SN74LV373ADWR Integrated Circuits (ICs)

The SN74LV373ADWR is a member of the Logic - Latches family and is used for data storage. It is an integrated circuit (IC) device that provides 8 data storage bits that can be accessed and re-configured at any time. This device is a convenient and cost-effective solution to data storage requirements. Its main applications include digital circuits, logic circuits and computer memory.

The SN74LV373ADWR consists of 8 data storage bits with 3-state outputs and latches. All 8 bits are accessed through 8 data inputs -- A0 - A7. It uses a Byte-wide data path to access the data storage bits. Each data bit is opened and closed by a latch, with each latch having 2 inputs, EX and CL. The EX input is used for row selection and the CL input is used for column selection. When the EX input is activated, the latch opens, and when the CL input is activated, the latch closes.

The 3-state outputs from the SN74LV373ADWR can be used to send data to other devices or to output the same data to several devices. Each 3-state output can be programmed by the data input, EX and CL inputs. In addition to these outputs, the SN74LV373ADWR also has two extra outputs -- a programmable complementary output and an output enable (OE) pin. The programmable complementary output is used to reduce the number of logic gates required, while the OE pin can be used to disable the outputs.

The SN74LV373ADWR is a low-power device, drawing only 20mA of current. It is also very versatile, and can be used in a wide range of applications. It is suitable for use in digital systems, logic circuits, computer memory and electronic devices where data storage and retrieval is needed. In addition, it is capable of working with both TTL and CMOS logic levels.

The SN74LV373ADWR is a very useful device that can be used in a wide range of applications. Its 8 data storage bits, 3-state outputs and latches make it an ideal choice for data storage requirements. In addition, its low power draw and ability to work with both TTL and CMOS logic levels make it a very cost-effective solution.