Current Sensing Amplifiers (269 artikelen)

Current Sensing Amplifiers, Analog Devices. Current Sense Amplifiers accurately amplify small voltages in the presence of large common-mode voltage.

Current Sensing Amplifiers, Analog Devices. Current Sense Amplifiers accurately amplify small voltages in the presence of large common-mode voltage.

Power Supply Type = Single Typical Single Supply Voltage = 5 V Minimum CMRR = 100dB Number of Channels per Chip = 1 Output Type = Single Ended Mounting Type = Surface Mount Package Type = SOIC Pin ...

Current Sensing Amplifiers, Analog Devices. Current Sense Amplifiers accurately amplify small voltages in the presence of large common-mode voltage.

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Current Sensing Amplifiers, DiodesZetex

Digital Power Monitors, Intersil. Digital Power Monitors are capable of bidirectional, high-side and low-side digital current sense, and voltage monitors.

Digital Power Monitors, Intersil. Digital Power Monitors are capable of bidirectional, high-side and low-side digital current sense, and voltage monitors.

Digital Power Monitors, Intersil. Digital Power Monitors are capable of bidirectional, high-side and low-side digital current sense, and voltage monitors.

Typical Single Supply Voltage = 5.5 v Minimum CMRR = 100dB Output Type = Differential Package Type = ÎMAX Pin Count = 8

The Maxim Integrated Products MAX40056 is a bidirectional current-sense amplifier with an input common-mode range that extends from -0.1V to +65V together with protection against negative inductive...

Bidirectional, Compact, Current-Sense Solution Total Output Error Less than 1.5% Selectable Gain of 50V/V or 100V/V Wide 1.35V to 24V Common-Mode Range Independent of Supply Voltage 2.7V to 24V Sin...

Power Supply Type = Single Typical Single Supply Voltage = 3 → 28 V Minimum CMRR = 90 (Typ.)dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 1.2 mA Mounting Type = ...

Ideal for High-Voltage Current Monitoring Applications Wide 4.5V to 76V Input Common-Mode Range Independent Operating Supply Voltage High Accuracy and Low Quiescent Current Support Precision Applic...

Power Supply Type = Single Typical Single Supply Voltage = 4.5 → 76 V Minimum CMRR = 100dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 190 μA Mounting Type = Surf...

Current Sensing Amplifiers, Maxim Integrated

Ideal for High-Voltage Current Monitoring Applications Wide 4.5V to 76V Input Common-Mode Range Independent Operating Supply Voltage High Accuracy and Low Quiescent Current Support Precision Applic...

Ideal for High-Voltage Current Monitoring Applications Wide 4.5V to 76V Input Common-Mode Range Independent Operating Supply Voltage High Accuracy and Low Quiescent Current Support Precision Applic...

Ideal for High-Voltage Current Monitoring Applications Wide 4.5V to 76V Input Common-Mode Range Independent Operating Supply Voltage High Accuracy and Low Quiescent Current Support Precision Applic...

Ideal for High-Voltage Current Monitoring Applications Wide 4.5V to 76V Input Common-Mode Range Independent Operating Supply Voltage High Accuracy and Low Quiescent Current Support Precision Applic...

Battery Charging ; Monitoring Controllers, Maxim Integrated

Current Sensing Amplifiers, Maxim Integrated

Current Sensing Amplifiers, Maxim Integrated

Power Supply Type = Single Typical Single Supply Voltage = 3 → 28 V Minimum CMRR = 90 (Typ.)dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 1 mA Mounting Type = Su...

Power Supply Type = Single Typical Single Supply Voltage = 3 → 28 V Minimum CMRR = 90 (Typ.)dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 1 mA Mounting Type = Su...

Current Sensing Amplifiers, Maxim Integrated

Current Sensing Amplifiers, Maxim Integrated

Power Supply Type = Single Typical Single Supply Voltage = 2.7 → 28 V Minimum CMRR = 85 (Typ.)dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 60 μA Mounting Type =...

Power Supply Type = Single Typical Single Supply Voltage = 3 → 28 V Minimum CMRR = 90dB Number of Channels per Chip = 1 Output Type = Buffered Maximum Supply Current = 2.2 mA Mounting Type = Surfac...

Current Sensing Amplifiers, Maxim Integrated

Current Sensing Amplifiers, Maxim Integrated

Supports Use of Small Current-Sense Resistors to Improve Power-Supply Conversion Efficiency and Measurement Accuracy Input Bias Current of 80nA (max) Very Low 2μV Input Offset Voltage (MAX44284F/H)...

Power Supply Type = Single Typical Single Supply Voltage = 1.7 → 5.5 V Minimum CMRR = 91.3dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 41.5 μA Mounting Type = S...

Power Supply Type = Single Typical Single Supply Voltage = 1.7 → 5.5 V Minimum CMRR = 91.3dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 41.5 μA Mounting Type = S...

Reduce Protective Clamping for High Inductive Kickback Voltage -20V to +75V Input Common-Mode Voltage Range Supports Wide Range of Precision AC and DC Current Sensing Applications Uni- or Bidirecti...

Power Supply Type = Single Typical Single Supply Voltage = 4.5 → 5.5 V Minimum CMRR = 96dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 2.2 mA Mounting Type =...

Current Sensing Amplifiers, Maxim Integrated

Power Supply Type = Single Typical Single Supply Voltage = 9 V Number of Channels per Chip = 1 Package Type = VQFN Pin Count = 16

Power Supply Type = Single Typical Single Supply Voltage = 9 V Number of Channels per Chip = 1 Package Type = VQFN Pin Count = 16

Power Supply Type = Single Typical Single Supply Voltage = 9 V Number of Channels per Chip = 4 Package Type = WLSCP Pin Count = 16

Power Supply Type = Single Typical Single Supply Voltage = 9 V Number of Channels per Chip = 4 Package Type = WLSCP Pin Count = 16

Power Supply Type = Single Typical Single Supply Voltage = 5 V Minimum CMRR = 100dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 80 μA Mounting Type = Surface...

The NCS199A1R is a voltage output current shunt monitor (also called current sense amplifier) which can measure voltage across shunts at common-mode voltages from -0.3 to 26V, independent of supply...

The NCS199A2R is a voltage output current shunt monitor (also called current sense amplifier) which can measure voltage across shunts at common-mode voltages from -0.3 to 26V, independent of supply...

Power Supply Type = Single Typical Single Supply Voltage = 2.2 → 26 V Minimum CMRR = 100dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 60 μA Mounting Type = ...

The NCS199A3R is a voltage output current shunt monitor (also called current sense amplifier) which can measure voltage across shunts at common-mode voltages from -0.3 to 26V, independent of supply...

Power Supply Type = Single Typical Single Supply Voltage = 2.2 → 26 V Minimum CMRR = 100dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 60 μA Mounting Type = ...

Wide common mode input range -0.3 V to 26 V Low offset voltage ± 150 μV Max Low Offset Drift: 0.5 μV/°C Supply voltage range from 2.2 V to 26 V High-Side Current Sensing for High Voltage Systems Lo...

Power Supply Type = Single Typical Single Supply Voltage = 2.2 → 26 V Minimum CMRR = 105dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 60 μA Mounting Type = ...

Power Supply Type = Single Typical Single Supply Voltage = 2.2 → 26 V Minimum CMRR = 105dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 60 μA Mounting Type = ...

The NCS211R and NCV211R are voltage output, current sense amplifiers that can measure voltage across shunts at common−mode voltages from −0.3 V to 26 V, independent of supply voltage. With a fixed ...

Power Supply Type = Single Typical Single Supply Voltage = 5 V Minimum CMRR = 105dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 80 μA Mounting Type = Surface...

The NCS211R and NCV211R are voltage output, current sense amplifiers that can measure voltage across shunts at common-mode voltages from -0.3 V to 26 V, independent of supply voltage. With a fixed ...

Power Supply Type = Single Typical Single Supply Voltage = 5 V Minimum CMRR = 100dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 80 μA Mounting Type = Surface...

The NCS213R and NCV213R (AEC- Q100 qualified) are voltage output, current sense amplifiers that can measure voltage across shunts at common−mode voltages from −0.3 V to 26 V, independent of supply ...

Wide common mode input range -0.3 V to 26 V Low offset voltage ± 150 μV Max Low Offset Drift: 0.5 μV/°C Supply voltage range from 2.2 V to 26 V High-Side Current Sensing for High Voltage Systems Lo...

Power Supply Type = Single Typical Single Supply Voltage = 2.2 → 26 V Minimum CMRR = 105dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 60 μA Mounting Type = ...

Power Supply Type = Dual Typical Single Supply Voltage = 2.7-5.5 V Minimum CMRR = 84dB Number of Channels per Chip = 2 Output Type = Differential Package Type = Micro8 Pin Count = 8

Power Supply Type = Dual Typical Single Supply Voltage = 2.7-5.5 V Minimum CMRR = 84dB Number of Channels per Chip = 2 Output Type = Differential Package Type = Micro8 Pin Count = 8

Power Supply Type = Dual Typical Single Supply Voltage = 2.7-5.5 V Minimum CMRR = 84dB Number of Channels per Chip = 2 Output Type = Differential Package Type = Micro8 Pin Count = 8

Power Supply Type = Dual Typical Single Supply Voltage = 2.7-5.5 V Minimum CMRR = 84dB Number of Channels per Chip = 2 Output Type = Differential Package Type = Micro8 Pin Count = 8

Power Supply Type = Dual Typical Single Supply Voltage = 2.7 → 5.5 V Minimum CMRR = 84dB Number of Channels per Chip = 2 Package Type = Micro8 Pin Count = 8

Power Supply Type = Dual Typical Single Supply Voltage = 2.7 → 5.5 V Minimum CMRR = 84dB Number of Channels per Chip = 2 Package Type = Micro8 Pin Count = 8

Power Supply Type = Single Typical Single Supply Voltage = 2.2 → 26 V Minimum CMRR = 105dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 60 μA Mounting Type = ...

Wide common mode input range -0.3 V to 26 V Low offset voltage ± 150 μV Max Low Offset Drift: 0.5 μV/°C Supply voltage range from 2.2 V to 26 V High-Side Current Sensing for High Voltage Systems Lo...

The NCS211R and NCV211R are voltage output, current sense amplifiers that can measure voltage across shunts at common-mode voltages from -0.3 V to 26 V, independent of supply voltage. With a fixed ...

Power Supply Type = Single Typical Single Supply Voltage = 5 V Minimum CMRR = 105dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 80 μA Mounting Type = Surface...

Wide common mode input range -0.3 V to 26 V Low offset voltage ± 150 μV Max Low Offset Drift: 0.5 μV/°C Supply voltage range from 2.2 V to 26 V High-Side Current Sensing for High Voltage Systems Lo...

Power Supply Type = Single Typical Single Supply Voltage = 2.2 → 26 V Minimum CMRR = 105dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 60 μA Mounting Type = ...

Typical Single Supply Voltage = 50 V Minimum CMRR = 105dB Output Type = Rail to Rail Package Type = 5 Ld SOT-23 Pin Count = 5

Typical Single Supply Voltage = 50 V Minimum CMRR = 105dB Output Type = Rail to Rail Package Type = 5 Ld SOT-23 Pin Count = 5

Typical Single Supply Voltage = 20 V Minimum CMRR = 105dB Output Type = Rail to Rail Package Type = 5 Ld SOT-23 Pin Count = 5

Typical Single Supply Voltage = 20 V Minimum CMRR = 105dB Output Type = Rail to Rail Package Type = 5 Ld SOT-23 Pin Count = 5

Current Sensing Amplifiers, Intersil

Power Supply Type = Single Typical Single Supply Voltage = 3 to 5.5 V Minimum CMRR = 110dB Number of Channels per Chip = 1 Output Type = Digital Package Type = MSOP Pin Count = 10

Power Supply Type = Single Typical Single Supply Voltage = 3 to 5.5 V Minimum CMRR = 110dB Number of Channels per Chip = 1 Output Type = Digital Package Type = MSOP Pin Count = 10

Power Supply Type = Single Typical Single Supply Voltage = 5.5 V Number of Channels per Chip = 1 Package Type = SSOP6 Pin Count = 6

Power Supply Type = Single Typical Single Supply Voltage = 5.5 V Number of Channels per Chip = 1 Package Type = SSOP6 Pin Count = 6

Si8920 Isolated Amplifier for Current Shunt Measurement. The Si8920 is a galvanically isolated analogue amplifier. Their low voltage and differential input is ideal for measuring voltage across a c...

Si8920 Isolated Amplifier for Current Shunt Measurement. The Si8920 is a galvanically isolated analogue amplifier. Their low voltage and differential input is ideal for measuring voltage across a c...

Si8920 Isolated Amplifier for Current Shunt Measurement. The Si8920 is a galvanically isolated analogue amplifier. Their low voltage and differential input is ideal for measuring voltage across a c...

Si8920 Isolated Amplifier for Current Shunt Measurement. The Si8920 is a galvanically isolated analogue amplifier. Their low voltage and differential input is ideal for measuring voltage across a c...

Current Sensing Amplifiers, STMicroelectronics. Accurate sensing of currents in a circuit is central to enhance application safety.

Current Sensing Amplifiers, STMicroelectronics. Accurate sensing of currents in a circuit is central to enhance application safety.