Used FLUKE 9500B #9225043 for sale

FLUKE 9500B
ID: 9225043
General calibrator Frequency: 3.2 GHz.
FLUKE 9500B is a high performance, programmable, electronic test equipment that is designed to perform a wide range of electrical measurements with a high degree of accuracy. It is suitable for use in both industrial and research applications. It can be used to measure voltage, current, capacitance, frequency, inductance, and impedance. It can also be programmed to perform basic logic operations. 9500B has a large color display that is easy to read and interpret data. The display has a resolution of 1280x1024 for detailed readings and a backlight, which ensures that accurate readings can be taken in even low light environments. The user can choose to operate the display in either portrait or landscape mode, depending on preference. FLUKE 9500B has a wide range of features which include advanced signal conditioning, a built-in waveform generator, data logging capabilities, and an integrated battery system. The signal conditioning allows the user to easily adjust the amplitude and frequency of a signal, as well as filter out unwanted noise. The built-in waveform generator can generate sine, square and triangle waves of varying frequency and amplitude for testing purposes. 9500B has an extensive data logging capabilities to save, store, and recall test data and results. The data logging capabilities can store up to 32,000 points of data in either RAW format or as a report. This allows users to easily keep track of tests and measurements over time. The built-in battery system allows the instrument to run for long periods of time without the need for an external power source. The internal rechargeable battery will last up to 10 hours, so users won't have to worry about it running out of power during extended testing. FLUKE 9500B is a reliable and precise electronic test equipment that is suitable for use in laboratories, factories, and research facilities. It's features make it a great value for any user who needs to accurately measure electrical signals.
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