N6705C is a high-performance DC power analyzer launched by Keysight.
2025-02-22
N6705C is a high-performance DC power analyzer launched by Keysight. The following is the detailed introduction of N6705C:
1. Main Features
Modular Design:
The N6705C DC Power Analyzer adopts modular design with 4 slots, which can accommodate up to 4 power modules with a total power of up to 600W.
It provides a variety of module options, including basic power supplies, high-performance power supplies, precision power supplies, and source/measurement units, etc., to meet different test requirements.
High-precision Measurement:
Voltage accuracy is up to 0.025% + 50μV, current accuracy is up to 0.025% + 8nA, both achieve 18-bit resolution.
It provides a digital multimeter (DMM) function to realize high-precision measurement of current, voltage and resistance.
Multi-function Integration:
Integrated oscilloscope function for digital processing of voltage and current, with bandwidth up to 200kHz and sampling points up to 512kpts.
Arbitrary waveform generator function, with bandwidth up to 100kHz and output power up to 500W (500W is mentioned in some sources, while 500W is the higher configuration option).
Data logger function, with measurement intervals ranging from 20μs to 60s, maximum reading rate up to 500M readings per second, and can store up to 500 million readings per data logger.
Modern Connectivity:
Supports GPIB, USB and LAN interfaces for convenient connection to computers and other devices.
Compliant with LXI standard, supports remote control and automated testing.
User-Friendly Interface:
Equipped with a large color graphic display that intuitively presents complex data.
Provides dedicated physical controls for convenient operation of common functions.
Can be integrated with Keysight PathWave BenchVue BV9200 control and analysis software to deliver more powerful control and analysis capabilities.
II. Application Scenarios
N6705C DC Power Analyzer is suitable for various test scenarios that require high-precision, multi-functional DC power, such as R&D, production and debugging of electronic equipment. Its modular design allows users to select appropriate module combinations according to actual requirements, to meet different testing needs. Meanwhile, its features including high-precision measurement, multi-functional integration and modern connectivity also greatly improve test efficiency and flexibility.
3. Conclusion
The N6705C DC Power Analyzer has secured its place in the electronic testing field thanks to its excellent performance, rich functions and convenient operation experience. Whether it is for circuit performance analysis or accurate fault location, N6705C can provide users with powerful support. Therefore, for test engineers and scientific researchers who require high-precision, multi-functional DC power testing, N6705C is undoubtedly a worthy option.
