MCP6272-E/MS

MCP6272-E/MS Overview

Product belongs to the MCP6272 series. This product is categorized as Operational Amplifiers Tube is the packaging method for this product Weight of 0.004938 oz SMD/SMT Mounting-Style CMOS is the technology used. Number of channels: 2 Channel The amplifier is of Operational Amplifiers type. Power-off control: No Shutdown Maximum operating temperature of + 125 C Minimum operating temperature: - 40 C 170 uA is 92 nA. Maximum supply voltage of 5.5 V Minimum supply voltage is 2 V MSOP-8 Input bias current of 5 nA The 5 mV. The 90 dB. 25 mA The CMRR-Common-Mode-Rejection-Ratio is 70 dB. The 20 nV/sqrt Hz of this product is 110 nV/sqrt Hz. The 0.003 pA/sqrt Hz.

MCP6272-E/MS Image

MCP6272-E/MS Specifications

• Manufacturer MICROCHIP
• Product Category Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps
• Series MCP6272
• Product Operational Amplifiers
• Packaging Tube
• Unit-Weight 0.004938 oz
• Mounting-Style SMD/SMT
• Technology CMOS
• Number-of-Channels 2 Channel
• Amplifier-Type Operational Amplifiers
• Shutdown No Shutdown
• Maximum-Operating-Temperature + 125 C
• Minimum-Operating-Temperature - 40 C
• Operating-Supply-Current 170 uA
• Supply-Voltage-Max 5.5 V
• Supply-Voltage-Min 2 V
• Package-Case MSOP-8
• Ib-Input-Bias-Current 5 nA
• Vos-Input-Offset-Voltage 5 mV
• PSRR-Power-Supply-Rejection-Ratio 90 dB
• Output-Current-per-Channel 25 mA
• CMRR-Common-Mode-Rejection-Ratio 70 dB
• GBP-Gain-Bandwidth-Product 2 MHz
• SR-Slew-Rate 0.9 V/us
• en-Input-Voltage-Noise-Density 20 nV/sqrt Hz
• In-Input-Noise-Current-Density 0.003 pA/sqrt Hz

MCP6272-E/MS FAQ

• A: What is the Series of the product?

  Q: The Series of the product is MCP6272.

• A: What is the Product of the product?

  Q: The Product of the product is Operational Amplifiers.

• A: Is the cutoff frequency of the product Packaging?

  Q: Yes, the product's Packaging is indeed Tube

• A: At what frequency does the Unit-Weight?

  Q: The product Unit-Weight is 0.004938 oz.

• A: What is the Mounting-Style of the product?

  Q: The Mounting-Style of the product is SMD/SMT.

• A: What is the Technology of the product?

  Q: The Technology of the product is CMOS.

• A: Is the cutoff frequency of the product Number-of-Channels?

  Q: Yes, the product's Number-of-Channels is indeed 2 Channel

• A: At what frequency does the Amplifier-Type?

  Q: The product Amplifier-Type is Operational Amplifiers.

• A: At what frequency does the Shutdown?

  Q: The product Shutdown is No Shutdown.

• A: Is the cutoff frequency of the product Maximum-Operating-Temperature?

  Q: Yes, the product's Maximum-Operating-Temperature is indeed + 125 C

• A: At what frequency does the Minimum-Operating-Temperature?

  Q: The product Minimum-Operating-Temperature is - 40 C.

• A: At what frequency does the Operating-Supply-Current?

  Q: The product Operating-Supply-Current is 170 uA.

• A: At what frequency does the Supply-Voltage-Max?

  Q: The product Supply-Voltage-Max is 5.5 V.

• A: What is the Supply-Voltage-Min of the product?

  Q: The Supply-Voltage-Min of the product is 2 V.

• A: What is the Package-Case of the product?

  Q: The Package-Case of the product is MSOP-8.

• A: What is the Ib-Input-Bias-Current of the product?

  Q: The Ib-Input-Bias-Current of the product is 5 nA.

• A: Is the cutoff frequency of the product Vos-Input-Offset-Voltage?

  Q: Yes, the product's Vos-Input-Offset-Voltage is indeed 5 mV

• A: Is the cutoff frequency of the product PSRR-Power-Supply-Rejection-Ratio?

  Q: Yes, the product's PSRR-Power-Supply-Rejection-Ratio is indeed 90 dB

• A: At what frequency does the Output-Current-per-Channel?

  Q: The product Output-Current-per-Channel is 25 mA.

• A: At what frequency does the CMRR-Common-Mode-Rejection-Ratio?

  Q: The product CMRR-Common-Mode-Rejection-Ratio is 70 dB.

• A: What is the en-Input-Voltage-Noise-Density of the product?

  Q: The en-Input-Voltage-Noise-Density of the product is 20 nV/sqrt Hz.

• A: Is the cutoff frequency of the product In-Input-Noise-Current-Density?

  Q: Yes, the product's In-Input-Noise-Current-Density is indeed 0.003 pA/sqrt Hz