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LT1469CN8

LT1469CN8

LT1469CN8

Analog Devices, Inc.

2 Channels 22mA per Channel 10nA 96 dB Instrumentational OP Amps DIP

SOT-23

LT1469CN8 Datasheet PDF

non-compliant

Technical Specifications

Parameter NameValue
TypeParameter
Package / Case DIP
Number of Pins 8
Max Operating Temperature70°C
Min Operating Temperature 0°C
Number of Elements 2
Number of Channels 2
Number of Circuits 2
Max Supply Voltage36V
Min Supply Voltage10V
Operating Supply Current 4.1mA
Slew Rate22 V/μs
Common Mode Rejection Ratio 96 dB
Current - Input Bias 10nA
Output Current per Channel 22mA
Input Offset Voltage (Vos) 50μV
Gain Bandwidth Product88MHz
Voltage Gain 138.06dB
Power Supply Rejection Ratio (PSRR) 100dB
Max Dual Supply Voltage18V
Min Dual Supply Voltage 3V
Nominal Gain Bandwidth Product 90MHz
RoHS StatusRoHS Compliant
Lead Free Contains Lead
In-Stock:2217 items

LT1469CN8 Product Details

LT1469CN8 Overview


In order to protect the op amps, a DIP case is used. It has 8 pins that make up the linear amplifier. In terms of input offset voltage, operational amplifier rates 50μV. In order for this instrumentation amplifier to operate, the supply current needs to be between 4.1mA and 10 . Maintain 138.06dB as the voltage gain. In total, there are 2 circuits on this buffer amplifier. Buffer op amp is equipped with 2 channels on the device. It is recommended that the temperature of this op amp ic should not fall below 0°C degrees Fahrenheit at any time. Linear amplifier shouldn't be used above 70°C degrees. As a whole, there are 2 elements that make up this buffer amplifier. When it comes to the voltage from which this electrical part will operate, it can operate at a maximum of less than 36V. It is recommended that you keep the instrumentation amplifier's supply voltage higher than 10V when using it. It is recommended that you conduct this electronic part using the dual supply voltage of 18V.

LT1469CN8 Features


138.06dB voltage gain


LT1469CN8 Applications


There are a lot of Analog Devices, Inc.
LT1469CN8 Instrumentational OP Amps applications.


  • Differentiator circuits
  • Logarithmic operation circuits
  • Exponential operation circuits
  • Multiplication circuits
  • Division circuits
  • Precision measurement
  • Power control
  • Information processing
  • Weak signal detection
  • Signal amplification

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