Used JBC DM 2B #9267632 for sale

JBC DM 2B is an electronic test equipment designed for testing and evaluating radio frequency (RF) components. It is a full-featured device that has a wide range of features, including frequency range of 1MHz to 2GHz, frequency shift keying modulation range of 0.2 to 0.99, automatic gain control, adjustable temperature range and more. DM 2B features an easy-to-use user interface and the ability to test both single-input single-output (SISO) and multiple-input multiple-output (MIMO) components. Its built-in RF test functions include frequency sweep testing, gain control, noise figure determination and signal modulation. It can also measure the power of a signal in both the time and frequency domain. JBC DM 21B offers both manual and automated testing with adjustable parameters. It features a large LCD display with backlighting for easy visibility in any lighting. It has a 10dBm/mW output power range and a maximum input power of 32dBm/mW. JBC DM 2B uses a direct conversion down converter that provides high accuracy and frequency range. It has a high-frequency band-reject filter for eliminating digital interference, as well as a dual power splitter for splitting the input signal between the two outputs. DM 2B also offers high-quality display capabilities. It has an LED signal level indicator to monitor the signal level of the measured signal. It also has an 8x16 digital readout and programmed measurements to display the results of the test in various formats. JBC DM 2B has been designed for operation in both laboratory and outdoor environments. Its RF connectors are made of stainless steel and support a wide variety of RF adapters. An optional grounding kit is also available for safety. Overall, DM 2B is an excellent choice for testing and evaluating RF components. Its high accuracy and wide range of features make it a popular device among engineers, technicians, and scientists. It is well-suited for a range of applications, from testing for telecommunications to designing antennas and RF subsystems.