DS14C88MX

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The DS14C88 MX is an Advanced Receiver and Transceiver Driver family. The family consists of two device options that offer a range of I/O capabilities and features.The devices also offer features that eliminate the need for external circuits to achieve a wide range of application demands. This article provides an overview of some of the design considerations and application fields of the DS14C88 MX.

Applications

The DS14C88 MX is ideal for applications in a variety of different industries, such as:

• Networking: The DS14C88 MX is suitable for use in a wide range of networking applications that require high performance, reliability and low power consumption.
• Industrial Automation: The DS14C88 MX can be used in a variety of industrial automation applications, where solutions need to be reliable and provide strong performance with low power consumption.
• Automotive: The DS14C88 MX is ideal for use in automotive applications, where signals need to be reliably transmitted over long distances without compromising reliability.
• Medical: The DS14C88 MX is suitable for medical equipment applications, where high accuracy, low power consumption and high speed are critical.
• Consumer Electronics: The DS14C88 MX is suitable for use in consumer electronics applications, where complex signals need to be reliably transmitted with minimal power consumption.

Design Considerations

The DS14C88 MX is an advanced transceiver driver family, offering features and functions that reduce system cost and time to market. The devices offer features such as:

• Integrated high-speed differential receiver and transmitter
• High-speed differential line driver
• Differential bus loading compensator
• Low power circuitry for improved system efficiency
• Integrated logic for improved system robustness
• Error detection and latency control support
• Internal charge pump for improved system performance
• Programmable I/O timing for ease of integration into existing systems

These features make the DS14C88 MX ideal for applications where accuracy, power efficiency, data rate and signal integrity are critical. The devices are also suitable for use in high-speed networking and storage solutions, as well as automotive, consumer electronics and medical applications.

Working Principle

The DS14C88 MX transceiver driver family is based on a fully differential architecture and supports a variety of data rates. The devices employ a fully differential line driver, which allows the transceiver driver to achieve wide bandwidths with low electrical noise. The family has been optimized for improved system performance and power consumption, while further optimizing signal integrity and data rate. The devices also employ a differential bus loading compensator, which helps to reduce data rate degradations caused by signal loading. Integrated control logic provides automated control of the two transmitting and receiving channels, simplifying the integration of the transceiver driver into existing system designs.

In addition, the DS14C88 MX family supports error detection, signal timeout and latency control. This helps to ensure reliable data transmission with minimal latency, even in high-speed and high-noise environments. The devices also offer on-board charge pump circuitry, eliminating the need for external charge pump circuitry to achieve higher data rates.

Conclusion

The DS14C88 MX is an advanced transceiver driver family that offers a wide range of features and functions. The devices are ideal for use in a variety of applications, such as networking, industrial automation, automotive, consumer electronics and medical applications. The devices offer features such as a fully differential line driver, integrated control logic, error detection, latency control and on-board charge pump circuitry. The features and functions of the DS14C88 MX make it an ideal choice for applications where accuracy, data rate, signal integrity and power efficiency are critical.

The specific data is subject to PDF, and the above content is for reference