Used ANRITSU MP1764C #185129 for sale

ANRITSU MP1764C is an advanced electronic test equipment used for testing and characterization of radio frequency (RF) and microwave devices such as antennas, transceivers, amplifiers and receivers. It provides superior RF performance with maximum frequency range up to 67GHz, making it suitable for high-frequency applications. It also has an advanced system response optimization feature, helping to minimize the operating time while improving the accuracy of test results. It also supports a variety of user-defined parameters such as frequency response and time domain measurements, while providing graphical representations of the results, enabling easier interpretation. Additionally, MP1764C has a wide dynamic range, making it especially suitable for high-power measurements. It is also able to measure low power signals with a high precision, and its built-in display and interface options facilitate ease of communication. It comes with an intuitive software package, allowing users to customize and automate test sequences, enabling faster and more efficient test processes. The automated test sequences can also be remotely monitored, allowing for complete operational real-time control. Its internal calibration allows for accurate and repeatable results, along with its internal triggered scan capability, making multiple scan range measurement possible from a single instrument. Moreover, its arbitrary waveform capability lets users create their own test signals. ANRITSU MP1764C also comes with a USB interface, making it compatible with most USB-compliant devices, giving users the flexibility to access data from external memory card devices. So overall, MP1764C is an ideal choice for high-precision test and measurement, providing superior RF performance, comprehensive measurement functionality, easy operation, and automated test sequencing. With its array of features, it is well-suited for a variety of applications, ranging from research and development to validation and product testing.