Used FLUKE PM5193 #9264461 for sale

FLUKE PM5193 is a highly versatile electronic test equipment used for general purpose testing and measurement of analog signals. It is suitable for use in design, servicing, and troubleshooting of equipment, systems, and components. PM5193 operates over the range of 300kHz to 3GHz, and is capable of high-speed, accurate power measurements. It is easy to use, allowing for quick setup and measurement of a variety of parameters including gain, phase, peak power, and more. The high-performance measurement capabilities of FLUKE PM5193 start with its wide dynamic frequency range covering input of 300kHz to 3GHz, output ranges of 0 - 10dBm to 4W, and maximum input range of +23dBm. To ensure accuracy and repeatability, PM5193 offers both a high accuracy digital Sampling Voltmeter and a 16-bit analog sampling system. The digital system is suitable for higher-resolution applications including power measurements. Additionally, it features advanced functions such as ratio, statistical, and rise time measurements. In addition to these impressive measurement capabilities, FLUKE PM5193 also includes a host of features designed to simplify setup and test results analysis. Easy-access front panel controls provide quick adjustments from manual to automatic mode. While in automatic mode, the front panel LCD display provides a convenient visual indication of necessary settings. The pulse measurement module provides in-depth analysis of simple and repeating pulses, as well as a flexible triggering scheme. PM5193 also includes power statistics and an intuitive architecture for external control and data acquisition. Overall, FLUKE PM5193 is an excellent choice for in-depth analysis of analog signals. Its reliable high-performance measurement capabilities make it perfect for design, troubleshooting and repair of equipment, systems, and components. Easy to use, PM5193 features an intuitive front panel, easy-access controls, reliable digital and analog samplers, and advanced functions such as pulse measurement and statistics.