Used TEKTRONIX 2465 #9087855 for sale

TEKTRONIX 2465 is an analog oscilloscope used to measure electrical signals in a laboratory setting. It is a two-channel, 500 MHz instrument with 8-bit vertical resolution and 20 MHz bandwidth. 2465 offers peak detect mode, which can detect almost any anomaly in the waveform, and has a built-in storage function with a capacity of 600 waveforms. TEKTRONIX 2465's inputs are BNC connectors for single-ended signals and T-connectors for differential signals, allowing it to measure both single-ended and differential signals. The instrument also has a built-in power supply with a frequency range of 45-440 MHz and a voltage range of 0-100V. 2465 has a built-in color VGA display and a 3.5 inch floppy disk drive, making it ideal for remote analysis of waveforms. It supports triggering on voltage, time, and event signals, and offers both auto-scale and manual-scale modes. The instrument also offers a variety of signal measurement functions such as delay measurement, peak measurement, rise time measurement, voltage measurement, frequency measurement, phase measurement, and temperature measurement. The instrument's user interface is a keypad with a backlit LCD display and multiple languages including English, French, and German. It is designed to be easy to learn and operate, with a menu-driven interface and shortcut keys for quick access to frequently used functions. TEKTRONIX 2465 also features a comprehensive set of diagnostics that display detailed information about the instrument's performance, including accuracy, linearity, noise, and frequency response. The instrument is lightweight and compact, making it portable and ideal for field or laboratory applications. It is also designed to be reliable and robust, with self-diagnostics on power-up to detect any hardware issues, and includes battery-backed memory to save and store user settings. Overall, 2465 is a versatile and reliable oscilloscope and a great option for any laboratory or field environment. It has a range of features that make it easy to use and ideal for accurately capturing and understanding complex waveforms.