Used TEKTRONIX 371 #9394328 for sale

TEKTRONIX 371 is an oscilloscope-type test equipment developed by TEKTRONIX Inc. It is an analog in-circuit measurement instrument designed to measure voltage, current, time, and frequency. It is a versatile signal measurement instrument that can be used to investigate the behavior of electronic circuits and components. 371 is a two-channel instrument comprising of two independent buffered inputs allowing two signals to be measured simultaneously. It includes a 2MHz bandwidth main section with two dual-trace amplifiers that can measure frequencies up to 500kHz, and two independent 200MHz bandwidth wide-band input amplifiers that can measure signals up to 150MHz. TEKTRONIX 371 is a digital storage oscilloscope with two selectable sample rates, one of 100 microseconds and the other of 5 microseconds, allowing the instrument to capture signals from the fastest of pulse trains and display the signal on the CRT screen in less than 1 second. The CRT screen displays the signal in a grayscale mapping to impart more detailed information about a signal's characteristics. The control functions of 371 are located on a series of front panel buttons and switches. TEKTRONIX 371 also includes a time base section consisting of two independent delay lines, one producing a delay of 0.5 microseconds to 0.5 seconds and the other producing a delay of 5 microseconds to 5 seconds. This allows 371 to capture even fast signals and provide a detailed analysis. TEKTRONIX 371 includes a trigger section which is used for accurate signal analysis. The trigger controls provide the facility for single-shot or repetitive triggering giving a clear and concise analysis of repetitive digital or analog signals. 371 is an extensively used test and measurement instrument in many electronic laboratories and industries. It is used to analyze digital signals, measure and compare waveforms, measure change in voltage and current, investigate circuit and components, evaluate frequency and phase characteristics, and capture and analyze analog signals.