R&S LMG671-ATE Power Analyzer 7 Channels ATE Base Unit
Measurement Channels
- Outstanding accuracy of 0.015% of measured value + 0.01% of range
- Full dynamic range of 500 µA to 32 A / 3 mV to 1000 V per channel available in single instrument
- Power measurements from standby to full load (max. 32 A) without mechanical changes
- Analog bandwidth DC up to 10 MHz
- Modular configuration with 1 to 4 power measurement channels (alternatively 6 channels + 1 I/O card)
- Gapless sampling up to 18 bit and a minimal cycle time of 10 ms
- Delay time between V and I input < 3ns, very precise measurements at small power factors (PF) and/or high frequencies
Features
- Simultaneous measurement of narrow- and broadband values through innovative DualPath architecture
- Simultaneous capturing of fundamental frequency and broadband RMS values for instantaneous detection of losses, resp. high-frequency components
- Harmonics and interharmonics up to 2000. order, as required by EN61000-4-7
- With optional I/O card speed/torque inputs freely configurable for all signal types (analogue, frequency as RS422,TTL or HTL) via menu
- Flexible scripting tool for custom applications
- Simultaneous measurement of V, I, P values and harmonics, presentation in tabular or graphical form
- Signal filters freely configurable by frequency, type and characteristics
- Synchronization to up to 4 different frequencies simultaneously
- Flicker measurement, interactions between grid and appliance according to EN61000-4-15
- Internal storage of long-term measurements even with shortest cycle-time thanks to integrated mass storage device
- Excellent connectivity via USB3.0, Gbit-LAN, RS-232 and DVI
Miscellaneous
- Convenient 'plug-and-measure' through automated sensor detection
- no external sensor power supply required
- 12 months guaranteed calibration interval for minimal service cost and optimal availability
- Calibration certificate included free-of-charge in first delivery
LMG671-ATE – Optimized for rack-mounting
Power analyzers can contribute to many stages of the product lifecycle, from R&D to end-of-line testing. The requirements for accuracy, bandwidth and range of functions vary with location and purpose. Using the same measurement technology during different stages of product maturity allows to avoid deviations in results by providing a common reference.
Commonality in measurement hardware is very desireable, but when it comes to operation, the desktop instrument of an R&D engineer and the rack-mounted unit in an automated test system could not be more different. Manual operation via front panel vs. remote control. On-screen evaluation vs. high-speed streaming of sample data to a central repository.
Local operation is not only unnecessary, it is often undesirable and should be blocked to prevent unauthorized access or accidental interference by untrained personnel. Therefore, in most cases in an automated test environment a front panel GUI is redundant. Eliminating key panel and screen increases application-specific usability and lowers costs. In these cases, the LMG-ATE with its unique combination of time-proven measurement hardware and specific operation is the instrument of choice.
Power analyses are possible from standby to fullload operation without any modifications. Thanks to a bandwidth from DC to 10 MHz, full-resolution sampling up to 18 bits, and minimum cycle times of 10 ms, the device delivers fast and precise results. This is complemented by flexible filters, scripting functions, and comprehensive visualizations. The device is conveniently operable via touchscreen, while numerous interfaces and integrated memory ensure convenient data acquisition and further processing.
The innovative DualPath architecture enables the simultaneous measurement of narrowband and wideband values as well as the analysis of harmonics up to
the 2000th order. This is complemented by flexible filters, scripting functions, and comprehensive visualizations.
LMG600 Power Channels – A, B, C or S?
Power analyzers are available in different accuracy classes, to allow the user to choose the right tool for the job at hand. After all, not all applications require maximum precision; often lower resolution and frequency range are sufficient. Unfortunately, not all measuring applications exhibit this distinction. It is very well possible, for instance, to have need for different frequency ranges and accuracy levels at different points in the same measurement configuration.
This is why the LMG600 offers four different channel types, which can be combined in the same chassis without problems to ensure that you always have a measuring device tailored to your needs for your particular application. No need to accept trade-offs in accuracy or take a sledgehammer to crack a nut, if a lower priced solution could have served your purposes equally well.
LMG671-ATE – Optimized for rack-mounting
Power analyzers can contribute to many stages of the product lifecycle, from R&D to end-of-line testing. The requirements for accuracy, bandwidth and range of functions vary with location and purpose. Using the same measurement technology during different stages of product maturity allows to avoid deviations in results by providing a common reference.
Commonality in measurement hardware is very desireable, but when it comes to operation, the desktop instrument of an R&D engineer and the rack-mounted unit in an automated test system could not be more different. Manual operation via front panel vs. remote control. On-screen evaluation vs. high-speed streaming of sample data to a central repository.
Local operation is not only unnecessary, it is often undesirable and should be blocked to prevent unauthorized access or accidental interference by untrained personnel. Therefore, in most cases in an automated test environment a front panel GUI is redundant. Eliminating key panel and screen increases application-specific usability and lowers costs. In these cases, the LMG-ATE with its unique combination of time-proven measurement hardware and specific operation is the instrument of choice.
Power analyses are possible from standby to fullload operation without any modifications. Thanks to a bandwidth from DC to 10 MHz, full-resolution sampling up to 18 bits, and minimum cycle times of 10 ms, the device delivers fast and precise results. This is complemented by flexible filters, scripting functions, and comprehensive visualizations. The device is conveniently operable via touchscreen, while numerous interfaces and integrated memory ensure convenient data acquisition and further processing.
The innovative DualPath architecture enables the simultaneous measurement of narrowband and wideband values as well as the analysis of harmonics up to
the 2000th order. This is complemented by flexible filters, scripting functions, and comprehensive visualizations.
LMG600 Power Channels – A, B, C or S?
Power analyzers are available in different accuracy classes, to allow the user to choose the right tool for the job at hand. After all, not all applications require maximum precision; often lower resolution and frequency range are sufficient. Unfortunately, not all measuring applications exhibit this distinction. It is very well possible, for instance, to have need for different frequency ranges and accuracy levels at different points in the same measurement configuration.
This is why the LMG600 offers four different channel types, which can be combined in the same chassis without problems to ensure that you always have a measuring device tailored to your needs for your particular application. No need to accept trade-offs in accuracy or take a sledgehammer to crack a nut, if a lower priced solution could have served your purposes equally well.
