74LV74DB,112

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

As a popular device in the electronics field, flip flops require a great deal of applications in order to fulfill the tasks required. The 74LV74DB,112 logic device is designed as a flip flop, making its application field very specific. This device brings advantages including positive triggering and operating voltage levels of 2.0V and 3.3V. It also provides fast switching times and is offered in both 8-pin and 16-pin packages.

It has a structure of two independent 4-bit set/reset GS-type flip flops. Each has an individual set/reset and data inputs, so that as many as 8 devices can be connected together to implement larger types of flip flops devices. When working, the flip flop will latch the data when a high level is applied to the clock pulse input before the negative transition. The devices also provide an MR pin that can obtain the same result, but with a negative logic.

The 74LV74DB,112 logic device can be used in a variety of application sections such as motor control, clock and timing control, and one-shot applications. Furthermore, it can be used as a data selector or a latching element for memory applications. By using the device, a clock signal can be spread across a large field to control multiple devices. It is also ideal for use on printed circuit boards because of its low power consumption and low levels of radio frequency interference.

The general working principle of the 74LV74DB,112 logic device involves a clock, a data source, and an enable signal that provides the necessary control logic. To understand how this device operates, consider a circuit using this device as a standard D latch. When the enable signal is active, the data held at the D input will be latched at the Q output when the clock pulse raises to its high level. The clock pulse will then transition to its low level, causing the data to remain latched.

The 74LV74DB,112 logic device has many uses due to its simple structure and wide applications. It is often a great choice for any digital performance requirement such as data selecting, motor control, timing control, and memory elements. When installed correctly and used properly, this type of logic device can help you to establish efficient controls on your system.

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