Used NARDA 3000-10 #9234891 for sale

NARDA 3000-10 is an electronic test equipment designed for quick and accurate testing of a wide range of electronic components, devices, and systems. It can be used to measure both analog and digital signals, as well as their respective waveforms. It can additionally provide detailed circuit, component, and system design information. 3000-10 utilizes an advanced microprocessor setup with a modular design and a comprehensive user interface for parameter setting and data collection. An LCD display is available for presenting data and current system information in an easy to understand format. Its memory can store up to 500 test results or other information, which can be sent to a printer or a computer. This unit provides a number of advanced measurement parameters such as frequency, duty cycle, amplitude, distortion, and noise measurements. These measurements can be variable over a wide range of different waveforms, including sine, square, and triangular waves. In addition, the unit provides temperature and power readings. NARDA 3000-10 is suitable for a wide range of applications including product development, production testing, portable test measurements, and engineering analysis. It has a number of safety features that ensure the safe and reliable operation of the unit even in hazardous conditions. It is designed to withstand vibration, magnetic fields, and other transient disturbances. It also has a high degree of immunity to interference from radio frequency sources. 3000-10 also provides a variety of connection options including GPIB, USB, Ethernet, and Bluetooth. These connection options make data communication easier and more efficient. NARDA 3000-10 has a durable design and is housed in a rugged casing that is corrosion and shock-resistant. This ensures that the unit can continue to operate efficiently even in challenging conditions. Overall, 3000-10 is an advanced electronic test equipment designed to provide accurate, reliable, and high-resolution testing parameters across a wide range of component, device, and system applications. Its advanced features make it suitable for advanced engineering analysis and troubleshooting, as well as for product development and portable test measurements.