates within a temperature range of -20°C to +65°C and has a maximum weight of 3 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...

The D3C0118 RF circulator operates across the 1.60–1.80 GHz frequency range. It provides 20 dB minimum isolation, 0.4 dB maximum insertion loss, and 1.25:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 150 W average power RF circulator supports up to 750 W peak forward power, making it suitable for RF and microwave systems requiring reliable 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 for durable mechanical construction and stable RF performance.The circulator operates within a temperature range of -20°C to +65°C and has a maximum weight of 2 oz, supporting dependable 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 /...

The D3C0120 RF circulator operates across the 1.70–2.00 GHz frequency range. It provides 20 dB minimum isolation, 0.4 dB maximum insertion loss, and 1.25:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 150 W average power RF circulator supports up to 750 W peak forward power, making it suitable for RF and microwave systems requiring reliable 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 for durable mechanical construction and stable RF performance.The circulator operates within a temperature range of -20°C to +65°C and has a maximum weight of 2 oz, supporting dependable 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 /...

The D3C0223 RF circulator operates across the 2.00–2.30 GHz frequency range. It provides 20 dB minimum isolation, 0.4 dB maximum insertion loss, and 1.25:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 150 W average power RF circulator supports up to 750 W peak forward power, making it suitable for RF and microwave systems requiring reliable 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 for durable mechanical construction and stable RF performance.The circulator operates within a temperature range of -20°C to +65°C and has a maximum weight of 2 oz, supporting dependable 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 /...

The D3C0227Y-77K RF circulator operates across the 2.00–2.70 GHz frequency range. It provides 13 dB minimum isolation, 0.5 dB maximum insertion loss, and 12 dB minimum return loss to maintain controlled RF signal transmission within the specified frequency band.This 150 W average power RF circulator supports up to 350 W peak forward power and is optimized for operation at cryogenic temperatures below 77K, making it suitable for specialized RF systems operating 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 for reliable mechanical performance and stable RF characteristics.The circulator is optimized for operation at temperatures below 77K and has a maximum weight of 3 oz, supporting stable performance in specialized RF applications.This model is available in multiple connector configurations. Select the appropriate option based on the required connector gender for Port...

The D3C0405 RF circulator operates across the 0.40–0.50 GHz frequency range. It provides 16 dB minimum isolation, 0.6 dB maximum insertion loss, and 1.4:1 minimum VSWR to maintain controlled RF signal transmission within the specified frequency band.This 300 W average power RF circulator supports up to 750 W peak forward power, making it suitable for high-power RF and microwave systems requiring reliable 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 for durable mechanical construction and stable RF performance.The circulator operates within a temperature range of -20°C to +65°C and has a maximum weight of 10 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...

The D3C0501 RF circulator operates across the 0.50–1.00 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 40 W average power RF circulator supports up to 50 W peak forward power, making it suitable for RF and microwave systems requiring reliable 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 for durable mechanical construction and stable RF performance.The circulator has a maximum weight of 50 oz, supporting robust mechanical construction for RF system integration.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 =...

This D3I0102N RF isolator operates across the 1.00–2.00 GHz frequency range and is designed to protect sensitive RF components by absorbing reflected power. It provides a minimum isolation of 18 dB, maximum insertion loss of 0.5 dB, and supports forward power levels up to 50 W average and 75 W peak, making it suitable for broadband microwave applications. This model is available in multiple connector configurations. Select your preferred option based on the required gender for Port 1 / 2. Example: Male / Female = D3I0102N-1

This D3I0102S RF isolator operates across the 1.00–2.00 GHz frequency range and is designed to protect RF systems by absorbing reflected power and minimizing signal interference. It offers a minimum isolation of 18 dB, maximum insertion loss of 0.5 dB, and supports forward power handling up to 50 W average and 75 W peak for reliable performance in broadband applications. This model is available in multiple connector configurations. Select your preferred option based on the required gender for Port 1 / 2. Example: Male / Female = D3I0102S-1

This D3I0112 RF isolator operates over the 1.20–1.40 GHz frequency range and is designed to protect RF systems by absorbing reflected power and preventing signal instability. It provides a minimum isolation of 20 dB, low insertion loss of 0.4 dB maximum, and supports up to 200 W average and 500 W peak forward power for high-reliability RF applications. This model is available in multiple connector configurations. Select your preferred option based on the required gender for Port 1 / 2. Example: Male / Female = D3I0112-1

This D3I0116 RF isolator operates across the 1.40–1.60 GHz frequency range and is designed to protect RF systems by absorbing reflected power and maintaining signal stability. It offers a minimum isolation of 20 dB, low insertion loss of 0.4 dB maximum, and supports up to 200 W average and 500 W peak forward power for demanding RF applications. This model is available in multiple connector configurations. Select your preferred option based on the required gender for Port 1 / 2. Example: Male / Female = D3I0116-1

This D3I0118 RF isolator operates over the 1.60–1.80 GHz frequency range and is designed to protect RF systems by absorbing reflected power and preventing signal degradation. It provides a minimum isolation of 20 dB, low insertion loss of 0.4 dB maximum, and supports forward power levels up to 150 W average and 350 W peak for reliable performance in RF and microwave applications. This model is available in multiple connector configurations. Select your preferred option based on the required gender for Port 1 / 2. Example: Male / Female = D3I0118-1

This D3I0120 RF isolator operates across the 1.70–2.00 GHz frequency range and is designed to protect RF systems by absorbing reflected power and maintaining signal integrity. It delivers a minimum isolation of 20 dB, low insertion loss of 0.4 dB maximum, and supports forward power handling up to 150 W average and 350 W peak for reliable RF and microwave operation. This model is available in multiple connector configurations. Select your preferred option based on the required gender for Port 1 / 2. Example: Male / Female = D3I0120-1

This D3I0223 RF isolator operates over the 2.00–2.30 GHz frequency range and is designed to protect RF systems by absorbing reflected power and maintaining stable signal performance. It provides a minimum isolation of 20 dB, low insertion loss of 0.4 dB maximum, and supports forward power handling up to 150 W average and 350 W peak for reliable RF and microwave applications. This model is available in multiple connector configurations. Select your preferred option based on the required gender for Port 1 / 2. Example: Male / Female = D3I0223-1

This D3I0227Y-77K RF isolator operates across the 2.00–2.70 GHz frequency range and is optimized for cryogenic environments below 77 K. It provides a minimum isolation of 13 dB, maximum insertion loss of 0.5 dB, and minimum return loss of 12 dB, making it suitable for low-noise and temperature-sensitive RF systems. This model is available in multiple connector configurations. Select your preferred option based on the required gender for Port 1 / 2. Example: Male / Female = D3I0227Y-77K-1

This D3I0405 RF isolator operates across the 0.40–0.50 GHz frequency range and is designed to protect RF systems by absorbing reflected power and maintaining stable signal performance. It provides a minimum isolation of 16 dB, maximum insertion loss of 0.6 dB, and supports forward power handling up to 300 W average and 750 W peak for demanding RF applications. This model is available in multiple connector configurations. Select your preferred option based on the required gender for Port 1 / 2. Example: Male / Female = D3I0405-1

This D3I0501 RF isolator operates over the 0.50–1.00 GHz frequency range and is designed to protect RF systems by absorbing reflected power and reducing signal instability. It provides a minimum isolation of 14 dB, maximum insertion loss of 1.0 dB, and supports forward power handling up to 40 W average and 50 W peak for low-to-mid power RF applications. This model is available in multiple connector configurations. Select your preferred option based on the required gender for Port 1 / 2. Example: Male / Female = D3I0501-1