Used TEKTRONIX 7834 #293636503 for sale

TEKTRONIX 7834 High Voltage Deflection Amplifier is an electronic test equipment device that is used in the testing and analysis of high voltage power systems. It is capable of measuring voltages up to 30kV with a high-accuracy resolution of 1mV. Its unique triggering system allows the precise measurement of high-voltage waveforms under challenging conditions. It also provides an adjustable sample rate up to 10kHz, and an adjustable signal attenuator (up to 40dB) to accommodate a wide range of signal characteristics. 7834 also features a variety of measurement modes, including open and closed circuit testing, linear and logarithmic display measuring and pulse waveform analysis. It has a variable timebase display which allows for precise visual analysis of the waveform, and a variable vertical gain control for precise adjustment of the signal magnitude display and for voltage stabilization. Additionally, TEKTRONIX 7834 is designed with a temperature compensation device to eliminate potential inaccuracies from elevated operating temperatures. 7834 also features an alarm system, which can be set to indicate when an over-voltage, under-voltage or over-current condition is detected. It provides an automatic software calibration process which ensures that TEKTRONIX 7834 will always remain within its range of accuracy. 7834 also includes a two-way communication interface which enables it to be connected to modern computer systems and control panels. This allows for convenient data archiving as well as remote control of the equipment. Additionally, TEKTRONIX 7834 includes an isolated real-time analysis (RA) circuit, which measures and evaluates the instantaneous values of up to four parameters. 7834 is an essential piece of equipment for those who need to measure, analyze, and test the integrity of high-voltage systems. With its wide range of features and capabilities, TEKTRONIX 7834 is an ideal solution for studying the behaviour of high-voltage systems and for protecting against potential hazards.