SN74LV32ADBR

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 a huge role in the digital electronics of today. One such device is the SN74LV32ADBR. This integrated circuit (IC) includes four individual 2-input OR gates, as well as two complementary outputs, making it a very versatile component. Its capability to operate at a wide range of voltages, something not often seen in other devices, coupled with its relatively low- Input current makes it a reliable choice, especially in applications with limited power supply available.

The SN74LV32ADBR is constructed using advanced CMOS technology, which makes it most suitable for applications requiring low power consumption and wide range of input supply. It contains two pairs of interconnected, 2-input OR gates. As with traditional OR gates, the SN74LV32ADBR is characterized by the fact that if either of the two inputs is “true” or “high”, then the output will be ‘high” as well. This is useful in applications where multiple options must be considered. It can also be used as a “digital logic inverter”, making it useful for applications such as signal buffering, signal conditioning, data conversion and more.

The SN74LV32ADBR also makes a great choice for automotive applications. The low current consumption and wide range of voltages it supports make it ideal for engines and other power-sensitive components. It can also withstand temperatures ranging from –40 to +125 C, which enables it to operate in tough temperature environments without fail. Furthermore, it also comes with electrostatic discharge protection, making it resistant to damage from excessive ESD.

The SN74LV32ADBR IC is a great choice for many industrial and commercial applications. Its low-power requirements, wide temperature range and electrostatic discharge protection make it suitable for use in many different applications. Its ability to operate at a wide range of voltages, coupled with its low-input current, make it suitable for applications where limited power supply is available. Its suitable for applications such as signal buffering, signal conditioning, data conversion and more, making it a very versatile component. In addition, it\'s one of the most reliable and cost-effective logic gates and inverters on the market.

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