Used TEKTRONIX DPO 3052 #9210203 for sale

TEKTRONIX DPO 3052 is a high-performance digital phosphor oscilloscope that provides comprehensive testing tools for the development and debugging of embedded systems. This oscilloscope offers a great range of features, such as a 50,100 or 200 MHz bandwidth, 1 GS/s sampling rate, 8 bit vertical resolution, 5 GS/s maximum waveform capture rate and 8 k points of standard memory. DPO 3052 is also capable of taking up to 200 K records of digital signal capture. TEKTRONIX DPO 3052 has a sleek, intuitive interface which allows the user to easily navigate through menus and quickly adjust settings. This makes it easy to experiment and gain a deeper understanding of test results. The oscilloscope also has extensive triggering options. From standard edge triggering to advanced options like pattern and pulse width, the user can set the trigger type, in order to gain insight into the finer details of a signal. This feature is especially useful for troubleshooting complex systems. The oscilloscope also includes automatic measurements such as rise time, period, etc. This makes it easy to quickly acquire data while also eliminating the need to manually calculate measurements. Additionally, DPO 3052 has an integrated FFT application which can be used to analyze frequency domain information. It also has a 3D display mode for understanding complex signals. TEKTRONIX DPO 3052 also features a built-in Help System which provides comprehensive information on each oscilloscope function. This feature ensures that new users can quickly become productive and save time searching for the information they need. Finally, the oscilloscope is equipped with a context-sensitive keypad and a dedicated knob for quickly accessing functions and parameters. Overall, DPO 3052 is an advanced digital phosphor oscilloscope that provides a superb range of features and powerful debug tools. With its easy to use interface, comprehensive triggering options, integrated FFT, and automatic measurements, the oscilloscope is an ideal option for those looking to gain insight into embedded systems.