Used TEKTRONIX MSO 4104 #9069777 for sale

TEKTRONIX MSO 4104 is a high-performance, 4-channel digital oscilloscope with a range of measurement capabilities. It is designed to meet the needs of engineers, technicians, and testing experts who want to achieve high accuracy and reliability from their test equipment. It includes features such as a 4-channel, 40 MHz, 1 GHz bandwidth, and up to 500 MS/s maximum single-shot sample rate. The scope also offers a host of advanced features, including an intuitive user interface, advanced analysis tools, automatic measurements, and serial decode protocols. The included tools are designed to make it easier to capture and analyze signals, find anomalies, and debug electrical designs. MSO 4104 features a large 10.1-inch display with an intuitive user interface. The layout of the controls and menus is designed to make it easier to use, with dedicated keys and an integrated help system to assist with common operations. With its built-in photo-model settings, the user can quickly choose the most suitable model based on the type of signal they are measuring. There are also various color and contrast settings that allow the user to view signals in the best way possible. TEKTRONIX MSO 4104 also includes a range of powerful analysis tools. It can measure voltage, frequency, cycle-time, and pulse width, with an optional total harmonic distortion measurement. It also includes live measurements, cursor calculations, data logging, math functions, and a digital filter for enhanced signal clarity. The included automated measurements are designed to make capturing data easier, and the scope can analyze up to 32 different parameters. It also supports popular serial decode protocols such as USB, I2C, UART, and CAN, allowing users to monitor, decode, and debug serial communication signals. MSO 4104 is a powerful and versatile oscilloscope. With its four-channel design, 1 GHz bandwidth, and 500 MS/s single-shot sample rate, it meets the needs of most users. Its large display, intuitive user interface, and wide range of analysis tools make it easy to capture and analyze signals, identify problems, and debug electrical designs. A range of additional features such as automated measurements and serial decode protocols allow users to accurately capture and interpret serial communications signals for debugging purposes.