Used TEKTRONIX AWG 7052 #9282785 for sale

TEKTRONIX AWG 7052 is an Arbitrary Waveform Generator (AWG) from TEKTRONIX. This AWG is an intuitive solution for a variety of tasks in the test and measurement and automation field. AWG 7052 can generate highly accurate and repeatable waveforms up to 250 MHz, helping engineers create tests more quickly and accurately. The main feature of this AWG is its ability to generate arbitrary waveforms. This feature enables engineers to create waveforms in a variety of shapes, amplitudes, and frequencies. It also can generate a variety of standard signals, such as sine, triangle, and sawtooth. These signals are especially useful for testing components and systems in the manufacturing, calibration, and diagnostic processes. In addition, TEKTRONIX AWG 7052 features high memory storage, allowing up to 8M samples per waveform. This helps engineers build large and complex waveforms. It also has a low timing jitter of 12.5ps, which helps ensure highly accurate waveforms with minimal distortion. Moreover, AWG 7052 offers a wide range of output modulation types including phase, amplitude, and frequency modulation. This makes it easy to simulate complex test signals and accurately measure response. TEKTRONIX AWG 7052 comes with an easy-to-use GUI, which makes it simple to design and control the generator. This AWG also includes a wide selection of digital and analog outputs, allowing users to connect it to various sensors and control systems in the lab. It also features isolated GPIB, USB, and Ethernet ports, allowing users to communicate with other instruments and computers with ease. Furthermore, the device supports various communication protocols such as SCPI, VXI-11, and SDF, making it easy to integrate into existing systems. AWG 7052 is a powerful tool that is both reliable and easy to use. Its ability to generate and control arbitrary waveforms makes it ideal for a variety of tasks in the test and measurement field. This AWG can help engineers create and verify tests more quickly and accurately, helping to reduce time and cost while improving system reliability.