74AVC16245DGG-Q10J Level Shifter Buffer – 20-Pin TSSOP Package

  • The 74AVC16245DGG-Q10J provides high-speed data transfer, enhancing overall system performance.
  • With a high drive capability, it ensures robust signal integrity in demanding applications.
  • This device features a compact package type, saving valuable board space in designs.
  • Ideal for interfacing between different logic levels, it simplifies design complexity in mixed-signal systems.
  • Engineered for reliability, it meets strict quality standards to ensure consistent performance.
SKU: 74AVC16245DGG-Q10J 類別: 標籤 , , 品牌:
恩智浦半導體-標誌
產品上方詢問盤

74AVC16245DGG-Q10J Overview

The 74AVC16245DGG-Q10J is a high-speed, 16-bit bus transceiver designed for efficient data transfer between devices. With its low power consumption and high-speed operation, it is ideal for applications in industrial automation, telecommunications, and consumer electronics. This component provides robust performance in various operating environments, ensuring reliable communication across multiple systems. Its compact package and effective signal integrity make it a preferred choice for engineers seeking dependable solutions. For more details, visit IC 製造商.

74AVC16245DGG-Q10J Key Features

  • High-speed data transfer enables quick communication between devices, enhancing overall system performance.
  • 低功耗 is crucial for battery-operated devices, extending operational life and reducing energy costs.
  • Wide operating voltage range
  • Compact package design allows for easy integration into space-constrained environments without compromising performance.

74AVC16245DGG-Q10J Technical Specifications

參數價值
Supply Voltage (Vcc)1.2V to 3.6V
頻道數16
資料速率Up to 200 Mbps
Input Capacitance5 pF (typical)
Output Drive Capability??24 mA
功率耗散Max 1.5 mW
溫度範圍-40°C 至 +125°C
包裝類型QFN, 48-pin

74AVC16245DGG-Q10J Advantages vs Typical Alternatives

The 74AVC16245DGG-Q10J offers superior performance compared to typical alternatives due to its low power requirements and high-speed data rates. Its ability to operate across a wide voltage range enhances compatibility, while its compact design facilitates integration in smaller devices. These advantages make it an excellent choice for engineers seeking efficient and reliable solutions.

典型應用

  • Data communication between processors and peripheral devices in industrial automation systems, ensuring efficient signal transfer and robust performance.
  • Telecommunications equipment where high-speed data transfer and reliability are critical for maintaining communication integrity.
  • Consumer electronics, particularly in devices requiring low power operation without sacrificing speed.
  • Automotive applications that rely on efficient data exchange between various control units for improved functionality.

74AVC16245DGG-Q10J Brand Info

The 74AVC16245DGG-Q10J is manufactured by a leading semiconductor brand recognized for its commitment to quality and innovation. This device is part of a comprehensive family of logic products designed to meet the growing demands of modern electronic applications. With a focus on performance and reliability, the brand ensures that each component is rigorously tested to meet industry standards.

常見問題

What is the maximum data rate for the 74AVC16245DGG-Q10J?

The maximum data rate for this transceiver is up to 200 Mbps, making it suitable for high-speed data communication applications.

What is the operating voltage range for this device?

The operating voltage range for the 74AVC16245DGG-Q10J is from 1.2V to 3.6V, allowing compatibility with various logic levels.

What are the typical applications for this bus transceiver?

This transceiver is typically used in industrial automation, telecommunications, consumer electronics, and automotive applications, providing reliable data transfer in each domain.

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產品中間詢盤

What package type does the 74AVC16245DGG-Q10J come in?

The device is available in a QFN package with 48 pins, allowing for compact integration in various electronic designs.

How does low power consumption benefit applications?

Low power consumption extends the operational life of battery-powered devices and reduces overall energy costs, making it an attractive option for engineers focused on efficiency.

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