MAX14890EATJ+

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 MAX14890EATJ+ is a high-performance, advanced transceiver with a flexible interface to design a wide range of physical layer configurations. The transceiver is designed to meet the requirements of next-generation digital communication systems and provides maximum data transfer rate, high current level and robust power protection, automatic circuit protection and testing. The transceiver’s integrated drivers, receivers and transceivers are suitable for all types of applications, such as industrial, automotive, home automation and medical equipment. The transceiver \'s high-speed input/output (I/O) and over-voltage protection make it extremely reliable and environment-friendly.

MAX14890EATJ+ Application Field

MAX14890EATJ+ has many application fields, mainly in automotive, industry, medical and home automation. Automotive applications range from light-, radio-, and television systems to driver-safety or driver-information systems. When used in the automotive field, the transceiver can be used to create digital signal transmission paths to enable various functions, such as high-speed remote control systems, high-performance interior lighting, and head-up displays. For industry application, MAX14890EATJ+ can help maintain ISCN bus infrastructure, which is employed in Smart Factory, and also connection of digital signal transmission paths in various industrial control systems and rail systems. MAX14890EATJ+ can also support industrial gateway communications in Industrial Ethernet networks and provide reliable signal transmission in signal monitoring and data acquisition. In medical fields, MAX14890EATJ+ can be used in medical imaging systems, medical patient monitoring systems, and healthcare information systems to enable real-time data transmission. Finally, MAX14890EATJ+ can also be applied in home automation, specifically in home security systems, access control systems, thermal-energy management systems and automated-lighting systems. The transceiver can be effectively used as a high-speed data path for these applications.

MAX14890EATJ+ Working Principle

The transceiver comprises two amplifiers, two differential voltage digital-to-analog high-speed ports, and two high-speed digital-to-analog output ports. Each amplifier is designed to deliver +3.3V single-ended or CMOS output digital signal levels.The differential voltage digital-to-analog ports include both digital signal and voltage signal level. The digital output level is measured in Volts while the signal level is measured in DSPS (Digital-to-Analog Signal). The signal level is used to control the output voltage drive of the amplifier.The digital signal and voltage signals are combined before entering the amplifier. The amplifier selects the signal level based on the input threshold. The maximum input threshold is 5V.The voltage signal is the main signal level; the digital signal is used to help determine the timing and control of the output voltage drive.The high-speed digital-to-analog ports are meant for single-ended or CMOS output voltages. The output voltage ranges from 0V to 3.3V, and can be adjusted to a higher voltage according to user requirement. The output voltage can be modified through the control port by a maximum of five bits. The adjustable output voltage and control port are used to control the MAX14890EATJ+ transceiver.

The transceiver’s integrated drivers, receivers and transceivers help to reduce system complexity. The integrated drivers and receivers use an advanced CMOS process, making them suitable for high-speed, high-current applications. The integrated transceivers offer full duplex or half duplex communication capabilities, enabling transmission of digital audio or video signals. The MAX14890EATJ+ transceiver also supports long distance transmission.

The MAX14890EATJ+ transceiver offers excellent power protection by using high-current, robust voltage protection and automatic circuit protection. This protects the transceiver from over-temperature, current-based over-voltage, short-circuit, and over-voltage. The transceiver is tested for compatibility with existing industrial standards, such as IEC 60950-1, UL 1040, and IEC 61153-1.

The MAX14890EATJ+ transceiver is an advanced high-speed transceiver that provides reliable data communication with an integrated cord and wave-splitting technology. With its easy-to-use interface, the transceiver is suitable for a wide range of industrial, automotive, medical, and home automation applications. The transceiver can also be used for high-speed digital transmission, as well as for controlling and monitoring device parameters. Its integrated drivers, receivers and transceivers provide high level of performance, making it one of the most reliable and robust transceivers available in the market.

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