Used GENERAL MICROWAVE D1968B-33 #9165689 for sale

GENERAL MICROWAVE D1968B-33 is a well known electronic test equipment that is used by many firms in the electronics industry. It provides precise measurements of broadband and millimeter-wave devices with a frequency range of 2 to 33 GHz. The instrument is fast and easy to use with a simple user interface. The size of the equipment is compact, its dimensions are about 5-2/3" (D) by 11-1/2" (W) by 8-3/4" (H). It is equipped with two analog channels, which allow for accurate microwave measurements of samples. The instrument utilizes a microprocessor-controlled frequency synthesizer for frequency selection. This provides precise and repeatable measurements with a frequency accuracy of 0.2 ppm. D1968B-33's user interface consists of an LED display with alpha-numeric keys and knobs. It has three main operating modes - Standard, Step, and Average. In Standard mode, users can measure, store and display up to 999 data points in the LCD display. In Step mode, users can access statistical analysis or linear-fitting functions. In Average mode, users can average up to 32 data points. GENERAL MICROWAVE D1968B-33 offers several output formats that include analog, vector ('V' mode) and digital ('D' mode) access. The analog mode of the instrument is used for direct sweep measurements. The vector mode is used for devices such as filters, couplers and other connectors, which have a direct current (DC) bias characteristic. The digital mode is ideal for operation in low-power devices, where the input range is limited. The instrument also has an analog output port for direct connection to an oscilloscope or data collection system, as well as a connector for an RF attenuator or external measuring devices. D1968B-33 is well suited for measuring high-frequency components over a wide dynamic range. It is perfect for applications such as testing of multiplexers, amplifiers, filters, detectors, mixers and phase shifters. Its accuracy, reliability, and fast operation make it an ideal tool for most any laboratory setting.