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74LVC827APW

74LVC827APW

74LVC827APW

Rochester Electronics

10 Channels Instrumentational OP Amps SOT-355-24

SOT-23

74LVC827APW Datasheet PDF

non-compliant

Technical Specifications

Parameter NameValue
TypeParameter
Mount Surface Mount
Package / Case SOT-355-24
Number of Pins 24
Max Operating Temperature125°C
Min Operating Temperature -40°C
Number of Outputs 10
Number of Elements 1
Polarity Non-Inverting
Number of Channels 10
Max Supply Voltage3.6V
Min Supply Voltage1.2V
Number of Bits 10
Propagation Delay10 ns
Quiescent Current40μA
Turn On Delay Time11 ns
Logic Function Buffer
Number of Inputs 10
High Level Output Current-24mA
Low Level Output Current24mA
Number of Input Lines 10
Number of Output Lines 10
Radiation HardeningNo
RoHS StatusRoHS Compliant
Lead Free Lead Free
In-Stock:4273 items

Pricing & Ordering

QuantityUnit PriceExt. Price
1$0.653469$0.653469
10$0.616480$6.1648
100$0.581585$58.1585
500$0.548665$274.3325
1000$0.517608$517.608

74LVC827APW Product Details

74LVC827APW Overview


There is a SOT-355-24 case in which the instrumentation amplifier is packaged. 24 pins are included on the operational amplifiers. Op amp ic has 10 channels. In order for this buffer op amp to function, it should have a temperature of at least -40°C degrees Celsius. At temperatures greater than 125°C, Instrumentation amplifier should not be used. There are 1 elements in total in this linear amplifier. The electrical part is capable of being powered by a voltage of under 3.6V, which means that it can be used with any voltage supply. As a rule of thumb, the supply voltage of the op amp should not be lower than 1.2V. There is an 40μA quiescent current running through op amp ic. Among hobbyists and technicians, this 10-bit buffer op amp is ideal for a wide range of applications. There are 10 input lines implemented to allow audio output instrumentation amplifiers to be connected to each other.

74LVC827APW Features


10 Input Lines


74LVC827APW Applications


There are a lot of Rochester Electronics
74LVC827APW Instrumentational OP Amps applications.


  • 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
  • Power control

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