Used WAVETEK 4202S #293750335 for sale

WAVETEK 4202S is a high-performance electrical test and measurement dual-channel synthesizer. It is designed to provide accurate and reliable parameters of electronic instruments, such as frequency, amplitude, and phase. This unit can also be used to calibrate electronic parts and components, such as capacitors, resistors, transistors and ICs, as well as measuring digital signals in high frequency circuits. 4202S is designed with a two-channel design, one of which has the capacity to sweep a variable frequency range of 100 kHz to over 1.0 GHz. Its second channel provides extremely low-frequency yield with all pass bands, along with full S-parameter measurements and variable attenuators. The unit is equipped with an external step attenuator for power control between 0 dB and 60 dB, as well as a field strength analyzer for measuring RMS voltage and peak-to-peak voltage, amplitude modulation and bandwidth, carrier-to-noise ratio and distortion. Its frequency resolution is 10−11 and its amplitude accuracy is 0.1 dB. WAVETEK 4202S can also accurately measure impedance, which is critical for proper impedance matching and operations. It is and includes short-term average power (SELCURTM) measurement capabilities. 4202S also includes a fully integrated, digital thermal-noise generator and an external trigger system. It can also record results to its internal memory as well as to a host computer. It is designed in a robust and low-noise desktop instrument, and is designed to operate with any type of equipment. WAVETEK 4202S is an exceptional choice for the testing and measurement of electronic parts and components. Its two-channel design and variable frequency range provide the user with the precise measurements needed to understand, diagnose, and troubleshoot electronic systems. Its SELCURTM capabilities make it suitable for performing measurements under all environmental conditions. With its built-in storage and PC connection options, 4202S can be used by experienced technicians and engineers to obtain precise data for accurate measurements.