ISL4485EIB-T

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 ISL4485EIB-T is an advanced transceiver suitable for applications that require low EMI and low power consumption while providing high data rate and high system performance. It is a single-chip transceiver specifically designed for Ethernet applications, such as 10/100 Mbps controllers, Ethernet switches, bridges and routers. The ISL4485EIB-T is ideal for consumer, industrial, enterprise and embedded applications.

Interfacing Principle

The ISL4485EIB-T transceiver offers four integrated signal paths to provide the fastest Ethernet-type network speeds, from the data source to the data destination. The four integrated signal paths are the incoming signal path, the loopback signal path, the outgoing signal path and the isolator signal path.

The incoming signal path is the primary signal path used by the device when receiving data. In this signal path, data is received through the device\'s input port and converted into the correct signal format before being transmitted out through the device\'s output port. The loopback signal path is the secondary signal path used when sending data. In this signal path, data is received through the device\'s input port and converted into the correct signal format before being transmitted out through its loopback port.

The outgoing signal path is the tertiary signal path used for transmitting data. In this signal path, data is received through the device\'s output port and converted into the correct signal format before being sent out through the device\'s loopback port. Finally, the isolator signal path is the optional signal path used for isolating the transmit and receive signals from each other.

In this signal path, data is received through the device\'s input port, converted into the correct signal format and then sent out through the device\'s output port. This signal path is used to ensure isolation between the transmit and receive signals, thereby reducing overall noise and improving system performance.

Applications

The ISL4485EIB-T transceiver is an ideal solution for a variety of Ethernet applications, such as 10/100 Mbps controllers, Ethernet switches, bridges and routers. It is especially well-suited for consumer, industrial, enterprise and embedded applications due to its low EMI and low power consumption while providing high data rate and high system performance. Additionally, its integrated signal paths provide increased data throughput and improved system performance.

The ISL4485EIB-T transceiver is also an ideal solution for use in Automotive Ethernet applications that require low power consumption and high data rate. It has wide operating temperature range and is automotive qualified to ensure reliable operation in a broad range of environmental conditions. Additionally, its integrated signal paths provide increased data throughput and improved system performance.

Other applications of the ISL4485EIB-T transceiver include networking and communication systems, such as cellular basestations and cable modems. These systems require low power consumption and reliable operation for uninterrupted communication. The ISL4485EIB-T transceiver can provide these applications with both low power consumption and reliable operation. Additionally, its integrated signal paths provide increased data throughput and improved system performance.

In summary, the ISL4485EIB-T transceiver is an ideal solution for a variety of Ethernet applications, such as 10/100 Mbps controllers, Ethernet switches, bridges, routers, Automotive Ethernet applications and networking and communication systems. It offers four integrated signal paths to provide the fastest Ethernet-type network speeds, in addition to reliable operation, low EMI and low power consumption. The ISL4485EIB-T transceiver is an excellent choice for consumer, industrial, enterprise and embedded applications.

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