Used ANRITSU 37269D #9165917 for sale

ANRITSU 37269D is an electronic test equipment produced by the Japanese telecommunications manufacturer ANRITSU Corporation. 37269D is a high-end digital oscilloscope designed to provide the highest levels of accuracy and precision in testing and measuring a wide variety of electronic signals. It is a powerful instrument capable of capturing and displaying a variety of analog and digital signals, which makes it an invaluable tool for engineers performing complex tasks involving data acquisition, digital analysis and troubleshooting. ANRITSU 37269D covers a frequency range from 20 Hz to 6 GHz with a sample rate of up to 500 MS/s. It also has 2 channels with an input impedance of 1 Megohm and a maximum vertical resolution of 8 bits. Additionally, the oscilloscope has a 10x to 1000x bandwidth with an adjustable timebase that ranges from 500 ns/div to 100 ms/div. It also features an autoscale mode, which analyzes inputs and selects an appropriate horizontal and vertical timebase value to ensure optimal signal visibility. 37269D also provides a variety of functions designed to enhance data acquisition accuracy and precision. These functions include auto-triggering with adjustable delay, run/stop and pass/fail tests as well as measurement masking and event capture capabilities. The oscilloscope also offers various automated features such as peak/valley detection, time-domain averaging and VIC-II Enhanced Code Analysis. Additionally, ANRITSU 37269D supports multiple buses such as I2C, SPI, USB and Ethernet. Furthermore, 37269D provides an intuitive, graphical user interface with an easy-to-use navigation and control. It is also comes with a scripting language called HandyTEC Script, which allows users to create programs and automate repetitive tasks. Additionally, it is equipped with graph waterfall, vector display and various communication ports which make it suitable for remote monitoring. In conclusion, ANRITSU 37269D is a powerful, easy-to-use digital oscilloscope that offers superior accuracy and precision in electronic signal testing and measurement. It is an excellent choice for engineers performing complex data acquisition, digital analysis and troubleshooting tasks.