丝印代码：110600000；AMC1106x Small, High-Precision, Basic Isolated Delta-Sigma Modulators

1 Features 1• ±50-mV input voltage range optimized for current measurement with shunt resistors • Manchester coded or uncoded bitstream options • Excellent DC performance for high-precision sensing on system level: – Offset error and drift: ±50 μV, ±1 μV/°C (max) – Gain error and drift: ±0.

丝印代码：110600000；AMC1106x Small, High-Precision, Basic Isolated Delta-Sigma Modulators

1 Features 1• ±50-mV input voltage range optimized for current measurement with shunt resistors • Manchester coded or uncoded bitstream options • Excellent DC performance for high-precision sensing on system level: – Offset error and drift: ±50 μV, ±1 μV/°C (max) – Gain error and drift: ±0.

丝印代码：110600000；AMC1106x Small, High-Precision, Basic Isolated Delta-Sigma Modulators

1 Features 1• ±50-mV input voltage range optimized for current measurement with shunt resistors • Manchester coded or uncoded bitstream options • Excellent DC performance for high-precision sensing on system level: – Offset error and drift: ±50 μV, ±1 μV/°C (max) – Gain error and drift: ±0.

丝印代码：110600000；AMC1106x Small, High-Precision, Basic Isolated Delta-Sigma Modulators

1 Features 1• ±50-mV input voltage range optimized for current measurement with shunt resistors • Manchester coded or uncoded bitstream options • Excellent DC performance for high-precision sensing on system level: – Offset error and drift: ±50 μV, ±1 μV/°C (max) – Gain error and drift: ±0.

丝印代码：110600000；AMC1106x Small, High-Precision, Basic Isolated Delta-Sigma Modulators

1 Features 1• ±50-mV input voltage range optimized for current measurement with shunt resistors • Manchester coded or uncoded bitstream options • Excellent DC performance for high-precision sensing on system level: – Offset error and drift: ±50 μV, ±1 μV/°C (max) – Gain error and drift: ±0.

丝印代码：110600000；AMC1106x Small, High-Precision, Basic Isolated Delta-Sigma Modulators

1 Features 1• ±50-mV input voltage range optimized for current measurement with shunt resistors • Manchester coded or uncoded bitstream options • Excellent DC performance for high-precision sensing on system level: – Offset error and drift: ±50 μV, ±1 μV/°C (max) – Gain error and drift: ±0.