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LT1168CN8

LT1168CN8

LT1168CN8

Analog Devices, Inc.

1 Channels 32mA per Channel 80pA 85 dB Instrumentational OP Amps DIP

SOT-23

LT1168CN8 Datasheet PDF

non-compliant

Technical Specifications

Parameter NameValue
TypeParameter
Package / Case DIP
Number of Pins 8
Resistance 1.25 TΩ
Max Operating Temperature70°C
Min Operating Temperature 0°C
Number of Elements 1
Number of Channels 1
Number of Circuits 1
Max Supply Voltage40V
Min Supply Voltage4.6V
Operating Supply Current 350μA
Slew Rate0.5 V/μs
Common Mode Rejection Ratio 85 dB
Current - Input Bias 80pA
Output Current per Channel 32mA
Input Offset Voltage (Vos) 15μV
Gain Bandwidth Product400 kHz
Power Supply Rejection Ratio (PSRR) 100dB
Max Dual Supply Voltage18V
Min Dual Supply Voltage 2.3V
Nominal Gain Bandwidth Product 400 kHz
RoHS StatusNon-RoHS Compliant
Lead Free Contains Lead
In-Stock:2924 items

LT1168CN8 Product Details

LT1168CN8 Overview


A DIP case is used to package the op amp. There are 8 pins on this chip. In terms of the input offset voltage, instrumentation amplifier rates at 15μV. An 350μA volt supply current is needed for this linear amplifier to operate. On this instrumentation amplifier, there are 1 circuits that are connected together. There are 1 channels on the operational amplifiers. In order for op amp to function properly, the temperature should not be lower than 0°C degrees Celsius. Instrumentation amplifier should only be used at temperatures up to 70°C. There are a total of 1 elements in this linear amplifier. I would like to point out that this electrical component is capable of working from a voltage below 40V as far as the power supply is concerned. As a general rule, it is advisable to keep the op amp's supply voltage above 4.6V at all times. The dual supply voltage of 18V should be used for the conduct of this electronic component. 1.25 TΩ should be the range of resistance for the linear amplifier.

LT1168CN8 Features


Resistance of 1.25 TΩ


LT1168CN8 Applications


There are a lot of Analog Devices, Inc.
LT1168CN8 Instrumentational OP Amps applications.


  • Addition operation circuits
  • Subtraction operation circuits
  • single/dual op amp sum and difference circuits
  • Integrator circuits
  • Differentiator circuits
  • Logarithmic operation circuits
  • Exponential operation circuits
  • Multiplication circuits
  • Division circuits
  • Precision measurement

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