The Rohde & Schwarz NGL202 is a dual-channel programmable DC power supply developed for engineers working with modern battery-powered electronics, wireless devices, sensors, semiconductor products, and low-power embedded systems. Combining precision power sourcing with advanced measurement capabilities, the NGL202 delivers excellent performance for both development and validation applications.
The instrument provides two independent output channels, each capable of delivering 0 V to 20 V and up to 6 A. Total available output power is 120 W. Both channels support simultaneous operation and provide excellent regulation, low ripple characteristics, and fast transient response.
A key feature of the NGL202 is its high-accuracy current measurement capability, allowing engineers to capture both ultra-low standby currents and dynamic load conditions within a single instrument. Multiple current measurement ranges provide resolution suitable for analysing sleep modes, transmit cycles, and power-saving operation in battery-powered devices.
The integrated battery simulation function enables realistic emulation of battery behaviour during product development and testing. Additional capabilities include voltage, current, power and energy measurements, data logging, arbitrary waveform generation, sequencing functions, and comprehensive protection mechanisms.
The NGL202 includes USB and LAN interfaces as standard for remote operation and automated test integration. A colour touchscreen display provides intuitive operation and simultaneous visibility of both output channels and measurement data.
Keywords: Rohde & Schwarz NGL202, dual output power supply, battery simulator, precision laboratory PSU, IoT device testing, low current measurement, semiconductor validation
| Model | Outputs | Voltage Range | Current Range | Total Power | Availability |
|---|---|---|---|---|---|
| NGL201 | 1 | 0 V to 20 V | 0 A to 6 A | 60 W | Enquiry Only |
| NGL202 | 2 | 0 V to 20 V | 0 A to 6 A | 120 W | Enquiry Only |
The NGL202 is ideally suited for IoT device development, battery-powered electronics testing, wireless module validation, wearable technology development, semiconductor characterisation, low-power embedded systems, power consumption analysis, research laboratories, and automated test environments requiring precision dual-channel power sourcing and measurement capability.
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