SN751178NSRE4

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 SN751178NSRE4 is an interface - drivers, receivers and transceivers, which is ideal for a variety of applications and can be used in both industrial and automotive environments. This device is particularly suitable for systems that require high performance, wide-range data transmission and reception over long distances.

The SN751178NSRE4 is composed of four independent 3-pin driver/receiver transceivers, each tailored for operation across multiple voltages and data rates and capable of working in both industrial and automotive environments. The device is designed to minimize power dissipation while providing an impressive data rate of 25 Mbps. It supports selective sleep feature which can reduce power further by placing specific transceivers in sleep mode while keeping the rest of the transceivers in active mode.

The driver/receiver transceivers of the SN751178NSRE4 use differential signaling to improve common mode noise rejection, thread communication performance, and provide robust operation in the presence of large voltage transients. In addition, the devices feature internal circuitry to test the open state of the transmission line, select an input line from multiple sources and store the latest valid transmitted data bits.

The SN751178NSRE4has a unique working principle by which it operates. It sends differential PECL (pulse-excited current-mode logic) signals across its four transceiver channels. First, it sets up the voltage on the transmitter side of the device by applying an appropriate number of logic 0s (low) and 1s (high). Next, the differential voltage signals are transmitted from the driver side to the receiver end of the device (along with ground), allowing the receiver to make sense of the logic levels applied to the transmitter. The receiver then uses a suitable threshold detection technique to identify which of the applied signals is high or low.

Once the receiver has determined the levels of the applied signals, it then compares these signals with the ones sent by the transmitter. If the transmitted signals match the received ones, then the data is accepted and the driver/receiver transceivers complete the task of sending/receiving data across the data line. This process is used to effectively send and receive date over long distances with high speed.

The SN751178NSRE4 can be used in a variety of applications, from consumer electronics to industrial automation and automotive. Its high data rate and long-distance capability make it an attractive choice for high speed data transfers. At the same time, its low power consumption and capability to send/receive data in both high-speed and low-speed modes ensure that the device is efficient and cost-effective for achieving optimal communication performance. Moreover, the devices require only two external components for operation and make it quick and easy to integrate into existing or new designs.

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