Used HIOKI 9442 #9190758 for sale

HIOKI 9442 is an electronic test equipment designed to measure fast transient signals such as overvoltage and overcurrent. This efficient tester utilizes a wide range of input ranges and is suitable for testing a variety of applications including surge measurements, pulse width modulation signals, and current waveforms. The device accurately measures high frequency signals, such as those from SMPS switching regulators or automotive electronics, as well as other fast transient signals. 9442 features a compact design and is lightweight, perfect for portability and field testing. It provides two types of inputs, including a BNC input with a range of 200V to 750V P.P. and a 2.5mm terminal input with a range of 30A to 750A P.P.. The device boasts a maximum sampling rate of 5MHz, making it suitable for measuring fast transient signals. It also offers a variety of functions for the user, such as voltage and current measurements with direct sampling, waveform sampling, power measurement, and memory recall. In addition, the tester boasts advanced features such as an adjustable signal detection threshold, single-shot measurement, and a hold function that allows for precise measurement of high frequency signals. The device also includes a built-in 400V CAT III meter for user safety. It comes with a PC software package that provides an intuitive graphical user interface for easy operation. HIOKI 9442 is highly reliable and durable, and features a great noise ratio of 50dBrms. Furthermore, it features a wide range of triggered time settings, allowing for precise sampling of quick signal changes. The device includes a free software program for easy data transfer to connected PCs. Its external trigger output allows for synchronizing it with compatible devices. In conclusion, 9442 is an effective electronic test equipment designed for fast measurements of transient phenomena. It offers an accuracy of up to 0.1%, making it perfect for precise measurements. Its compact and lightweight design makes it perfect for portability, while its advanced features and high sampling rate allows for accurate measurement of fast and transient signals.