Used ANRITSU MP1632A #188246 for sale

ANRITSU MP1632A is a powerful and versatile electronic test equipment that can be used for a wide range of testing applications. It is a high-performance, dual-channel arbitrary waveform generator ideally suited for testing and validating device performance characteristics. The machine has a frequency range between 10Hz and 3GHz with 40MHz of instantaneous bandwidth available. It is able to produce high-quality signals with excellent phase noise performance of -110 dBc/Hz at 10kHz offset and a square wave rise and fall time of 40ns. MP1632A features a 512kpoint arbitrary waveform storage memory, allowing the user to easily store and recall waveforms without programming. It is also equipped with various signal sources such as AM, FM, PM and Sweep signals with independent sweep modules and memory for each channel. It also offers an on-board wideband noise source that can be used to perform isolation and accuracy checks on test results. For further convenience, ANRITSU MP1632A has a built-in 8.4-inch LCD touchscreen interface. This allows users to easily access functions and view essential measurements quickly. The main screen displays the current measured values of the signal in real time for easy monitoring. The machine also features a powerful 2.7GHz ARM9-core digital signal processor, which is able to run complex tests, process data, and store large waveforms. In terms of connectivity, MP1632A is equipped with 4 USB ports, a LAN port, and a GPIB port for easy networking. To ensure accurate results, it has an advanced system reference feature that measures the phase lock loop (PLL) using a temperature-compensated crystal oscillator (TCXO). This helps to ensure that the output signal has a stable and consistent frequency response in various temperature ranges. Overall, ANRITSU MP1632A is an ideal choice for professionals and engineers who require the highest levels of accuracy and performance from their test equipment. Its high-quality signal outputs, versatile functions, and intuitive user interface make it suitable for a wide range of applications such as signal analysis, device characterization, design validation, and more.