Integrated circuit 74HC244D SOL20
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Product description
Specifications
Experimental product description generated by artificial intelligence
74HC244D SOL20 Octal Buffer/Line Driver
The PHILIPS 74HC244D SOL20 is a high-speed CMOS integrated circuit categorized under Logic ICs. This octal buffer/line driver offers exceptional performance and reliability for various digital applications.
Key Features and Functions
This integrated circuit, also known as a buffer or line driver, acts as an interface between different parts of a digital system. Its primary function is to amplify and isolate signals, ensuring signal integrity and preventing signal degradation.
- Octal configuration: Provides eight independent buffer channels in a single package.
- High-speed operation: Enables fast data transmission and processing.
- CMOS technology: Offers low power consumption and high noise immunity.
- Buffer/Line Driver functionality: Amplifies signals and improves signal driving capability.
Applications
The 74HC244D finds use in a wide range of applications, including:
- Data transmission and buffering
- Signal amplification and isolation
- Digital circuit design
- Industrial control systems
- Computer peripherals
Why Choose the PHILIPS 74HC244D SOL20?
The PHILIPS 74HC244D SOL20 stands out due to its:
- Proven reliability: Backed by the reputation of PHILIPS, a trusted name in electronics.
- High performance: Delivers fast and efficient signal handling.
- Versatility: Suitable for a broad range of digital applications.
- Cost-effectiveness: Provides excellent value for its performance capabilities.
| Parameter | Value |
|---|---|
| Type | Octal Buffer/Line Driver |
| Technology | CMOS |
| Manufacturer | PHILIPS |
This chip is an ideal solution for designers requiring a robust, high-speed, and reliable octal buffer/line driver for their digital systems.
This description is generated using artificial intelligence (AI) and may differ from the actual product. Common AI errors may include:
- Inaccurate product features: some technical specifications, colors, sizes or other parameters may be inaccurate or omitted.
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- Overly Optimistic Functions: in some cases functions may be provided whose product iš doesnt really have.
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