CHD1616LVB-70 Overview
The CHD1616LVB-70 is a high-performance 16-bit low-voltage bus transceiver designed for advanced digital systems requiring reliable data communication. Operating at a 70 ns access time, this device supports efficient and fast data transfers between data buses, making it ideal for systems with stringent timing constraints. The transceiver features a low-voltage operation mode, enabling reduced power consumption without compromising signal integrity or speed. Its robust design ensures stable operation across a wide temperature range, making it suitable for industrial and commercial applications. For detailed component sourcing and technical support, visit IC Manufacturer.
CHD1616LVB-70 Technical Specifications
| Parameter | Specification |
|---|---|
| Data Bus Width | 16 bits |
| Access Time | 70 ns |
| Operating Voltage | Low voltage range (typical 3.3V) |
| Bus Interface Type | Bidirectional transceiver |
| Data Transfer Mode | Asynchronous |
| Operating Temperature Range | -40??C to +85??C |
| Package Type | Standard surface-mount package |
| Power Consumption | Optimized for low power operation |
CHD1616LVB-70 Key Features
- 16-bit bidirectional data bus interface: Enables seamless communication between data buses in both directions, simplifying system design and reducing component count.
- 70 ns access time: Provides fast data transfer speeds critical for high-performance computing and real-time processing applications.
- Low-voltage operation: Supports reduced power consumption, enhancing energy efficiency and extending system battery life without sacrificing performance.
- Wide operating temperature range: Ensures reliable operation in harsh industrial environments, increasing system robustness and uptime.
- Asynchronous data transfer capability: Allows flexible timing control, accommodating diverse system architectures and communication protocols.
CHD1616LVB-70 Advantages vs Typical Alternatives
This transceiver offers distinct advantages such as low-voltage compatibility and a 70 ns access time, which contribute to lower power consumption and faster data throughput compared to standard transceivers. Its robust temperature tolerance and bidirectional bus handling improve reliability and integration ease in complex industrial systems, making it a preferred choice for engineers seeking optimized performance and energy efficiency.
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Typical Applications
- Microprocessor systems requiring efficient data bus interfacing for high-speed data communication and minimal latency in computing environments.
- Memory module data transfer where low voltage operation helps reduce power consumption and thermal load.
- Industrial automation equipment that demands reliable and fast data exchange with extended temperature stability.
- Embedded system designs requiring asynchronous data transfers and bidirectional bus control for flexible architecture implementation.
CHD1616LVB-70 Brand Info
The CHD1616LVB-70 is a product from a leading semiconductor manufacturer specializing in industrial-grade integrated circuits. It embodies the brand??s commitment to delivering robust, high-efficiency components tailored for demanding applications. This device reflects extensive engineering expertise and rigorous quality standards, offering customers dependable performance and long-term reliability in data communication tasks.
FAQ
What is the primary function of the CHD1616LVB-70 transceiver?
The primary function is to facilitate bidirectional data transfer across a 16-bit bus interface. It acts as a buffer and driver between two digital buses, allowing data to be transmitted and received efficiently in asynchronous systems.
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What voltage levels does the device support for operation?
This transceiver is designed for low-voltage operation, typically at 3.3 volts, which helps reduce overall power consumption while maintaining reliable data integrity and speed.
How does the 70 ns access time impact system performance?
The 70 ns access time ensures that data is transferred quickly between buses, which is essential for applications that require fast processing speeds and minimal delay, enhancing overall system responsiveness.