Used ANRITSU MS710A #9101266 for sale

ANRITSU MS710A is an Electronic Test Equipment (ETE) used for measuring and testing electrical components, equipment, and systems. It is suitable for a variety of tasks such as measuring low to high frequency signals, testing communication systems, inspecting cable structures, and testing wired and wireless circuits. MS710A works by utilizing various test methods to obtain objective measurements of electrical parameters such as voltage, resistance, current, and frequency. It comprises an Automated Network Analyzer main unit, a power supply, and various probes and fixtures designed for specific applications. The unit is compatible with various types of probes including capacitance probes, current probes, voltage probes, differential voltage probes, and frequency probes. Additionally, due to its wide operating temperature range of -10°C to 60°C, ANRITSU MS710A is designed to facilitate lab or field testing. MS710A features a spectrum analyzer for inspecting electronic circuits and measuring high frequency signals. It provides reliable performance with its ability to accurately assess the frequency domain characteristics of signals up to 3 GHz, and a resolution bandwidth of 21 kHz. The unit also operates with an Allan uncertainty of 0.18 dB, allowing users to confidently make decisions based on test results. Additionally, ANRITSU MS710A comes with a Time Domain Scanning (TDS) feature which enables users to visualize waveforms over time for further analysis. MS710A is controlled by a Graphical User Interface (GUI) which displays waveforms, spectrum trace, and signal reading results in an intuitive operating environment. The GUI provides basic instrument control functionality through its command keys, numerical keypad, and soft key functionality. ANRITSU MS710A also features an external GUI software with remote operation capabilities. Overall, MS710A is an ideal solution for a range of industries such as the automotive industry, defense industry, research institutes, and OEMs. Its comprehensive range of test methods, high accuracy, remote operation capabilities, and wide operating temperature range make it a suitable choice for accurate and reliable measurements. It provides users with an efficient and reliable way to measure and test electronic components, equipment, and systems.