Used AEROFLEX IFR 1900BSA #9009096 for sale

AEROFLEX IFR 1900BSA
ID: 9009096
Base station test set.
AEROFLEX IFR 1900BSA is a powerful and versatile electronic test equipment that offers users a full range of test and measurement features. It is designed to help engineers in the testing and verification of various electronic products. The IFR 1900BSA offers a variety of functions, including spectrum analysis, level measurement, level accuracy, and stability testing. It can be used to test a wide range of electrical devices, from small circuit boards to large, complex components such as boards with integrated circuits and microprocessors. With its integrated instrumentation and advanced software, the IFR AEROFLEX IFR 1900BSA is an ideal tool for checking the operation of components in high-voltage and RF applications. It also provides a comprehensive set of functions designed specifically for the verification of low-voltage components, including avalanche diode tests, logic devices, and LED modules. The IFR 1900BSA has a large LCD user interface and two directional keys that allow the user to quickly navigate the menu. The menu is also supported by a numeric keypad that enables the entry of specific values. The instrument also boasts a range of indicators for selecting the type of test and level. Finally, the IFR AEROFLEX IFR 1900BSA is equipped with many additional features, including an input-range control, noise-reduction circuitry, adjustable reference levels, a pass/fail indicator, and storage capacity for both waveforms and configuration settings. The IFR 1900BSA is easy to operate and offers a comprehensive range of features to ensure accurate results. It is ideal for engineers and technicians who require a fast and reliable testing and measurement solution. With its intuitive user interface, advanced software, and extensive range of tests, the IFR AEROFLEX IFR 1900BSA can complete electronic measurement tasks quickly and effectively. It is also robust and reliable, with the ability to perform tests in harsh environments with minimal disruption.
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