Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 11970Q #9294821 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 11970Q is an electronic test equipment designed for measuring and analyzing resonance and response characteristics in sophisticated electronic circuitry. This device can measure the s-parameters, complex scattering, frequency response, impedance and gain-phase characteristics of electronic circuits with high precision. HP 11970Q utilizes vector analysis techniques to measure and analyze the system's multi-port s-parameters, while simultaneously providing high-resolution of the frequency response characteristics. This versatile device consists of five basic components; a reference sender, receiver, line parameter extraction, frequency response and impedance network analyzer module, along with a three-dimensional color plotter and digitizer. The reference sender and receiver, based on a modulation/demodulation technique, modulate the input signal and transfer it to the load via two cables. The output signal is then detected by the receiver. The senders and receivers keep all of the internal reflections and interference minimal, and provide a reliable and reliable signal path between the input and output ports. The analyzer module measures the frequency response by connecting to the sender and receiver via a continuous wavelength tunable-reflection technique. The frequency response tool then creates a three-dimensional graph, which allows engineers to compare the s-parameters and frequency response of different test systems. The impedance analyzer module examines the impedance characteristic of a device relative to the frequency of input stimulation. The network analyzer module is calibrated to a wide range of frequency and impedance to ensure high accuracy in the overall response characteristics. Finally, the digitizer records all of the measurements to create a data set of the device's performance. AGILENT 11970Q is an advanced system for performing complete frequency response measurements with a high degree of accuracy. It is ideal for use in characterizing high-speed and low-noise circuits, and also for calibrating and troubleshooting complex electronic systems. Its reliable, user-friendly design makes it perfect for industrial, research, and scientific laboratories.