Used ANRITSU MP0124A #9358095 for sale

ANRITSU MP0124A is an electronic test equipment designed for the measurement and optimization of communication systems. This stationary device is a versatile, lightweight and reliable piece of equipment that allows engineers to perform various measurements quickly and accurately. The various tests and measurements can be conducted with a high degree of accuracy, thanks to the advanced internal circuitry and microcontroller that has been specially designed for optimum performance. MP0124A can measure a wide variety of electronic parameters including frequency, power, noise, phase, time domain, frequency accuracy, and sweep. As well as digital analysis, spectral analysis can also be performed with this device. It also has a high dynamic range of 64 dB and can measure a frequency range from 0.1 kHz to 3 GHz. ANRITSU MP0124A has a user-friendly interface, making it easy to navigate and perform measurements efficiently. The system has an in-built calibration and test algorithm to compensate for errors and to accurately calibrate the device. The system also has built-in protection from accidental damage or operator error. The device can also be used for troubleshooting RF systems, as it has a built-in signal generator. This generator allows engineers to test and optimize antenna designs, and can even be used for signal synthesis. The generator is capable of creating an output of a particular waveform, such as sinusoid, square wave, or triangle wave. MP0124A is a highly versatile piece of test equipment that can be used in a variety of applications, from simple measurements to complex design optimizations. It has a wide range of features that allow engineers to easily and quickly conduct various types of measurements and troubleshooting, and its user-friendly interface makes it easy to use. This device is a reliable and trusted tool for any electronic engineer looking for a reliable, accurate and efficient piece of equipment to make sure their communication systems are up to standard.