SN74LVC16373AGRDR

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The SN74LVC16373AGRDR is a 3-state Octal Latches and Bi-Directional Transceivers logic IC. It is integrated with eight latches and thirteen I/O pins. This device is widely used in applications such as data buffering, transmission and reception of serial data, storage and display of data and address buses, etc. This IC is capable of operating at up to 3.6 V, and it consumes minimal current, making it suitable for low power applications.

The SN74LVC16373AGRDR is internally organized as eight 3-state latches with each latch having three I/O pins, one data input, one enable input and one output pin. The enable input pin is used to control the functionality of the corresponding latch. The data input pins of each latch accept the input data which is stored when the enable pin is asserted. The Output pin will be in three-state until the enable input is asserted. The output state will be independent of the input state, and this feature is used in applications like storage or hold data. The 3-state feature of the output allows multiple circuits (or multiple latches) to be connected to the same bus.

The SN74LVC16373AGRDR uses CMOS technology which allows low power consumption. It\'s a low voltage IC that is specified to operate from a 1.65V to 3.6V, while also providing excellent noise immunity and high speed operations. This IC contains eight 3-state latches that can operate independently of each other. Each of these latches can be set in either the low logic state (LOW) or the high logic state (HIGH) by using the data and enable inputs. Additionally, the outputs of each latch can be set to Hi-Z (3-state) or to the stored data level. This IC features high-speed switch and an adaptive bus-hold capability which allows it to hold onto the data even when there is a slow rise time input voltage.

The operation of the SN74LVC16373AGRDR is further explained from the functional block diagram of the device shown in Figure 1 below:

As mentioned earlier, the SN74LVC16373AGRDR contains eight latches. Each latch is made up of an enable-input line EN , a data-input line DI and an output line Q. A logic ‘1’ will be stored in the latch when the enable input is asserted. The data present in each latch is determined by the presence of a logic ‘1’ present on the data-input line DI. An output will be present when the enable input line EN is asserted. The output of the latch will not be dependent on the data-input line and will stay at the data-input line (HIGH or LOW) when the enable input is de-asserted. The 3-state output feature allows multiple inputs to be connected to the same bus as the output line will have a Hi-Z state when enable is de-asserted.

The SN7LVC16373AGRDR is widely used in applications such as mobile communication system, embedded electronics, data buffering, storage and display of data and address buses, etc. It can be used in application which require low-level switching, low power, high-speed operations and noise immunity. The IC can be used as a Data Transceiver, Data Buffer and Register to gather, store, transmit and interpret data.

In conclusion, the SN74LVC16373AGRDR is a highly versatile, low-voltage logic IC featuring eight 3-state latches, thirteen I/O pins and adaptable bus-hold capability. It has a host of features such as low power consumption, wide operating voltage range, high speed and excellent noise immunity which makes it ideal for a range of application areas. The ability of this IC to store data independently even when enable is de-asserted make it very useful in multiple bus applications.

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