Used TEKTRONIX VM 700T 01/11 #187870 for sale

TEKTRONIX VM 700T 01/11 is an advanced electronic test equipment designed for characterizing, measuring and testing a variety of electrical and electronic components. It is a fully-featured vector network analyzer which provides a wide array of features for accurate, high speed measurements over a wide frequency range. The VM 700T has an internal frequency range of 1 KHz to 1.3GHz and can provide measurement results with an accuracy of +/- 0.2 dB. It is equipped with two independent channels that can operate in a separate mode as well as a calibration mode. These channels offer multiple calibration strategies, including an autocalibration feature for quickly setting up the instrument. The VM 700T also has four different sweep control types, allowing for both very high accuracy and flexibility with sweep rate selection. In addition to the two channels, the VM 700T offers several displays and is equipped with a user interface for fast and easy variable selection and set up. It also has a graphical display and a real-time analysis mode which lets users quickly see the data as it is acquired for each sweep. The VM 700T has a variety of features that help to minimize measurement inaccuracies. For instance, it offers an internal solver toolkit which helps in reducing errors during the calibration process. This instrument also utilizes a carrier-frequency extension which enhances performance in the presence of higher-order intermodulation products. The VM 700T also offers multiple data types such as complex and magnitude-only, and provides extensive data logging and storage capabilities. In addition, this instrument offers a number of connection options including a LAN port, USB port, GPIB port and VGA port. It also has an in-built touchscreen display for easy, hands-free operations. The VM 700T's small size and light-weight makes it easy to transport and set up in the lab. It offers a wide range of measurement capabilities and is suitable for a variety of applications including component characterization, microwave measurements and sensors testing.