LT1013CP

LT1013CP Overview

Product belongs to the LT1013 series. This product is categorized as Precision Amplifiers Tube is the packaging method for this product Weight of 0.015535 oz Through Hole Mounting-Style Bipolar is the technology used. Number of channels: 2 Channel The amplifier is of Low Offset Voltage Amplifier type. Power-off control: No Shutdown Maximum operating temperature of + 70 C Minimum operating temperature: 0 C 1.1 mA is 92 nA. Maximum supply voltage of 44 V Minimum supply voltage is 4 V PDIP-8 Input bias current of 30 nA The 300 uV. The Negative Rail to Positive Rail - 1.5 V. The CMRR-Common-Mode-Rejection-Ratio is 97 dB. The 24 nV/sqrt Hz of this product is 110 nV/sqrt Hz. 120 dB voltage gain The 0.07 pA/sqrt Hz.

LT1013CP Image

LT1013CP Specifications

• Manufacturer TI
• Product Category IC Chips
• Series LT1013
• Product Precision Amplifiers
• Packaging Tube
• Unit-Weight 0.015535 oz
• Mounting-Style Through Hole
• Technology Bipolar
• Number-of-Channels 2 Channel
• Amplifier-Type Low Offset Voltage Amplifier
• Shutdown No Shutdown
• Maximum-Operating-Temperature + 70 C
• Minimum-Operating-Temperature 0 C
• Operating-Supply-Current 1.1 mA
• Supply-Voltage-Max 44 V
• Supply-Voltage-Min 4 V
• Package-Case PDIP-8
• Ib-Input-Bias-Current 30 nA
• Vos-Input-Offset-Voltage 300 uV
• Vcm-Common-Mode-Voltage Negative Rail to Positive Rail - 1.5 V
• CMRR-Common-Mode-Rejection-Ratio 97 dB
• GBP-Gain-Bandwidth-Product 1 MHz
• SR-Slew-Rate 0.4 V/us
• en-Input-Voltage-Noise-Density 24 nV/sqrt Hz
• Voltage-Gain-dB 120 dB
• In-Input-Noise-Current-Density 0.07 pA/sqrt Hz

LT1013CP FAQ

• A: At what frequency does the Series?

  Q: The product Series is LT1013.

• 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 0.015535 oz.

• A: At what frequency does the Mounting-Style?

  Q: The product Mounting-Style is Through Hole.

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

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

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

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

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

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

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

  Q: Yes, the product's Shutdown is indeed No Shutdown

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

  Q: Yes, the product's Maximum-Operating-Temperature is indeed + 70 C

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

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

• A: What is the Operating-Supply-Current of the product?

  Q: The Operating-Supply-Current of the product is 1.1 mA.

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

  Q: The Supply-Voltage-Max of the product is 44 V.

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

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

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

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

• A: At what frequency does the Ib-Input-Bias-Current?

  Q: The product Ib-Input-Bias-Current is 30 nA.

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

  Q: The Vos-Input-Offset-Voltage of the product is 300 uV.

• A: What is the Vcm-Common-Mode-Voltage of the product?

  Q: The Vcm-Common-Mode-Voltage of the product is Negative Rail to Positive Rail - 1.5 V.

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

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

• A: At what frequency does the en-Input-Voltage-Noise-Density?

  Q: The product en-Input-Voltage-Noise-Density is 24 nV/sqrt Hz.

• A: Is the cutoff frequency of the product Voltage-Gain-dB?

  Q: Yes, the product's Voltage-Gain-dB is indeed 120 dB

• A: At what frequency does the In-Input-Noise-Current-Density?

  Q: The product In-Input-Noise-Current-Density is 0.07 pA/sqrt Hz.