Used TEKTRONIX TDS 350 #9383708 for sale

TEKTRONIX TDS 350 is an oscilloscope specifically designed for electronic testing and troubleshooting. This oscilloscope has the industry-leading technology and features, including a high-sensitivity 10-bit ADC, 100 MHz bandwidth, 120 MS/sec sampling rate, and up to 5 ns of real-time sampling on all four channels. The 16 k sample memory per channel allows for lengthy signal captures, helping to quickly identify glitches or trends. Additionally, TDS 350 offers such user-friendly features as advanced triggering, auto-scaling, and WaveformMath capabilities for advanced signaling analysis. TEKTRONIX TDS 350 boasts a large 5-inch color LCD, multi-level intensity framing, and multiple zoom levels, allowing users to easily view the most complex of waveforms. Furthermore, the oscilloscope has a built-in cursor which allows measurements such as rise and fall times, frequency, and amplitude to be easily obtained with precision. With digital Fourier transforms, users can compute the frequency components of their waveforms and easily isolate signal noise and distortion. To ensure accuracy and reliability, TDS 350 includes a self-test procedure that can be repeatedly run to ensure the oscilloscope's proper operation. The power loss protection feature preserves and uploads the display settings in the event of a power failure. All of these features make TEKTRONIX TDS 350 a valuable tool in electrical engineering laboratories, design centers, and service centers. TDS 350 has a variety of ports, such as a USB 2.0 printer port, a GPIB/IEEE 488 bus port, a Centronics serial port, and a VGA port for a local or remote display. The USB host port supports USB flash drives, which allow for the saving of waveform data and screenshots as well as software downloads. Also, an optional software package allows for remote debugging with LAN, modem, and internet connections. TEKTRONIX TDS 350 is an advanced and dependable electronic test instrument that provides users with the functionality they need to effectively troubleshoot and analyze problems in their electronic designs. Its high acquisition rate, rich feature set, and ease of use makes it an ideal solution for a variety of applications.