74HC153 Dual 4 Input Multiplexer SO-16 PDIP-16

Generic DIP-16 integrated-circuit package entry with KiCad package CAD. The 3D model represents the package envelope, not manufacturer-specific product geometry.

Pinout

Logical pinout · physical placement not verified
74HC153 DUAL 4 INPUT M1E2YS12I01I32I11I22I21I12I31I0S01Y2EGNDVCC
  • 1E16-pin package pin 1

    Output enable input for multiplexer source 1, active LOW.

    Type · GPIO
  • S116-pin package pin 2

    Common data select input S1.

    Type · GPIO
  • 1I316-pin package pin 3

    Source 1 data input 3.

    Type · GPIO
  • 1I216-pin package pin 4

    Source 1 data input 2.

    Type · GPIO
  • 1I116-pin package pin 5

    Source 1 data input 1.

    Type · GPIO
  • 1I016-pin package pin 6

    Source 1 data input 0.

    Type · GPIO
  • 1Y16-pin package pin 7

    Multiplexer output source 1.

    Type · GPIO
  • GND16-pin package pin 8

    Ground reference, 0 V.

    Type · Ground
  • 2Y16-pin package pin 9

    Multiplexer output source 2.

    Type · GPIO
  • 2I016-pin package pin 10

    Source 2 data input 0.

    Type · GPIO
  • 2I116-pin package pin 11

    Source 2 data input 1.

    Type · GPIO
  • 2I216-pin package pin 12

    Source 2 data input 2.

    Type · GPIO
  • 2I316-pin package pin 13

    Source 2 data input 3.

    Type · GPIO
  • S016-pin package pin 14

    Common data select input S0.

    Type · GPIO
  • 2E16-pin package pin 15

    Output enable input for multiplexer source 2, active LOW.

    Type · GPIO
  • VCC16-pin package pin 16

    Supply voltage. 74HC153 variants operate from 2.0 V to 6.0 V; 74HCT153 variants from 4.5 V to 5.5 V.

    Type · Power

Bare ICs

67 other options

74HC logic gates, MCP3008/MCP23017 ADCs and expanders, 24LC256 EEPROM, 4N25-series optocouplers and ULN2803A drivers — bare DIP chips with no breakout-board conveniences like pull-ups or level shifting.

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Related groups

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