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ICM7343 - QUAD 12/10/8-BIT VOLTAGE-OUTPUT DACS

Download the ICM7343 datasheet PDF (ICM7323 included). The manufacturer datasheet provides complete specifications, pinout details, electrical characteristics, and typical applications for quad 12/10/8-bit voltage-output dacs.

Description

Pin No Symbol 1 VDD 2 VOUT A 3 REF A 4 VOUT B 5 REF B 6 REFOUT 7 CLR 8 SDI 9 SCK 10 SDO 11 CS 12 REF C 13 VOUT C 14 REF D 15 VOUT D 16 GND Description Supply Voltage DAC A Output DAC A Reference Input DAC B Output DAC B Reference Input Reference Output (1.25V) Clear Input (TTL or CMOS) Serial Da

Features

  • 12/10/8-Bit Monotonic Quad DACs in 16 lead QSOP Package.
  • Wide Output Voltage Swing.
  • 150 µA per DAC at 5V Supply.
  • 100 µA per DAC at 3V Supply.
  • On Board Reference.
  • Three-wire SPI Interface.
  • Serial Data Out for Daisy-Chaining.
  • 8µs Full-Scale Settling Time.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (ICM7323-ICmic.pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number ICM7343
Manufacturer ICmic
File Size 128.84 KB
Description QUAD 12/10/8-BIT VOLTAGE-OUTPUT DACS
Datasheet download datasheet ICM7343 Datasheet
Other Datasheets by ICmic

Full PDF Text Transcription

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ICmic IC MICROSYSTEMS ICM7363/7343/7323 QUAD 12/10/8-BIT VOLTAGE-OUTPUT DACS FEATURES • 12/10/8-Bit Monotonic Quad DACs in 16 lead QSOP Package • Wide Output Voltage Swing • 150 µA per DAC at 5V Supply • 100 µA per DAC at 3V Supply • On Board Reference • Three-wire SPI Interface • Serial Data Out for Daisy-Chaining • 8µs Full-Scale Settling Time APPLICATIONS Battery-Powered Applications Industrial Process Control Digital Gain and Offset Adjustment OVERVIEW The ICM7363, ICM7343 and ICM7323 are Quad 12-Bit, 10-Bit and 8-Bit wide output voltage swing DACs BLOCK DIAGRAM respectively, with guaranteed monotonic behavior. They include a 1.25V reference for ease of use and flexibility. The reference output is available on a separate pin and can be used to drive the reference input of each DAC.
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