Hot Sale Alimentatore Programmabile R&s® Ngm202 - Today Only [d93rmQPJ]

High-Performance Programmable Power Supply

The R&S® NGM202 is a versatile and precise programmable power supply designed for battery-powered electronic system development and validation. This lab-grade power supply offers exceptional stability and low noise, making it ideal for a wide range of applications. With its dual-channel capability, the R&S® NGM202 can deliver or absorb voltages up to 20 V and currents up to 6 A, providing users with a flexible tool for simulating battery charging and discharging scenarios.

Advanced Features and Specifications

The R&S® NGM202 boasts a range of advanced features and specifications that set it apart from other power supplies. Its rapid voltage output regulation ensures quick and accurate adjustments, while its low ripple and noise levels guarantee stable performance. The power supply features two isolated channels, allowing for independent control and measurement. Additional benefits include relay-separated output levels, variable internal resistance, and comprehensive protection functions for both the device and the Device Under Test (DUT). The following are some of the key features and specifications:

• Quick voltage output regulation
• Low ripple and noise levels
• Isolated and earthless channels
• Relay-separated output levels
• Variable internal resistance
• Comprehensive protection functions

Practical Applications and Target Audience

The R&S® NGM202 is an essential tool for engineers and researchers working on battery-powered electronic systems. Its ability to simulate real-world battery behavior, thanks to the battery simulation feature, makes it particularly valuable for development and validation activities. The power supply's FastLog function allows for capturing short-duration spikes, making it perfect for debugging and troubleshooting. With its versatile dual-channel design and comprehensive feature set, the R&S® NGM202 is a must-have for professionals in the fields of electronics, telecommunications, and automotive engineering.