74ALVCH162344DLRG4

The 74ALVCH162344DLRG4 is a member of the 74ALVCH family which is a 10-bit wide bus transceiver used to transfer data between two separate buses. It has two independent high-performance CMOS transceivers and two data buses. Each transceiver has two data inputs, two data outputs, one output enable input and one direction control input. This device facilitates bidirectional data transfers by controlling the flow of data serially between the two separate buses.

The 74ALVCH162344DLRG4 is ideal for applications where CMOS is required, such as clock and data distribution in high-speed systems and bus systems. It can also be used to synchronize and transfer data between systems with different clock frequencies as it runs on both rising and falling edges of the clock.

Application Field

The 74ALVCH162344DLRG4 is ideally suited for applications which require bidirectional data transfer while operating at high frequencies. It is heavily used in reliability-critical applications, such as those in aerospace, military and medical technologies, as it delivers the best performance on both rising and falling edges of the clock.

In addition to these applications, the 74ALVCH162344DLRG4 also finds use in high-speed data transfer, clock and data distribution, and other applications that require real time performance. It can also be used in Power over Ethernet (PoE) networks and for transmission of signals over long distances.

Working Principle

The 74ALVCH162344DLRG4 functions in high-speed applications and operates bidirectionally. Like other transceivers, it has two data inputs, two data outputs, one output enable input, and one direction control input.

The device contains two independent 10-bit wide transceivers. In an application, one is called the transmitter, while the other is the receiver. The output enable input controls the outputs of the transmitter and the receiver. The transmitter sends data to the receiver over the bus, while the receiver sends the data to the transmitter. The data is sent in a serial manner.

The direction control input is used to select which transceiver is the transmitter and which is the receiver. This allows data to flow from one bus to the other. The device employs a 10-bit wide bus to transfer data between the two buses. The bus transceiver switches transceivers depending on the data flow direction.

The 74ALVCH162344DLRG4 works with data rates up to 200 Mbps and runs on both rising and falling edges of the clock. It also boasts a low power consumption of 0.6 W and is highly reliable, making it the ideal device for applications that require bidirectional data transfer at high speeds.