SN74ACT16373QDLREP Integrated Circuits (ICs)

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The SN74ACT16373QDLREP is a registered octal bus coil latch (RxOB) device featuring a data acquisition mode and a three-state output enable. The device is ideal for multiplexing, buffering and latching applications in a number of systems. It is advantageously used in many digital logic design applications and is suitable for high speed logic circuits. Its many features include that it has a 20 ns propagation delay time, 8-bit latch width, 16 outputs and 5V or 3.3V single VCC or 3.2V support voltage.

The SN74ACT16373QDLREP is powered by an eight-bit latch array that is designed to provide registered bus coil latching from three-state data acquisition mode. It has two modes of operation, the first being the clock-enable input (CEI) mode and the second being the clear-enable input (CE2) mode. In CEI mode all inputs are enabled by a single rising clock edge and may be configured as either a memory address, data or control register.

When operating in CE2 mode, the device features a steady burst of clock edges and the outputs change state with each rising clock edge. The device also features a three-state output enable (OE) signal which allows an individual output to be put into a high impedance state. This is ideal for applications where various latching applicationsneed to be supported with a single device.

The SN74ACT16373QDLREP device is suitable for a variety of different applications including general logic, memory control and address multiplexing. Its D-type flip-flop latch is also helpful for synchronous and asynchronous handshaking operations among memory modules. The device can be applied in digital interface communication circuits like PLC interfaces and CAN controllers.

The working principle of SN74ACT16373QDLREP generally relies on the concept of a register. A register is a component used to hold a binary value, which is represented as bits. Each bit in a register is considered either a one or a zero, depending on its current state. The binary data within a register is moved in and out of it with the help of clock pulses. Clock pulses are generated by an external source such as a microcontroller, processor, or other device.

The SN74ACT16373QDLREP device is transparent to data. The single clock enables it to pass data to the outputs without any interference with the logic levels applied to the data inputs. Data can also be latched and released from the latch during any positive clock edge…regardless of the logic levels of the data input, the outputs will follow the data levels as long as the enable inputs are in the correct conditions. This provides a convenient way to latch data from a bus and place it into another bus. The device can also be configured to provide performance enhancements like data ordering and data translation from serial to parallel bus formats.

The SN74ACT16373QDLRep device is an ideal solution for a variety of logic and data acquisition applications that require high speed and accuracy. Its octal latch design and 3-state control enable it to provide robust and reliable latching performance in demanding applications. It is also a cost-effective device, making it an attractive option for many commercial and industrial applications.

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