74HC00N Quad 2-Input NAND Gate

Description

74HC00N Quad NAND Gate IC The 74HC00N NAND Gate IC contains four independent 2-input NAND gates. Each gate produces a LOW output only when both inputs are HIGH. The IC uses high-speed CMOS technology. Therefore, it offers low power consumption and works across a wide 2V–6V supply range. Key Features Contains four independent NAND gates Provides two inputs for each gate Operates from a 2V–6V supply Uses high-speed CMOS logic Offers up to 5.2mA output drive Comes in a breadboard-friendly DIP-14 package Works with many microcontrollers Suits digital logic and educational projects Technical Specifications Part Number: 74HC00N Logic Function: NAND Number of Gates: Four Inputs per Gate: Two Supply Voltage: 2V–6V DC Output Drive Strength: Up to 5.2mA Logic Technology: High-Speed CMOS Output Type: Push-pull Package: PDIP/DIP-14 Pin Count: 14 Operating Temperature: -40°C to +85°C NAND Truth Table Input A Input B Output Y LOW LOW HIGH LOW HIGH HIGH HIGH LOW HIGH HIGH HIGH LOW Pin Configuration Pin 1: 1A Pin 2: 1B Pin 3: 1Y Pin 4: 2A Pin 5: 2B Pin 6: 2Y Pin 7: GND Pin 8: 3Y Pin 9: 3A Pin 10: 3B Pin 11: 4Y Pin 12: 4A Pin 13: 4B Pin 14: VCC Applications Use the 74HC00N for: Digital logic circuits Arduino projects Logic experiments Signal inversion Clock and pulse circuits Oscillator circuits Control systems Educational electronics Prototyping and breadboard projects Package Contents 1 × 74HC00N Quad 2-Input NAND Gate IC Important Notes Do not exceed the 6V maximum supply voltage. Connect pin 14 to VCC and pin 7 to GND. Do not leave unused CMOS inputs floating. Connect unused inputs to a defined HIGH or LOW level. Add a 100nF bypass capacitor close to the supply pins. The 74HC00N and classic TTL 7400 provide the same logic function but have different electrical characteristics.

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