SN74ALS873BDW

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 SN74ALS873BDW is a logic latch from Texas Instruments and is categorized under the Logic - Latches label. It is a member of the high-speed CMOS logic family, with a transmission gate for data and address bus applications. The device is composed of two sets of four D-type latches, as well as a set of four inverters. It is a dual gate latch, which means it includes two sets of four latches and is commonly used to hold data and address bus information. Latches are digital circuits that have the capability to store data, and the SN74ALS873BDW is used in many applications that require such functionality.

The SN74ALS873BDW is typically used in applications that involve the transferring of data, such as data and address bus communication for microprocessors, memories, and peripheral devices. It is usually found in data communications, networking, and industrial control systems. Additionally, it can be used for data synchronization within a given circuit.

The SN74ALS873BDW is characterized by a number of features that make it attractive for these applications, including a maximum operating frequency of 10 MHz, a 12-mA sinking output current, and a 1-mA logic input. It is also characterized by a low-power Schottky design, which ensures reliable operation in low-voltage applications. The device is fast and consumes very little power, making it an attractive choice for many applications.

In addition to the SN74ALS873BDW, Texas Instruments also offers a wide variety of other logic latch devices, such as the SN74LS273BDW, the SN74ALS873BDWV, and the SN74LS193BDW. Each of these devices has unique characteristics, but many share common features, such as a wide supply voltage range and a high-speed CMOS logic family. The wide array of latch devices from Texas Instruments ensures that designers can find the device that is most suitable for their needs.

The working principle of the SN74ALS873BDW can be broken down into two parts: the latch and the inverter. The latch is composed of two sets of four latches, each of which can store two data bits. Each latch also has two inputs for the data bits, a clock input for determining when the data should be stored, and two output signals that carry the data bits when stored. The inverters are used to invert the data stored in the four latches, allowing them to be read by the system.

In order to use the SN74ALS873BDW, the user will first have to supply a data signal to the two latches. This can be done by connecting the input signals to the appropriate data source, such as a microprocessor, memory, or peripheral device. The data source will then supply the data signal to the latches. After the data has been supplied to the latches, the user will then have to supply a clock signal to the clock inputs of the two latches. This will cause the two latches to store the data supplied.

After the data has been stored in the latches, the user can then use the inverters to invert the data, allowing it to be read by the system. The inverters will invert the data stored in the four latches, making it readable by the system. Once the data has been read by the system, it can then be processed or transmitted to other components as needed.

The SN74ALS873BDW is a powerful logic latch from Texas Instruments that is used in many data and address bus applications. It has a maximum operating frequency of 10 MHz, a 12-mA sinking output current, and a 1-mA logic input, and it is characterized by a low-power Schottky design. It is often used in data communications, networking, and industrial control systems and is widely considered one of the best logic latches available.

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