8753 Network Analyzers
The Keysight 8753 Series of Network Analyzers delivers high-performance and many efficient features to ensure that component measurements are completed quickly. These models are affordable and easy to use. These models can swiftly measure a device’s reflection coefficient, phase, isolation, gain, return loss, group delay, and more. There is a built-in test set for transmission and reflection measurements, along with two individual display channels to permit display of transmission and reflection, time-domain and swept-frequency, or magnitude and phase measurements at the same time.
With the 8753 Series, test patterns, measured information, instrument states, and calibration information can be stored and recalled to the internal memory or an optional external disk drive. The nonvolatile memory ensures internal storage of as many as 31 instrument states. Additionally, black and white or color hardcopies can be printed from a printer or plotter through the GPIB interface. Test times can be minimized by permitting the network analyzer to decide if measurement outcomes fall within stipulations chosen by the user. Pass or fail is then specified visually from the display, over the GPIB, from a BNC back panel TTL output, or audibly with a beep.
8753 Network Analyzers
The Keysight 8753 Series of Network Analyzers delivers high-performance and many efficient features to ensure that component measurements are completed quickly. These models are affordable and easy to use. These models can swiftly measure a device’s reflection coefficient, phase, isolation, gain, return loss, group delay, and more. There is a built-in test set for transmission and reflection measurements, along with two individual display channels to permit display of transmission and reflection, time-domain and swept-frequency, or magnitude and phase measurements at the same time.
With the 8753 Series, test patterns, measured information, instrument states, and calibration information can be stored and recalled to the internal memory or an optional external disk drive. The nonvolatile memory ensures internal storage of as many as 31 instrument states. Additionally, black and white or color hardcopies can be printed from a printer or plotter through the GPIB interface. Test times can be minimized by permitting the network analyzer to decide if measurement outcomes fall within stipulations chosen by the user. Pass or fail is then specified visually from the display, over the GPIB, from a BNC back panel TTL output, or audibly with a beep.
