MAX13442EASA+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 MAX13442EASA+T is a monolithic nanosecond dual channel ECL driver/receiver and transceiver. It is a two-in-one device that combines two independent ECL drivers and two independent ECL receivers in a single 16-pin package. It is also an integrated solution as it includes both a driver and a receiver, as well as a transceiver. This device is suitable for applications such as signal routing, signal conversion, and data communication.

The MAX13442EASA+T has the capability to drive ECL logic levels from the driver to the receiver, and from the receiver to the driver. It is designed for high-speed data transmission systems and can handle signal rates up to 70 MHz with minimal propagation delay and jitter. The device is designed for low-voltage operation with a 3.3V power supply, and has low power consumption of about 7mW.

The MAX13442EASA+T has a highly integrated design, with four ECL channels, integrated driver and receiver, and transceiver. It has two independent driver channels, each capable of delivering up to 4ma of peak current. The two receiver channels are sensitive enough to detect ECL logic edges down to 2ma of peak current. It is capable of accepting differential input signals up to 5.5V and can accept single-ended input signals up to 3.3V.

The device is suitable for high-speed data communication systems and is particularly suitable for applications such as backplane links, high-speed serial links, and Ethernet systems. It is also suitable for applications such as high-speed parallel data transmission, synchronous optical networks, and test and measurement equipment. Its low power consumption, coupled with its small size and integrated design, make it a suitable choice for systems that require high performance, low cost, and low power.

The MAX13442EASA+T works on the principle of electrical induced capacitive coupling, wherein the driver is connected to the receiver through an electrical field. This connection is capable of transferring signals from the driver to the receiver and from the receiver to the driver. The device is designed to transfer digital signals at rates of up to 70MHz, which is about 20 times faster than an optical fiber connection. The device is stable up to 50pF of capacitance and can withstand up to 500mA of current.

The MAX13442EASA+T is a low-cost and efficient device suitable for a wide range of interface applications. It is a highly integrated solution that includes the driver and receiver, and can be used for transmission systems and communication networks. With its low power consumption, small size and high performance, the MAX13442EASA+T can be used in various applications and fields.

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