MC74ACT652DWR2G

Applications

The MC74ACT652DWR2G is suitable for the following uses:

• High speed logic applications such as FPGA or ASIC designs where low noise and high speed switching is required.
• Switching of digital or analog signals where low loading and superior drive are desired.
• Data bus or address bus applications.
• Clock and clock enable applications.
• Buffering and level shifting of signals.

Working Principle

The MC74ACT652DWR2G is a dual-channel buffering solution. It consists of four non-inverting buffers, two inverting buffers, two non-inverting drivers, and two inverting drivers. Each buffer and each driver is independent from each other and all of them can function simultaneously. When the input voltage of any of the buffers is higher than the VCC (positive supply) voltage, the output of the buffer will turn high. The driver works similarly. When the input voltage is higher than the VCC voltage, the output voltage will be pulled up to the VCC voltage level.

The MC74ACT652DWR2G has an extremely low propagation delay. This allows it to operate at very high frequencies, making it suitable for high-speed logic applications. The part is also capable of driving large loads, with an output drive capability of up to 32mA. Furthermore, the device has low leakage currents and low noise, both of which are important in high-speed designs. The part also features enhanced EMC and electrostatic discharge protection.

Conclusion

The MC74ACT652DWR2G is a high-performance logic component from ON Semiconductor. It is suitable for use in high-speed logic applications where superior drive, low noise, and low loading are required. The device is capable of driving large loads with excellent propagation delay, and it also provides excellent EMC and electrostatic discharge protection. Therefore, the MC74ACT652DWR2G is an ideal choice for demanding logic applications.