STMicroelectronics TSX63x Micropower Rail-to-Rail Op Amps

STMicroelectronics TSX63 Micropower Rail-to-Rail Operational Amplifiers offer low voltage operation and rail-to-rail input and output. TSX631 is the single version, TSX632 the dual version and TSX634 the quad version, with pinouts compatible with industry standards. The TSX63x and TSX63xA series offer a 200kHz gain bandwidth product while consuming 60μA maximum at 16V. The devices are housed in the tiniest industrial packages. These features make the TSX63x and TSX63xA family ideal for sensor interfaces and industrial signal conditioning. The wide temperature range and high ESD tolerance ease the use in harsh automotive applications.

Features

  • 60μA max at 16V power consumption
  • 3.3V to 16V supply voltage
  • Rail-to-rail input and output 
  • 200kHz typ gain bandwidth product
  • 500μV max for "A" version offset voltage
  • 1mV max for standard version
  • 1pA typ input bias current
  • Automotive qualification
  • Power savings in power-conscious applications
  • Easy interfacing with high impedance sensors

Applications

  • Industrial signal conditioning
  • Automotive signal conditioning
  • Active filtering
  • Medical instrumentation
  • High impedance sensors
View Results ( 11 ) Page
Part Number Datasheet Number of Channels Vos - Input Offset Voltage Operating Supply Current Package / Case
TSX631AIYLT TSX631AIYLT Datasheet 1 Channel 700 uV 45 uA SOT-23-5
TSX631IYLT TSX631IYLT Datasheet 1 Channel 1.6 mV 45 uA SOT-23-5
TSX634IQ4T TSX634IQ4T Datasheet 4 Channel 1.6 mV 45 uA QFN-16
TSX634AIPT TSX634AIPT Datasheet 4 Channel 700 uV 45 uA TSSOP-14
TSX634AIYPT TSX634AIYPT Datasheet 4 Channel 700 uV 45 uA TSSOP-14
TSX631ILT TSX631ILT Datasheet 1 Channel 1.6 mV 45 uA SOT-23-5
TSX631AILT TSX631AILT Datasheet 1 Channel 700 uV 45 uA SOT-23-5
TSX632IQ2T TSX632IQ2T Datasheet 2 Channel 1.6 mV 45 uA DFN-8
TSX632AIST TSX632AIST Datasheet 2 Channel 700 uV 45 uA MiniSO-8
TSX632IST TSX632IST Datasheet 2 Channel 2.4 mV 60 uA MiniSO-8
Published: 2013-05-07 | Updated: 2022-03-11