Used TEKTRONIX 371 #9291541 for sale

TEKTRONIX 371 is a high-performance electronic test equipment designed to provide superior performance and reliability in various RF and Analog testing applications. It is designed to make precise and accurate measurements of signals in both the time and frequency domains. The instrument has two main components, a signal source and an oscilloscope, which can be utilized together for comprehensive testing purposes. The signal source, known as a Synthesizer, is designed to enable users to generate high frequency waveforms for testing. It offers a wide range of modulation formats including Amplitude, Frequency, and Phase Modulation, as well as direct digital synthesis (DDS) which can be used for accurate component testing. It offers a wide range of frequency ranges from 10 Hz up to 800 MHz, and a range of amplitude from -65 dBm to 20 dBm, with exceptional accuracy and speed when it comes to signal generation. The oscilloscope, a dual-channel digital storage oscilloscope (DSO), offers a high resolution display and advanced triggering capabilities. It features two channel inputs suitable for testing single or dual-channel applications. The sampling rate is up to 100 million samples per second and the vertical resolution is 8 bit for single-ended or 16 bit (±3 dB) for differential signal applications. 371 is ideal for a variety of applications including high speed design verification, RF component test and characterization, and equipment qualification. It offers a wide range of capabilities while providing users with maximum flexibility. Additionally, the instrument is designed for reliability and durability and meets or exceeds all applicable safety standards for electronic test equipment. TEKTRONIX 371 is a reliable and precise instrument for a variety of RF and analog testing applications. It is designed to provide accurate and reliable measurements of signals in both the time and frequency domains. With a wide range of modulation formats and a dual-channel DSO, the instrument offers maximum flexibility and performance when it comes to signal testing.