MAX14783EESA+

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 MAX14783EESA+ is a device from Maxim Integrated’s interface product family, specifically designed to be used as a differential receiver and transceiver in a variety of applications. The device is built on Maxim’s patented single-edge clock architecture (ECL) and it provides superior performance at speeds up to 4 Gbps.

The MAX14783EESA+ differential receiver and transceiver are specifically designed for applications that need to run digital communication and data at high speed with low power consumption. The device also includes a digital output driver with voltage translation. The output driver is designed to interface to 25Ω terminated current-limited devices such as receivers, FCPs, and bus switches.

The receiver functions are designed to detect and encode wide-swing data from one DDR differential input or two non-DDR inputs. The receiver and transceiver feature a wide input frequency range of 3.75GHz to 4.4GHz and support a maximum data rate of up to 4 Gbps. The output driver is designed to interface to 25Ω terminated current-limited devices such as receivers, FCPs, and bus switches. The receiver also supports an optional external compensation pin to improve signal quality when vias or input delay is present.

The MAX14783EESA+ responds to up to 25V of input signal swing and complies with the interfacing requirements of high-speed applications such as Gigabit Ethernet, Fibre Channel, video, and audio. It is also capable of detecting and encoding large swing data from a single data stream, while reducing the power consumption of the device. The receiver features a metallization process structure with a shielded diff-pair, which minimizes on-chip cross-talk and contributes to faster rise and fall times. The device also includes a built-in thermal compensation circuit that helps reduce the effects of temperature variation on signal quality.

In addition to providing a differential receiver and transceiver, the device offers numerous features to help optimize signal integrity. It includes an adaptive signal equalization circuit, which reduces the loss of signal amplitude at high frequencies. The device also comes equipped with an optional output signal voltage control circuit that helps reduce signal overshoot and ringing. The output driver also incorporates a low-drive circuit, which reduces the drive current output and reduces power consumption.

The MAX14783EESA+ is designed to offer superior signal integrity and power efficiency for a wide range of interface applications. Its differential receiver and transceiver are capable of performing up to 4 Gbps, while minimizing power consumption. The device also features an optional external compensation pin to improve signal quality and a low-drive circuit to reduce power consumption. The included signal equalization, output signal voltage control and thermal compensation all help to maintain signal integrity. The MAX14783EESA+ is an ideal choice for high-speed applications that require reliable signal integrity and low-power consumption.

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