Measurement ±20 mV

Basic accuracy: Measuring deviation at 23°C, with averaging

< ±0.04 %, < ±400 ppm_FSV typ.

< ±8.0 µV typ.

Offset/Zero point deviation (at 23°C)

E_Offset

< 380 ppm_FSV

Gain/scale/amplification deviation (at 23°C)

E_Gain

< 60 ppm

Non-linearity over the whole measuring range

E_Lin

< 100 ppm_FSV

Repeatability, over 24 h, with averaging

E_Rep

< 25.0 ppm_FSV

Temperature coefficient

Tc_Gain

< 4 ppm/K typ.

Tc_Offset

< 20.0 ppm_FSV/K typ.

< 0.40 µV/K typ.

Noise (without filtering)

E_{Noise, PtP}

< 540 ppm_FSV

< 4219 [digits]

< 10.80 µV

E_{Noise, RMS}

< 90 ppm_FSV

< 703 [digits]

< 1.80 µV

Max. SNR

> 80.9 dB

Noisedensity@1kHz

< 0.03

Noise (with 50 Hz FIR filtering)

E_{Noise, PtP}

< 80 ppm_FSV

< 625 [digits]

< 1.60 µV

E_{Noise, RMS}

< 13.0 ppm_FSV

< 102 [digits]

< 0.26 µV

Max. SNR

> 97.7 dB

Common-mode rejection ratio (without filtering)

DC: >115 dB typ.

50 Hz: >105 dB typ.

1 kHz: >80 dB typ.

Common-mode rejection ratio (with 50 Hz FIR filtering)

DC: >115 dB typ.

50 Hz: >115 dB typ.

1 kHz: >115 dB typ.

Largest short-term deviation during a specified electrical interference test

Value to follow