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STMicroelectronics TSC101 High Side Current Sense Amplifier

STMicroelectronics TSC101 High Side Current Sense Amplifiers measures a small differential voltage on a high-side shunt resistor and translates it into a ground-referenced output voltage. The gain is internally fixed. Wide input common-mode voltage range, low quiescent current, and tiny SOT-23 packaging enable use in a wide variety of applications. The input common-mode and power supply voltages are independent. The common-mode voltage can range from 2.8V to 30V in operating conditions and up to 60V in absolute maximum rating conditions. The current consumption below 300μA and the wide supply voltage range enable the power supply to be connected to either side of the current measurement shunt with minimal error.

Features

  • Independent supply and input common-mode voltages
  • Wide common-mode operating range: 2.8 to 30V
  • Wide common-mode surviving range: -0.3 to 60V (load-dump)
  • Wide supply voltage range: 4 to 24V
  • Low current consumption: ICC max = 300μA
  • Internally fixed gain: 20V/V, 50V/V or 100V/V
  • Buffered output

Applications

  • Automotive current monitoring
  • Notebook computers
  • DC motor controls
  • Photovoltaic systems
  • Battery chargers
  • Precision current sources

Application Schematic

Application Circuit Diagram - STMicroelectronics TSC101 High Side Current Sense Amplifier
View Results ( 3 ) Page
Nº de ref. Ficha técnica Número de canais CMRR - Razão de rejeição do modo comum Ib - Corrente de polarização de entrada Vos - Tensão de deslocamento de entrada Corrente de Alimentação Operativa Quantidade embalagem padrão Tensão de alimentação - Máx Tensão de alimentação - Mín Ganho V/V SR - Slew Rate Qualificação Caixa / Gabinete
TSC101AIYLT TSC101AIYLT Ficha técnica 1 Channel 90 dB 5.5 uA 900 mV 300 uA 3000 24 V 4 V 20 V/V 0.9 V/us AEC-Q100 SOT-23-5
TSC101CILT TSC101CILT Ficha técnica 1 Channel 90 dB 5.5 uA 900 mV 300 uA 3000 24 V 4 V
TSC101BILT TSC101BILT Ficha técnica 1 Channel 90 dB 5.5 uA 900 mV 300 uA 3000 24 V 4 V
Publicado: 2010-08-09 | Atualizado: 2022-03-11