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TC74VHC14FT
+NomenclatureInverters
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FabricantToshiba
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Pièce fabricant #TC74VHC14FT
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En stock16787
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Spécifications
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Présentation
Description
The TC74VHC14FT is characterized by its fast switching speeds and minimal propagation delay, making it ideal for high-speed logic applications. It is designed to minimize static power dissipation, which is especially beneficial in battery-operated devices. The device is packaged in a compact TSSOP or other small form-factor packages, allowing for efficient use of PCB space.
Common applications include interfacing between analog and digital circuits, waveform shaping, and enhancing signal edges. The TC74VHC14FT is widely used in consumer electronics, automotive systems, and industrial automation where reliable and efficient signal processing is required.
Equivalent
Features
Key features include:
- Schmitt trigger action with hysteresis for noise immunity.
- Fast switching speeds, thanks to its CMOS technology.
- Low power consumption, typical of CMOS ICs.
- Wide operating voltage range (2V to 5.5V).
- Output drive capability optimized for driving TTL loads.
- Pin-compatible with standard 74-series logic devices, facilitating easy integration into existing designs.
The TC74VHC14FT is commonly used in signal processing, waveform shaping, and other digital signal applications where clean signal transitions are necessary. It is available in a TSSOP package, making it suitable for compact and space-constrained designs.
Pinout
Here is a brief overview of the pin functions:
1. Pin 1-6 and 8-13: These are the inputs and outputs for the six Schmitt-trigger inverters. Input and output pairs are connected internally, with each pair corresponding to one inverter.
2. Pin 7 (GND): Ground connection.
3. Pin 14 (Vcc): Positive supply voltage.
This configuration allows the TC74VHC14FT to be used effectively for signal conditioning, waveform shaping, and other digital logic applications.
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Application
1. Signal Processing: It shapes and cleans up noisy signals, ensuring stable logic levels.
2. Frequency Counters: Used in frequency measurement circuits for consistent signal edges.
3. Waveform Generators: Assists in creating precise square waves from various waveform inputs.
4. Debouncing: Employed in switch debounce circuits to stabilize mechanical switch inputs.
5. Oscillators: Utilized in RC or crystal oscillators for generating clock signals.
6. Data Communication: Helps in restoring signal integrity in digital communication systems.
These applications leverage the device’s fast switching characteristics and noise immunity.