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Operational Amplifiers include single, dual or quad amplifiers in space-saving packages. These devices operate down to 1.8 V and feature rail-to-rail inputs and outputs for improved system performance and low current consumption for extended battery life (600 nA for MCP604X and 614X families). These products offer low offset (V 150 μV), low bias current, high speed operation (10 MHz), high open-loop gain and other options for the embedded system designer.

Amplifier Type	General Purpose
Bandwidth, Gain	10 MHz
Common Mode Rejection Ratio	85 dB
Current, Input Bias	5
Current, Input Offset	±1 pA
Current, Output	±25 mA
Current, Supply	±30 mA
Gain Bandwidth	10000 kHz
Height	0.049" (1.25mm) (Max.)
Input Voltage	2.1 to 2.7 V
Mounting Type	Surface Mount
Noise, Density	8.7 nV/vHz
Number of Amplifiers	Dual
Number of Channels per Chip	2
Number of Circuits	2
Output Type	Rail to Rail
Package Type	SOIC
Slew Rate	7 V/μs
Temperature, Operating, Maximum	+125 °C
Temperature, Operating, Minimum	-40 °C
Temperature, Operating, Range	-40 to +125 °C
Type of Power Supply	Single
Typical Single Supply Voltage	2.4 to 6 V
Voltage, Input Offset	3 mV
Voltage, Input Range	-0.3 to 5.8 V
Voltage, Input, High Level	5.8 V
Voltage, Input, Low Level	-0.3 V
Voltage, Noise	8.7 nV/sqrt Hz
Voltage, Output, High Level	2385 mV
Voltage, Output, Low Level	2385 mV
Width	0.154" (3.9mm)
关键词

Amplifier Type General Purpose  Microchip Technology Inc. Amplifier Type General Purpose  Operational Amplifiers Amplifier Type General Purpose  Microchip Technology Inc. Operational Amplifiers Amplifier Type General Purpose   Bandwidth, Gain 10 MHz  Microchip Technology Inc. Bandwidth, Gain 10 MHz  Operational Amplifiers Bandwidth, Gain 10 MHz  Microchip Technology Inc. Operational Amplifiers Bandwidth, Gain 10 MHz   Common Mode Rejection Ratio 85 dB  Microchip Technology Inc. Common Mode Rejection Ratio 85 dB  Operational Amplifiers Common Mode Rejection Ratio 85 dB  Microchip Technology Inc. Operational Amplifiers Common Mode Rejection Ratio 85 dB   Current, Input Bias 5  Microchip Technology Inc. Current, Input Bias 5  Operational Amplifiers Current, Input Bias 5  Microchip Technology Inc. Operational Amplifiers Current, Input Bias 5   Current, Input Offset ±1 pA  Microchip Technology Inc. Current, Input Offset ±1 pA  Operational Amplifiers Current, Input Offset ±1 pA  Microchip Technology Inc. Operational Amplifiers Current, Input Offset ±1 pA   Current, Output ±25 mA  Microchip Technology Inc. Current, Output ±25 mA  Operational Amplifiers Current, Output ±25 mA  Microchip Technology Inc. Operational Amplifiers Current, Output ±25 mA   Current, Supply ±30 mA  Microchip Technology Inc. Current, Supply ±30 mA  Operational Amplifiers Current, Supply ±30 mA  Microchip Technology Inc. Operational Amplifiers Current, Supply ±30 mA   Gain Bandwidth 10000 kHz  Microchip Technology Inc. Gain Bandwidth 10000 kHz  Operational Amplifiers Gain Bandwidth 10000 kHz  Microchip Technology Inc. Operational Amplifiers Gain Bandwidth 10000 kHz   Height 0.049" (1.25mm) (Max.)  Microchip Technology Inc. Height 0.049" (1.25mm) (Max.)  Operational Amplifiers Height 0.049" (1.25mm) (Max.)  Microchip Technology Inc. Operational Amplifiers Height 0.049" (1.25mm) (Max.)   Input Voltage 2.1 to 2.7 V  Microchip Technology Inc. Input Voltage 2.1 to 2.7 V  Operational Amplifiers Input Voltage 2.1 to 2.7 V  Microchip Technology Inc. Operational Amplifiers Input Voltage 2.1 to 2.7 V   Mounting Type Surface Mount  Microchip Technology Inc. Mounting Type Surface Mount  Operational Amplifiers Mounting Type Surface Mount  Microchip Technology Inc. Operational Amplifiers Mounting Type Surface Mount   Noise, Density 8.7 nV/vHz  Microchip Technology Inc. Noise, Density 8.7 nV/vHz  Operational Amplifiers Noise, Density 8.7 nV/vHz  Microchip Technology Inc. Operational Amplifiers Noise, Density 8.7 nV/vHz   Number of Amplifiers Dual  Microchip Technology Inc. Number of Amplifiers Dual  Operational Amplifiers Number of Amplifiers Dual  Microchip Technology Inc. Operational Amplifiers Number of Amplifiers Dual   Number of Channels per Chip 2  Microchip Technology Inc. Number of Channels per Chip 2  Operational Amplifiers Number of Channels per Chip 2  Microchip Technology Inc. Operational Amplifiers Number of Channels per Chip 2   Number of Circuits 2  Microchip Technology Inc. Number of Circuits 2  Operational Amplifiers Number of Circuits 2  Microchip Technology Inc. Operational Amplifiers Number of Circuits 2   Output Type Rail to Rail  Microchip Technology Inc. Output Type Rail to Rail  Operational Amplifiers Output Type Rail to Rail  Microchip Technology Inc. Operational Amplifiers Output Type Rail to Rail   Package Type SOIC  Microchip Technology Inc. Package Type SOIC  Operational Amplifiers Package Type SOIC  Microchip Technology Inc. Operational Amplifiers Package Type SOIC   Slew Rate 7 V/μs  Microchip Technology Inc. Slew Rate 7 V/μs  Operational Amplifiers Slew Rate 7 V/μs  Microchip Technology Inc. Operational Amplifiers Slew Rate 7 V/μs   Temperature, Operating, Maximum +125 °C  Microchip Technology Inc. Temperature, Operating, Maximum +125 °C  Operational Amplifiers Temperature, Operating, Maximum +125 °C  Microchip Technology Inc. Operational Amplifiers Temperature, Operating, Maximum +125 °C   Temperature, Operating, Minimum -40 °C  Microchip Technology Inc. Temperature, Operating, Minimum -40 °C  Operational Amplifiers Temperature, Operating, Minimum -40 °C  Microchip Technology Inc. Operational Amplifiers Temperature, Operating, Minimum -40 °C   Temperature, Operating, Range -40 to +125 °C  Microchip Technology Inc. Temperature, Operating, Range -40 to +125 °C  Operational Amplifiers Temperature, Operating, Range -40 to +125 °C  Microchip Technology Inc. Operational Amplifiers Temperature, Operating, Range -40 to +125 °C   Type of Power Supply Single  Microchip Technology Inc. Type of Power Supply Single  Operational Amplifiers Type of Power Supply Single  Microchip Technology Inc. Operational Amplifiers Type of Power Supply Single   Typical Single Supply Voltage 2.4 to 6 V  Microchip Technology Inc. Typical Single Supply Voltage 2.4 to 6 V  Operational Amplifiers Typical Single Supply Voltage 2.4 to 6 V  Microchip Technology Inc. Operational Amplifiers Typical Single Supply Voltage 2.4 to 6 V   Voltage, Input Offset 3 mV  Microchip Technology Inc. Voltage, Input Offset 3 mV  Operational Amplifiers Voltage, Input Offset 3 mV  Microchip Technology Inc. Operational Amplifiers Voltage, Input Offset 3 mV   Voltage, Input Range -0.3 to 5.8 V  Microchip Technology Inc. Voltage, Input Range -0.3 to 5.8 V  Operational Amplifiers Voltage, Input Range -0.3 to 5.8 V  Microchip Technology Inc. Operational Amplifiers Voltage, Input Range -0.3 to 5.8 V   Voltage, Input, High Level 5.8 V  Microchip Technology Inc. Voltage, Input, High Level 5.8 V  Operational Amplifiers Voltage, Input, High Level 5.8 V  Microchip Technology Inc. Operational Amplifiers Voltage, Input, High Level 5.8 V   Voltage, Input, Low Level -0.3 V  Microchip Technology Inc. Voltage, Input, Low Level -0.3 V  Operational Amplifiers Voltage, Input, Low Level -0.3 V  Microchip Technology Inc. Operational Amplifiers Voltage, Input, Low Level -0.3 V   Voltage, Noise 8.7 nV/sqrt Hz  Microchip Technology Inc. Voltage, Noise 8.7 nV/sqrt Hz  Operational Amplifiers Voltage, Noise 8.7 nV/sqrt Hz  Microchip Technology Inc. Operational Amplifiers Voltage, Noise 8.7 nV/sqrt Hz   Voltage, Output, High Level 2385 mV  Microchip Technology Inc. Voltage, Output, High Level 2385 mV  Operational Amplifiers Voltage, Output, High Level 2385 mV  Microchip Technology Inc. Operational Amplifiers Voltage, Output, High Level 2385 mV   Voltage, Output, Low Level 2385 mV  Microchip Technology Inc. Voltage, Output, Low Level 2385 mV  Operational Amplifiers Voltage, Output, Low Level 2385 mV  Microchip Technology Inc. Operational Amplifiers Voltage, Output, Low Level 2385 mV   Width 0.154" (3.9mm)  Microchip Technology Inc. Width 0.154" (3.9mm)  Operational Amplifiers Width 0.154" (3.9mm)  Microchip Technology Inc. Operational Amplifiers Width 0.154" (3.9mm)