Used ANRITSU S362E #9068108 for sale

ANRITSU S362E electronic test equipment is a highly advanced tool designed to analyze signals at high speed. It features a wide range of measurement capabilities, including high-resolution signal analysis, accurate frequency and timing measurements, and pulse width measurements. S362E is a great choice for verifying digital communications systems such as GSM, EDGE, and UMTS. It offers a wide range of features to facilitate signal analysis, such as dual-channel signal acquisition, fast pulse measurement, and flexible trigger functions. For maximum accuracy, ANRITSU S362E is fitted with a 10 MHz time base reference signal. This ensures that readings are accurate, even when measuring high-frequency signals or when testing multiple signals simultaneously. S362E also features a comprehensive range of analysis tools for accurate signal identification. These include a built-in spectrum analyzer, an oscilloscope, a bit error rate analyzer, and a network analyzer. Each of these tools can be used to evaluate different types of transmission signals, such as frequency and amplitude, and to analyze the performance of a digital communications system. ANRITSU S362E is equipped with a 4.3-inch TFT LCD screen for easy viewing of all the software's displays and menus. This makes the process of setting up and analyzing a signal as simple as possible. Additionally, the device is designed to reduce evaluation time by optimizing its speed, accuracy, and precision at all times. S362E also offers portability and flexibility to users needing on-the-go measurement solutions. By opting for the optional battery pack, ANRITSU S362E can be used anywhere; all the user needs is the appropriate power supply. This makes it ideal for field testing and troubleshooting, as it can be used without a workstation or dedicated cabling. In conclusion, S362E is an ideal choice for users in need of reliable and fast signal analysis in the lab or in the field. With its comprehensive range of features, accuracy, and speed, it is the perfect choice for testing digital communications systems and digital signal processing.