KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in antennas, controlling remote DC signals and testing of many RF applications. The unique rugged stripline design provides high current handling with high power at frequency and excellent isolation.

KRYTAR’s Bias Tee Model KBT005040 offers superior performance ratings including: Operating Frequency range from 0.5 to 4.0 GHz (UHF thru S-Bands); VSWR: 1.5 Max., Insertion Loss <2.7 dB, Min., Isolation of 13 dB, Min., Power Rating is 20 Watts, DC Voltage is 50 Max., and DC Current is 1.3 Amps Max. Standard connectors are SMA Female and Operating temperature is -54° to 85° C.

Properties that are important to a Bias Tee are RF bandwidth, insertion loss and mismatch at the two RF ports, the maximum DC current, and video bandwidth of the DC port. Connectorized Bias Tees are used in a variety of applications, but are generally used in the transmission line to send the DC and radio signals over the same coaxial cable that is being used to transmit RF signals. One of the prime applications of a RF and Microwave bias tee is to inject DC currents or voltages into RF and microwave circuits without affecting the RF signal passing through the main transmission line. This can be done in the lab for system-level testing. Bias Tees are also used to provide DC power, to power amplifiers mounted on the top a communications tower in close proximity to the antenna. A bias tee can also be used to combine the DC power with a AC/RF signal to provide power to other devices, connected to an antenna.

The critical key parameters for the selection of a bias tee are current and voltage requirements, size, cost and a reputable manufacturer in the RF/Microwave community. KRYTAR offers complete engineering services for custom designs that meet or exceed critical performance and/or packaging specifications.

KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in antennas, controlling remote DC signals and testing of many RF applications. The unique rugged stripline design provides high current handling with high power at frequency and excellent isolation.

KRYTAR’s Bias Tee Model KBT005070 offers superior performance ratings including: Operating Frequency range from 0.5 to 7.0 GHz (UHF thru C-Bands); VSWR: 1.5 Max., Insertion Loss <2.7 dB, Min., Isolation of 14 dB, Min., Power Rating is 20 Watts, DC Voltage is 50 Max., and DC Current is 1.7 Amps, Max. Standard connectors are SMA Female and Operating temperature is -54° to 85° C.

Properties that are important to a Bias Tee are RF bandwidth, insertion loss and mismatch at the two RF ports, the maximum DC current, and video bandwidth of the DC port. Connectorized Bias Tees are used in a variety of applications, but are generally used in the transmission line to send the DC and radio signals over the same coaxial cable that is being used to transmit RF signals. One of the prime applications of a RF and Microwave bias tee is to inject DC currents or voltages into RF and microwave circuits without affecting the RF signal passing through the main transmission line. This can be done in the lab for system-level testing. Bias Tees are also used to provide DC power, to power amplifiers mounted on the top a communications tower in close proximity to the antenna. A bias tee can also be used to combine the DC power with a AC/RF signal to provide power to other devices, connected to an antenna.

The critical key parameters for the selection of a bias tee are current and voltage requirements, size, cost and a reputable manufacturer in the RF/Microwave community. KRYTAR offers complete engineering services for custom designs that meet or exceed critical performance and/or packaging specifications.

KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in antennas, controlling remote DC signals and testing of many RF applications. The unique rugged stripline design provides high current handling with high power at frequency and excellent isolation.

KRYTAR’s Bias Tee Model KBT010040 offers superior performance ratings including: Operating Frequency range from 1.0 to 4.0 GHz (L thru S-Bands); VSWR: 1.6 Max., Insertion Loss <1.7 dB, Min., Isolation of 14 dB, Min., Power Rating is 50 Watts, DC Voltage is 50 Max., and DC Current is 1.2 Amps Max. Standard connectors are SMA Female and Operating temperature is -54° to 85° C.

Properties that are important to a Bias Tee are RF bandwidth, insertion loss and mismatch at the two RF ports, the maximum DC current, and video bandwidth of the DC port. Connectorized Bias Tees are used in a variety of applications, but are generally used in the transmission line to send the DC and radio signals over the same coaxial cable that is being used to transmit RF signals. One of the prime applications of a RF and Microwave bias tee is to inject DC currents or voltages into RF and microwave circuits without affecting the RF signal passing through the main transmission line. This can be done in the lab for system-level testing. Bias Tees are also used to provide DC power, to power amplifiers mounted on the top a communications tower in close proximity to the antenna. A bias tee can also be used to combine the DC power with a AC/RF signal to provide power to other devices, connected to an antenna.

The critical key parameters for the selection of a bias tee are current and voltage requirements, size, cost and a reputable manufacturer in the RF/Microwave community. KRYTAR offers complete engineering services for custom designs that meet or exceed critical performance and/or packaging specifications.

KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in antennas, controlling remote DC signals and testing of many RF applications. The unique rugged stripline design provides high current handling with high power at frequency and excellent isolation.

KRYTAR’s Bias Tee Model KBT010124 offers superior performance ratings including: Operating Frequency range from 1.0 to 12.4 GHz (L thru DBS-Bands); VSWR: 1.55, Insertion Loss <3.0 dB, Min., Isolation of 18 dB, Min., Power Rating is 20 Watts, DC Voltage is 50 Max., and DC Current is 1.5 Amps Max. Standard connectors are SMA Female (optional N-Type) and Operating temperature is -54° to 85° C.

Properties that are important to a Bias Tee are RF bandwidth, insertion loss and mismatch at the two RF ports, the maximum DC current, and video bandwidth of the DC port. Connectorized Bias Tees are used in a variety of applications, but are generally used in the transmission line to send the DC and radio signals over the same coaxial cable that is being used to transmit RF signals. One of the prime applications of a RF and Microwave bias tee is to inject DC currents or voltages into RF and microwave circuits without affecting the RF signal passing through the main transmission line. This can be done in the lab for system-level testing. Bias Tees are also used to provide DC power, to power amplifiers mounted on the top a communications tower in close proximity to the antenna. A bias tee can also be used to combine the DC power with a AC/RF signal to provide power to other devices, connected to an antenna.

The critical key parameters for the selection of a bias tee are current and voltage requirements, size, cost and a reputable manufacturer in the RF/Microwave community. KRYTAR offers complete engineering services for custom designs that meet or exceed critical performance and/or packaging specifications.

KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in antennas, controlling remote DC signals and testing of many RF applications. The unique rugged stripline design provides high current handling with high power at frequency and excellent isolation.

KRYTAR’s Bias Tee Model KBT010180 offers superior performance ratings including: Operating Frequency range from 1.0 to 18.0 GHz (L thru Ku-Bands); VSWR: 1.65, Insertion Loss <3.9 dB, Min., Isolation of 11 dB, Min., Power Rating is 20 Watts, DC Voltage is 50 Max., and DC Current is 1.5 Amps Max. Standard connectors are SMA Female (optional Type-N) and Operating temperature is -54° to 85° C.

Properties that are important to a Bias Tee are RF bandwidth, insertion loss and mismatch at the two RF ports, the maximum DC current, and video bandwidth of the DC port. Connectorized Bias Tees are used in a variety of applications, but are generally used in the transmission line to send the DC and radio signals over the same coaxial cable that is being used to transmit RF signals. One of the prime applications of a RF and Microwave bias tee is to inject DC currents or voltages into RF and microwave circuits without affecting the RF signal passing through the main transmission line. This can be done in the lab for system-level testing. Bias Tees are also used to provide DC power, to power amplifiers mounted on the top a communications tower in close proximity to the antenna. A bias tee can also be used to combine the DC power with a AC/RF signal to provide power to other devices, connected to an antenna.

The critical key parameters for the selection of a bias tee are current and voltage requirements, size, cost and a reputable manufacturer in the RF/Microwave community. KRYTAR offers complete engineering services for custom designs that meet or exceed critical performance and/or packaging specifications.

KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in antennas, controlling remote DC signals and testing of many RF applications. The unique rugged stripline design provides high current handling with high power at frequency and excellent isolation.

KRYTAR’s Bias Tee Model KBT014265 offers superior performance ratings including: Operating Frequency range from 1.4 to 26.5 GHz (L thru K-Bands); VSWR: 1.8, Insertion Loss <6.0 dB, Min., Isolation of 10 dB, Min., Power Rating is 20 Watts, DC Voltage is 50 Max., and DC Current is 1.5 Amps Max. Standard connectors are SMA Female and Operating temperature is -54° to 85° C.

Properties that are important to a Bias Tee are RF bandwidth, insertion loss and mismatch at the two RF ports, the maximum DC current, and video bandwidth of the DC port. Connectorized Bias Tees are used in a variety of applications, but are generally used in the transmission line to send the DC and radio signals over the same coaxial cable that is being used to transmit RF signals. One of the prime applications of a RF and Microwave bias tee is to inject DC currents or voltages into RF and microwave circuits without affecting the RF signal passing through the main transmission line. This can be done in the lab for system-level testing. Bias Tees are also used to provide DC power, to power amplifiers mounted on the top a communications tower in close proximity to the antenna. A bias tee can also be used to combine the DC power with a AC/RF signal to provide power to other devices, connected to an antenna.

The critical key parameters for the selection of a bias tee are current and voltage requirements, size, cost and a reputable manufacturer in the RF/Microwave community. KRYTAR offers complete engineering services for custom designs that meet or exceed critical performance and/or packaging specifications.

KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in antennas, controlling remote DC signals and testing of many RF applications. The unique rugged stripline design provides high current handling with high power at frequency and excellent isolation.

KRYTAR’s Bias Tee Model KBT014320 offers superior performance ratings including: Operating Frequency range from 1.4 to 32.0 GHz (L thru Ka-Bands); VSWR: 1.9, Insertion Loss <6.0 dB, Min., Isolation of 11 dB, Min., Power Rating is 20 Watts, DC Voltage is 50 Max., and DC Current is 1.5 Amps Max. Standard connectors are SMA Female and Operating temperature is -54° to 85° C.

Properties that are important to a Bias Tee are RF bandwidth, insertion loss and mismatch at the two RF ports, the maximum DC current, and video bandwidth of the DC port. Connectorized Bias Tees are used in a variety of applications, but are generally used in the transmission line to send the DC and radio signals over the same coaxial cable that is being used to transmit RF signals. One of the prime applications of a RF and Microwave bias tee is to inject DC currents or voltages into RF and microwave circuits without affecting the RF signal passing through the main transmission line. This can be done in the lab for system-level testing. Bias Tees are also used to provide DC power, to power amplifiers mounted on the top a communications tower in close proximity to the antenna. A bias tee can also be used to combine the DC power with a AC/RF signal to provide power to other devices, connected to an antenna.

The critical key parameters for the selection of a bias tee are current and voltage requirements, size, cost and a reputable manufacturer in the RF/Microwave community. KRYTAR offers complete engineering services for custom designs that meet or exceed critical performance and/or packaging specifications.

KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in antennas, controlling remote DC signals and testing of many RF applications. The unique rugged stripline design provides high current handling with high power at frequency and excellent isolation.

KRYTAR’s Bias Tee Model KBT020080 offers superior performance ratings including: Operating Frequency range from 2.0 to 8.0 GHz (S thru C-Bands); VSWR: 1.5, Insertion Loss <1.4 dB, Min., Isolation of 16 dB, Min., Power Rating is 20 Watts, DC Voltage is 35 Max., and DC Current is 2.0 Amps Max. Standard connectors are SMA Female and Operating temperature is -54° to 85° C.

Properties that are important to a Bias Tee are RF bandwidth, insertion loss and mismatch at the two RF ports, the maximum DC current, and video bandwidth of the DC port. Connectorized Bias Tees are used in a variety of applications, but are generally used in the transmission line to send the DC and radio signals over the same coaxial cable that is being used to transmit RF signals. One of the prime applications of a RF and Microwave bias tee is to inject DC currents or voltages into RF and microwave circuits without affecting the RF signal passing through the main transmission line. This can be done in the lab for system-level testing. Bias Tees are also used to provide DC power to power amplifiers mounted on the top a communications tower in close proximity to the antenna. A bias tee can also be used to combine the DC power with a AC/RF signal to provide power to other devices, connected to an antenna.

The critical key parameters for the selection of a bias tee are current and voltage requirements, size, cost and a reputable manufacturer in the RF/Microwave community. KRYTAR offers complete engineering services for custom designs that meet or exceed critical performance and/or packaging specifications.

KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in antennas, controlling remote DC signals and testing of many RF applications. The unique rugged stripline design provides high current handling with high power at frequency and excellent isolation.

KRYTAR’s Bias Tee Model KBT020180 offers superior performance ratings including: Operating Frequency range from 2.0 to 18.0 GHz (S thru Ku-Bands); VSWR: 1.5, Insertion Loss <2.7 dB, Min., Isolation of 16 dB, Min., Power Rating is 20 Watts, DC Voltage is 50 Max., and DC Current is 1.5 Amps Max. Standard connectors are SMA Female (Optional N-Type) and Operating temperature is -54° to 85° C.

Properties that are important to a Bias Tee are RF bandwidth, insertion loss and mismatch at the two RF ports, the maximum DC current, and video bandwidth of the DC port. Connectorized Bias Tees are used in a variety of applications, but are generally used in the transmission line to send the DC and radio signals over the same coaxial cable that is being used to transmit RF signals. One of the prime applications of a RF and Microwave bias tee is to inject DC currents or voltages into RF and microwave circuits without affecting the RF signal passing through the main transmission line. This can be done in the lab for system-level testing. Bias Tees are also used to provide DC power, to power amplifiers mounted on the top a communications tower in close proximity to the antenna. A bias tee can also be used to combine the DC power with a AC/RF signal to provide power to other devices, connected to an antenna.

The critical key parameters for the selection of a bias tee are current and voltage requirements, size, cost and a reputable manufacturer in the RF/Microwave community. KRYTAR offers complete engineering services for custom designs that meet or exceed critical performance and/or packaging specifications.

KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in antennas, controlling remote DC signals and testing of many RF applications. The unique rugged stripline design provides high current handling with high power at frequency and excellent isolation.

KRYTAR’s Bias Tee Model KBT060200 offers superior performance ratings including: Operating Frequency range from 6.0 to 20.0 GHz (C thru K-Bands); VSWR: 1.85, Insertion Loss <1.8 dB, Min., Isolation of 11 dB, Min., Power Rating is 20 Watts, DC Voltage is 50 Max., and DC Current is 1.5 Amps Max. Standard connectors are SMA Female and Operating temperature is -54° to 85° C.

Properties that are important to a Bias Tee are RF bandwidth, insertion loss and mismatch at the two RF ports, the maximum DC current, and video bandwidth of the DC port. Connectorized Bias Tees are used in a variety of applications, but are generally used in the transmission line to send the DC and radio signals over the same coaxial cable that is being used to transmit RF signals. One of the prime applications of a RF and Microwave bias tee is to inject DC currents or voltages into RF and microwave circuits without affecting the RF signal passing through the main transmission line. This can be done in the lab for system-level testing. Bias Tees are also used to provide DC power, to power amplifiers mounted on the top a communications tower in close proximity to the antenna. A bias tee can also be used to combine the DC power with a AC/RF signal to provide power to other devices, connected to an antenna.

The critical key parameters for the selection of a bias tee are current and voltage requirements, size, cost and a reputable manufacturer in the RF/Microwave community. KRYTAR offers complete engineering services for custom designs that meet or exceed critical performance and/or packaging specifications.

KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in antennas, controlling remote DC signals and testing of many RF applications. The unique rugged stripline design provides high current handling with high power at frequency and excellent isolation.

KRYTAR’s Bias Tee Model KBT100265 offers superior performance ratings including: Operating Frequency range from 10.0 to 26.5 GHz (X thru K-Bands); VSWR: 1.5, Insertion Loss <1.9 dB, Min., Isolation of 13 dB, Min., Power Rating is 20 Watts, DC Voltage is 60 Max., and DC Current is 1.0 Amps Max. Standard connectors are 2.92-mm Female and Operating temperature is -54° to 85° C.

Properties that are important to a Bias Tee are RF bandwidth, insertion loss and mismatch at the two RF ports, the maximum DC current, and video bandwidth of the DC port. Connectorized Bias Tees are used in a variety of applications, but are generally used in the transmission line to send the DC and radio signals over the same coaxial cable that is being used to transmit RF signals. One of the prime applications of a RF and Microwave bias tee is to inject DC currents or voltages into RF and microwave circuits without affecting the RF signal passing through the main transmission line. This can be done in the lab for system-level testing. Bias Tees are also used to provide DC power, to power amplifiers mounted on the top a communications tower in close proximity to the antenna. A bias tee can also be used to combine the DC power with a AC/RF signal to provide power to other devices, connected to an antenna.

The critical key parameters for the selection of a bias tee are current and voltage requirements, size, cost and a reputable manufacturer in the RF/Microwave community. KRYTAR offers complete engineering services for custom designs that meet or exceed critical performance and/or packaging specifications.

KRYTAR has developed a line of Bias Tees offering ultra-broadband control solutions with coverage of multiple microwave bands, from 0.5 to 40 GHz. KRYTAR Bias Tees are the ideal choice for powering remote control of pre-amplifiers or low-noise amplifiers (LNAs) in antennas, controlling remote DC signals and testing of many RF applications. The unique rugged stripline design provides high current handling with high power at frequency and excellent isolation.

KRYTAR’s Bias Tee Model KBT100400 offers superior performance ratings including: Operating Frequency range from 10.0 to 40.0 GHz (X thru Ka-Bands); VSWR: 1.9, Insertion Loss <3.6 dB, Min., Isolation of 11 dB, Min., Power Rating is 20 Watts, DC Voltage is 60 Max., and DC Current is 1.0 Amps Max. Standard connectors are 2.4-mm Female and Operating temperature is -54° to 85° C.

Properties that are important to a Bias Tee are RF bandwidth, insertion loss and mismatch at the two RF ports, the maximum DC current, and video bandwidth of the DC port. Connectorized Bias Tees are used in a variety of applications, but are generally used in the transmission line to send the DC and radio signals over the same coaxial cable that is being used to transmit RF signals. One of the prime applications of a RF and Microwave bias tee is to inject DC currents or voltages into RF and microwave circuits without affecting the RF signal passing through the main transmission line. This can be done in the lab for system-level testing. Bias Tees are also used to provide DC power, to power amplifiers mounted on the top a communications tower in close proximity to the antenna. A bias tee can also be used to combine the DC power with a AC/RF signal to provide power to other devices, connected to an antenna.

The critical key parameters for the selection of a bias tee are current and voltage requirements, size, cost and a reputable manufacturer in the RF/Microwave community. KRYTAR offers complete engineering services for custom designs that meet or exceed critical performance and/or packaging specifications.