MC74ACT373NG

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-Latches plays a crucial role of controlling signals in different electronic systems. This type of components is able to change their states under certain conditions with least amount of power consumption possible. One example of logic-Latches is the MC74ACT373NG. This type of integrated circuits is quite popular on various applications and thus, understanding its working principle and applications are fundamental.

The MC74ACT373NG is a Dual In-rush Suppression Device, specifically designed to reduce the inrush current generated by a large load of capacitances switching. This type of integrated circuit is composed of two independent latches conforming the general 8-bit configuration – two address input pins, two data input pins, two output pins and four enables pins. The individual latch addresses are assigned by the address input pins A up to D. Both the data inputs and the data outputs are symmetrical pairs. The output of the device is obtain when both the latch and the enable pins are enable.

The MC74ACT373NG is also equipped with circuitry able to slow down the inrush current and to control the operational power total charge. This circuitry is able to control the inrush current for each latch simultaneosuly, due to the inclusion of the Enable pin in the device logic. The most remarkable characteristic of the MC74ACT373NG concerns the six functions the integrated circuit has – they are level shifting, ripple sensing switching, one-shot pulse shaping, noise filtering, line-hold switching and frequency division. All these features allow the device to not only reduce inrush current but also to offer and operations with low power consumption.

The application fields of the MC74ACT373NG are diverse, covering a wide range of electronic systems. These components are used in systems where controllers and switches demand a reliable supply of current. The MC74ACT373NG offer optimal solutions where the average current should be enough for devices to correctly operate, allowing for the integration of logic level active devices and a wide range of memory based devices such as bus switches, buffers and latches. These components also offer low power consumption solutions for battery loading systems.

The working principle of the MC74ACT373NG is quite simple and straightforward. The device can be enable or disabled by an active voltage grad on the Enable pin. When enable, the component is able to control the rate of inrush current generated by capacitances switching. The enabling of the component allows a right balance between the inrush current and the output regulation, allowing to the device to render steady operations and high performances with reasonable power consumption.

In conclusion, the MC74ACT373NG is a versatile component in terms of applications and working principles. This type of integrated circuits offers reliable solutions required by various electronic systems, while also ensuring steady operations with reasonable power consumption. In terms of applications, the component is used in systems where controllers, switches and memory based devices are in demand. Understanding the working principle of the component, as well as its application areas can be instrumental in correctly designing electronic systems.

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