Used ANRITSU 68197B #9085458 for sale

ANRITSU 68197B is an electronic test equipment designed for evaluating the performance of two-wire buses and similar communication networks. It is capable of measuring the electrical parameters of both transmitters and receivers in high-speed serial data communication systems, such as Ethernet and IEEE1394. 68197B features various test modes tailored for different bus types, allowing for detailed testing of various two-wired buses, such as CAN and LIN. Its physical layer measurement functions include bit-error rate (BER) testing, data burst analysis, eye patterns, and jitter measurements. Moreover, it can also measure communication protocols, including the maximum data rate, packet error rate (PER), packet burst length, packet burst pattern, and packet length. ANRITSU 68197B consists of a PC interface that can be used to control it remotely and store test parameters and results. It also includes a user-friendly graphical user interface (GUI) which allows users to easily configure the settings and conduct measurements. Furthermore, 68197B also provides an advanced trigger logic that is able to detect and discriminate any waveforms. It also includes a flexible waveform generator that can generate a variety of waveforms, including burst and ramp patterns, to assess the performance of the communication link. ANRITSU 68197B's robust design ensures accuracy and reliability in any test system. Its physical layer measurement capabilities assist in verifying communication systems and identifying any links that might be weak. Furthermore, it features the latest technology in the form of two built-in oscilloscopes with 8-bit resolutions and bandwidths up to 100MHz to perform detailed analysis of data communication signals. 68197B is an integral tool for monitoring, evaluating and troubleshooting any two-wired communication networks, particularly in a high-speed data communications environment. It will enable users to perform detailed measurement and analysis of both physical and protocol layers of the communication networks with accuracy and reliability.