The 11666A is a bridge from Agilent. A bridge is useful for precise measurements, instrumentation, power conversion, and filtering in both linear and nonlinear applications. Pair bridges with other types of electronic test equipment to measure fixed and swept frequency return loss. Bridges check the performance of your system and its components, including amplifiers, couplers, filters, attenuators, terminations, and splitters.
Additional Features:
Quality Keysight Agilent HP Bridge…dependable and easy-to-use. This unit is an accessory of the Keysight Agilent HP 8755 Network Analyzer Plug-in system.
The Keysight Agilent HP 11666A 18 GHz can make reflection measurements covering from 40 MHz .
Equivalent directivity is 30 dB to 26 dB.
Equivalent output SWR is 1.25 to 1.52.
Input SWR is 1.92.
Maximum input power is +15 dBm
Operation of this type of directional device is based on principles of the resistive Wheatstone Bridge extended to microwave frequencies. When three bridge arms are 50 ohms, the voltage across corners of the bridge is directly proportional to the reflection coefficient of the device connected in the fourth arm.
The 11666A is a bridge from Agilent. A bridge is useful for precise measurements, instrumentation, power conversion, and filtering in both linear and nonlinear applications. Pair bridges with other types of electronic test equipment to measure fixed and swept frequency return loss. Bridges check the performance of your system and its components, including amplifiers, couplers, filters, attenuators, terminations, and splitters.
Additional Features:
- Quality Keysight Agilent HP Bridge…dependable and easy-to-use. This unit is an accessory of the Keysight Agilent HP 8755 Network Analyzer Plug-in system.
- The Keysight Agilent HP 11666A 18 GHz can make reflection measurements covering from 40 MHz .
- Equivalent directivity is 30 dB to 26 dB.
- Equivalent output SWR is 1.25 to 1.52.
- Input SWR is 1.92.
- Maximum input power is +15 dBm
Operation of this type of directional device is based on principles of the resistive Wheatstone Bridge extended to microwave frequencies. When three bridge arms are 50 ohms, the voltage across corners of the bridge is directly proportional to the reflection coefficient of the device connected in the fourth arm.
