One-shot Results for Narrowband, Full Spectrum and Harmonics or some trade offs for a lower price?
Decide yourself how to combine the various power measurement channels. We have them for every
LMG of the 600 family in stock.
| L60-CH-S
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S-Channel for high-precision broadband and DC-optimized measurements
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DC-optimized,
with DualPath functionality, bandwidth DC-10 MHz,
best power accuracy 0.015% + 0.01%
18 bit channel resolution
Measuring inputs:
1. Voltage directly: 300 mV - 1000 Vtrms/1500VDC in 10 ranges, 3200 Vpk
2. Voltage sensor input: 3 mV - 4 Vtrms/10 VDC in 8 ranges, 12.5 Vpk
3. Current directly 500 μA-32 Atrms in 10 ranges, 120 Apk
4. Current sensor input: 3 mV - 4 Vtrms/10 VDC in 8 ranges, 12.5 Vpk
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| L60-CH-A
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A-Channel for high-precision broadband measurements
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with DualPath functionality, bandwidth DC-10 MHz,
best power accuracy 0.015% + 0.01%
18 bit channel resolution
Measuring inputs:
1. Voltage directly: 300 mV - 1000 Vtrms in 10 ranges, 3200 Upk
2. Voltage sensor input: 3 mV - 4 Vtrms in 8 ranges, 12.5 Upk
3. Current directly 500 µA-32 Atrms in 10 ranges, 120 Ipk
4. Current sensor input: 3 mV - 4 Vtrms in 8 ranges, 12.5 Upk
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| L60-CH-B
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B-Channel for general purpose measurements
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with DualPath functionality, bandwidth DC - 500 kHz,
best power accuracy 0.05% + 0.02%
16 bit channel resolution
Measuring inputs:
1. Voltage directly: 300 mV - 1000 Vtrms in 10 ranges, 3200 Upk
2. Current directly 500 µA-32 Atrms in 10 ranges, 120 Ipk
3. Current sensor input: 3 mV - 4 Vtrms in 8 ranges, 12.5 Upk
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| L60-CH-C
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C-Channel for high-precision measurements up to 10kHz
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bandwidth DC - 10 kHz, best power accuracy 0.03% + 0.01%,
16 bit channel resolution
Measuring inputs:
1. Voltage directly: 300 mV - 1000 Vtrms in 10 ranges, 3200 Upk
2. Current directly 500 µA-32 Atrms in 10 ranges, 120 Ipk
3. Current sensor input: 3 mV - 4 Vtrms in 8 ranges, 12.5 Upk
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