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TC7107
  • TC7107
  • TC7107
  • TC7107
  • TC7107

TC7107

In Production

The TC7107 3½ digit LED direct-display drive analog-to-digital converter has a reference with an 80ppm/°C max temperature coefficient. TC7107 based systems may be upgraded without changing external passive component values to the TC7107A for a more precise system. The TC7107 drives common anode light emitting diode (LED) displays directly with 8mA per segment. A low-cost, high-resolution indicating meter requires only a display, four resistors, and four capacitors. High impedance differential inputs offer 1pA leakage current and a 1012 Ohm input impedance. The differential reference input allows ratiometric measurements for ohms or bridge transducer measurements. The 15µVp-p noise performance guarantees a great reading. The auto-zero cycle guarantees a zero display reading with a zero-volt...

Microchip Technology TC7107 Product Info

16 April 2026 0

Parameters

Hold function

Yes

DMM

No

Resolution Digits

3.5

Resolution Counts

2000

Temp Range Min

-25

Temp Range Max

85

Features

  • 80ppm/°C Typical
  • Drives LED Display Directly
  • Guaranteed Zero Reading with Zero Input
  • Low Noise for Stable Display
  • Auto-Zero Cycle Eliminates Need for Zero Adjustment
  • True Polarity Indication for Precision Null Applications
  • High Impedance CMOS Differential Inputs: 1012 Ohm
  • Differential Reference Inputs Simplify Ratiometric Measurements
  • Low Power Operation: 10mW

Description

The TC7107 3½ digit LED direct-display drive analog-to-digital converter has a reference with an 80ppm/°C max temperature coefficient. TC7107 based systems may be upgraded without changing external passive component values to the TC7107A for a more precise system. The TC7107 drives common anode light emitting diode (LED) displays directly with 8mA per segment. A low-cost, high-resolution indicating meter requires only a display, four resistors, and four capacitors. High impedance differential inputs offer 1pA leakage current and a 1012 Ohm input impedance. The differential reference input allows ratiometric measurements for ohms or bridge transducer measurements. The 15µVp-p noise performance guarantees a great reading. The auto-zero cycle guarantees a zero display reading with a zero-volts input.

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