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74HCT04D,653
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74HCT04D,653

Product Overview

  • Category: Integrated Circuit (IC)
  • Use: Inverter
  • Characteristics: High-speed, low-power, TTL-compatible
  • Package: SOIC-14
  • Essence: Hex inverter gate
  • Packaging/Quantity: Tape and reel, 2500 units per reel

Specifications

  • Supply Voltage Range: 2.0V to 6.0V
  • Input Voltage Range: 0V to VCC
  • Output Voltage Range: 0V to VCC
  • Operating Temperature Range: -40°C to +125°C
  • Propagation Delay Time: 13 ns (typical)
  • Output Current: ±4 mA

Detailed Pin Configuration

The 74HCT04D,653 has a total of 14 pins arranged as follows:

+---+--+---+ Y1 |1 +--+ 14| VCC A1 |2 13| A2 B1 |3 12| B2 Y2 |4 11| Y3 A3 |5 74HCT04D 10| A4 B3 |6 9 | B4 GND |7 8| Y4 +--------+

Functional Features

  • Hex inverter gate with TTL compatibility
  • High-speed operation
  • Low power consumption
  • Wide supply voltage range
  • Balanced propagation delays
  • Schmitt-trigger input for noise immunity

Advantages and Disadvantages

Advantages: - High-speed operation allows for efficient signal processing. - Low power consumption helps conserve energy. - Wide supply voltage range enables flexibility in various applications. - Balanced propagation delays ensure accurate timing. - Schmitt-trigger input provides noise immunity.

Disadvantages: - Limited output current may restrict use in certain high-power applications. - The SOIC-14 package may not be suitable for all circuit board designs.

Working Principles

The 74HCT04D,653 is a hex inverter gate that converts input logic levels to their complementary states. It operates on TTL (Transistor-Transistor Logic) principles and provides high-speed signal inversion with low power consumption. The Schmitt-trigger input ensures noise immunity by providing hysteresis and reducing the effects of input voltage fluctuations.

Detailed Application Field Plans

The 74HCT04D,653 can be used in various applications, including but not limited to: 1. Digital logic circuits 2. Signal amplification and buffering 3. Clock signal generation and distribution 4. Data transmission and reception 5. Microcontroller interfacing

Detailed and Complete Alternative Models

Some alternative models that offer similar functionality to the 74HCT04D,653 are: - SN74HCT04N - CD74HCT04E - MC74HCT04AN - TC74HCT04AP

These alternatives have comparable specifications and pin configurations, making them suitable replacements for the 74HCT04D,653 in various applications.

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Texniki həllərdə 74HCT04D,653 tətbiqi ilə bağlı 10 ümumi sual və cavabı sadalayın

Sure! Here are 10 common questions and answers related to the application of 74HCT04D,653 in technical solutions:

  1. Q: What is the 74HCT04D,653? A: The 74HCT04D,653 is a hex inverter gate IC, which means it has six independent inverters.

  2. Q: What is the voltage supply range for the 74HCT04D,653? A: The voltage supply range for this IC is typically between 2V and 6V.

  3. Q: What is the maximum output current of the 74HCT04D,653? A: The maximum output current is around 4mA.

  4. Q: Can I use the 74HCT04D,653 with a 5V microcontroller? A: Yes, the 74HCT04D,653 is compatible with 5V logic levels.

  5. Q: How can I connect multiple 74HCT04D,653 ICs together? A: You can connect the outputs of one IC to the inputs of another IC to create larger logic circuits.

  6. Q: What is the propagation delay of the 74HCT04D,653? A: The typical propagation delay is around 13 ns.

  7. Q: Can I use the 74HCT04D,653 as a level shifter? A: Yes, the 74HCT04D,653 can be used as a level shifter to convert between different logic voltage levels.

  8. Q: Is the 74HCT04D,653 suitable for high-speed applications? A: While it is not specifically designed for high-speed applications, it can still be used in moderate-speed digital circuits.

  9. Q: Can I use the 74HCT04D,653 in both digital and analog circuits? A: No, the 74HCT04D,653 is designed for digital logic applications and is not suitable for analog circuits.

  10. Q: Are there any special considerations when using the 74HCT04D,653 in noisy environments? A: It is recommended to use decoupling capacitors near the power supply pins of the IC to minimize noise interference.

Please note that these answers are general and may vary depending on specific application requirements.