R&S L60-CH-S3 S-Channel: High-precision wideband DC-optimized measurements up to 10 MHz
L60-CH-S3 High-precision wideband channel DC-optimized Supported DualPath functionality
- DC-10 MHz bandwidth
- Best power accuracy 0.015 % + 0.01 %,
- Measurement channel resolution 18-bit
- Max. 1000V/CAT II, 600V/CAT III, 300V/CAT IV
Measurement range:
- Voltage direct: 300 mV - 1000 V/1000 V DC in 10 measurement ranges, 3200 Vpk
- Voltage sensor input: 3 mV - 4 Vtrms /10 V DC in 8 measurement ranges, 12.5 Vpk
- Current direct: 500 µA - 32 A in 10 measurement ranges, 120 apk
- Current sensor input: 3mV - 4 Vtrms /10 VDC in 8 measurement ranges, 12.5 Vpk
Compatible with LMG671 and LMG641 power analyzers.
Voltage range extension (L60-CH-S-VRE) to 1500V DC optional.
Versatile high-precision power analyzer
The ZES ZIMMER LMG600 precision power analyzer series provides high-accuracy power measurements in demanding test applications. DualPath architecture enables simultaneous wideband and narrowband analysis up to 10 MHz. The analyzer precisely measures very low power, complex multi-phase and high-power systems with configurable power channels and external sensors.
A 10.1' touchscreen with intuitive user interface, built-in data logging and customizable menus simplifies operation and reduces setup times. Whether in R&D, validation or certification, the analyzer delivers consistent, traceable results for accurate power analysis.
Versatile high-precision power analyzer
The ZES ZIMMER LMG600 precision power analyzer series provides high-accuracy power measurements in demanding test applications. DualPath architecture enables simultaneous wideband and narrowband analysis up to 10 MHz. The analyzer precisely measures very low power, complex multi-phase and high-power systems with configurable power channels and external sensors.
A 10.1' touchscreen with intuitive user interface, built-in data logging and customizable menus simplifies operation and reduces setup times. Whether in R&D, validation or certification, the analyzer delivers consistent, traceable results for accurate power analysis.
