Used STANFORD RESEARCH SYSTEMS / SRS SR785 #9117828 for sale

STANFORD RESEARCH SYSTEMS / SRS SR785 electronic test equipment is a powerful and reliable piece of scientific testing technology. This highly advanced piece of test equipment is capable of performing a wide range of precise scientific measurements. Its advanced features make it the perfect instrument for analyzing electrical and mechanical systems. At the heart of SRS SR785 system is a microprocessor module with a control unit. This module provides the user with an array of programs that are designed to interact with the instrument's advanced features. The microprocessor module also allows the user to make data selections, and to monitor and display the status of the system. The instrument is equipped with a variety of ports, such as RS232/RS485, which are used for both communication and control. STANFORD RESEARCH SYSTEMS SR785 is designed with two external data inputs, which are used to collect data from either electronic or mechanical sources. The instrument has both analog and digital inputs, and can perform a wide range of tests. The data that is collected from external sources is precision encoded and decoded by the processor, and can be stored in the instrument memory. SR785 uses a variety of sensors and transducers to measure temperature, pressure, force, and potential. These sensors are placed at various points along the system, and can collect data that is not directly available to the user. The instrument also has an impressive range of digital and analog outputs, which can be used to analyze and display the data collected. STANFORD RESEARCH SYSTEMS / SRS SR785 is designed to operate in extreme conditions, and can withstand extreme temperatures, as well as chemicals and shock. It has a high degree of accuracy, and can also be calibrated and maintained as needed. SRS SR785 is an impressive piece of test equipment, and is capable of accurately performing a wide range of precise scientific measurements. Its advanced features and capabilities make it the perfect instrument for the analysis of complex electrical and mechanical systems. The reliable and durable design makes it capable of operating in extreme conditions, and its precision encoding and decoding makes it ideal for collecting and analyzing data from both external and internal sources.