OPA1013DN8

OPA1013DN8 Overview

Product belongs to the OPA1013 series. This product is categorized as Precision Amplifiers Tube is the packaging method for this product Weight of 0.018455 oz Through Hole Mounting-Style Bipolar is the technology used. Number of channels: 2 Channel The amplifier is of Low Offset Amplifier type. Power-off control: No Shutdown Maximum operating temperature of + 70 C Minimum operating temperature: 0 C 550 uA is 92 nA. Maximum supply voltage of 36 V Minimum supply voltage is 4 V PDIP-8 Input bias current of 50 nA The 800 uV. The 100 dB. The CMRR-Common-Mode-Rejection-Ratio is 97 dB. The 28 nV/sqrt Hz of this product is 110 nV/sqrt Hz. 100 dB voltage gain The 0.12 pA/sqrt Hz.

OPA1013DN8 Image

OPA1013DN8 Specifications

• Manufacturer BB
• Product Category Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps
• Series OPA1013
• Product Precision Amplifiers
• Packaging Tube
• Unit-Weight 0.018455 oz
• Mounting-Style Through Hole
• Technology Bipolar
• Number-of-Channels 2 Channel
• Amplifier-Type Low Offset Amplifier
• Shutdown No Shutdown
• Maximum-Operating-Temperature + 70 C
• Minimum-Operating-Temperature 0 C
• Operating-Supply-Current 550 uA
• Supply-Voltage-Max 36 V
• Supply-Voltage-Min 4 V
• Package-Case PDIP-8
• Ib-Input-Bias-Current 50 nA
• Vos-Input-Offset-Voltage 800 uV
• PSRR-Power-Supply-Rejection-Ratio 100 dB
• CMRR-Common-Mode-Rejection-Ratio 97 dB
• GBP-Gain-Bandwidth-Product 600 kHz
• SR-Slew-Rate 0.35 V/us
• en-Input-Voltage-Noise-Density 28 nV/sqrt Hz
• Voltage-Gain-dB 100 dB
• In-Input-Noise-Current-Density 0.12 pA/sqrt Hz

OPA1013DN8 FAQ

• A: At what frequency does the Series?

  Q: The product Series is OPA1013.

• A: What is the Product of the product?

  Q: The Product of the product is Precision Amplifiers.

• A: What is the Packaging of the product?

  Q: The Packaging of the product is Tube.

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

  Q: The product Unit-Weight is 0.018455 oz.

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

  Q: The Mounting-Style of the product is Through Hole.

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

  Q: Yes, the product's Technology is indeed Bipolar

• A: What is the Number-of-Channels of the product?

  Q: The Number-of-Channels of the product is 2 Channel.

• A: Is the cutoff frequency of the product Amplifier-Type?

  Q: Yes, the product's Amplifier-Type is indeed Low Offset Amplifier

• A: At what frequency does the Shutdown?

  Q: The product Shutdown is No Shutdown.

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

  Q: The product Maximum-Operating-Temperature is + 70 C.

• A: What is the Minimum-Operating-Temperature of the product?

  Q: The Minimum-Operating-Temperature of the product is 0 C.

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

  Q: The product Operating-Supply-Current is 550 uA.

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

  Q: The Supply-Voltage-Max of the product is 36 V.

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

  Q: The product Supply-Voltage-Min is 4 V.

• A: Is the cutoff frequency of the product Package-Case?

  Q: Yes, the product's Package-Case is indeed PDIP-8

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

  Q: The Ib-Input-Bias-Current of the product is 50 nA.

• A: What is the Vos-Input-Offset-Voltage of the product?

  Q: The Vos-Input-Offset-Voltage of the product is 800 uV.

• 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 100 dB

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

  Q: The product CMRR-Common-Mode-Rejection-Ratio is 97 dB.

• A: Is the cutoff frequency of the product en-Input-Voltage-Noise-Density?

  Q: Yes, the product's en-Input-Voltage-Noise-Density is indeed 28 nV/sqrt Hz

• A: At what frequency does the Voltage-Gain-dB?

  Q: The product Voltage-Gain-dB is 100 dB.

• 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 0.12 pA/sqrt Hz