MC74HC08ADTR2

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

Logic gates and inverters play an important role in determining the functionality of digital circuits. Inverters, in particular, allow devices to change the value or type of an input signal to a desired output. The MC74HC08ADTR2 is one example of an integrated gate and inverter gate. It is used to invert an input signal of dual 3-state logic. This article will discuss the application field and working principle of the MC74HC08ADTR2.

The MC74HC08ADTR2 consists of two independent 4-input AND gates. Each of the gates has an independent active-high enable input (G1, G2). When enabled, the gates pass the logic signals through to their respective outputs. The active-high enable also serves to inhibit undesired output during “gating” operations. The gates feature a flip-flop which is used to capture input conditions. It is bidirectional and its output is given by the combination of its input and the level of the enable (G1, G2). Its inputs are isolated from its outputs by the use of the 4-input AND gates. This ensures that no undesired states are passed through to the output.

The MC74HC08ADTR2 can be used for many applications in the digital logic field. These include: logic expansion, memory synchronizers, power control, and output logic level shifting. It is also used as a buffer to reduce load on the digital logic drive circuits. Additionally, it can be used as a bus multiplexer or de-multiplexer. This device has low power consumption with a wide range of switching speeds. It can operate at frequencies up to 200MHz without dropouts.

The working principle of the MC74HC08ADTR2 can be described using a simple electrical circuit. As long as the enable inputs (G1, G2) are active, the logic signals pass through the input transistors. These transistors then feed the logic signals to the flip-flop circuit. The flip-flop compares the logic on the inputs and stores the data when the enable (G1, G2) is active. The data is then used to generate the inverted output. The output of the flip-flop is the inverted logic data that is passed through the output transistors and sent to the output pins.

The MC74HC08ADTR2 is a dual 3-state logic inverter gate. It is used for many digital logic functions such as logic expansion, memory synchronizers, power control, and output level shifting. The device consists of two independent 4-input AND gates with a flip-flop circuit which is used to capture any logic changes. It also has a wide range of switching speeds and operates at frequencies up to 200MHz without dropouts. Thus, the MC74HC08ADTR2 is an excellent choice for many digital logic functions.

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