SN74ACT32DR Integrated Circuits (ICs)

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The SN74ACT32DR is a quad two-input OR Gate that leverages advanced single-gate CMOS Logic for high performance to optimize speed and power management. This device has an output pulse-width of only 4 nanoseconds (ns) and a typical power-dissipation of only 66 milliwatts (mw). Its high-speed and low-power consumption makes it a prime choice for applications such as computer logic, data transmission and power control.

The SN74ACT32DR employs two-input OR gates, each with two separate channels. The input is high-level, meaning that both channels of the OR Gate must be high for it to produce a logic 1 output. This is then inverted and fed out of the output pin. This type of logic is often used to detect high signals on multiple channels, or to generate and feed out multiple logic 1s from different sources.

The SN74ACT32DR offers an exceptionally high input threshold voltage of 3.4 volts, providing for fast response and low power consumption. It also has an extremely low propagation delay time, of only 1.3 nanoseconds. This low propagation delay time ensures that the output of the OR Gate stays at the same level for a minimal amount of time, improving its speed and reliability. In addition, the SN74ACT32DR features an active-low output, which allows it to drive low-voltage devices with a much lower voltage requirement, making it perfect for use in computer logic applications.

The SN74ACT32DR also has a low output leakage, meaning that it consumes very little power when the input is low. An independent “disable” input can also be used to control the output level without affecting the input, making this device an ideal choice for applications such as data transmission.

The SN74ACT32DR is an excellent choice for applications that require both fast response and low power consumption. Its high input threshold voltage and low propagation delay time make it particularly suited for computer logic applications and data transmission. Its active-low output also makes it perfect for driving low-voltage devices and its low output leakage ensures that it only consumes very little power when the input is low.

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