74LVT240MSA

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

74LVT240MSA is a member of advanced low-voltage CMOS (low-voltage complimentary metal-oxide-semiconductor) logic family. It consists of 24 non-inverting buffers with active-low outputs designed for 2.5V to 3.6V VCC operating range. The device features high drive current capability and very low output noise levels. It is designed to interface digital logic circuits with other digital logic or with TTL logic systems.

The application field of 74LVT240MSA is quite broad. It is used for designing high-definition digital audio/video systems, high-speed digital communication systems, low-power applications, across-backplane applications, personal computers and embedded controllers, networking, wireless and wired communication, electronic instrumentation, communication interface card, and many more. 74LVT240MSA has significant advantage over other logic products because of its ability to operate at low voltage while still achieving high performance.

The working principle of 74LVT240MSA can be explained in terms of electrical properties and functionality. First, the input CMOS logic threshold voltage is set low, which allows the device to operate with input signals down to 0.5 VCC voltage. This gives 74LVT240MSA an advantage over other logic products with higher logic thresholds that require higher input voltages. Secondly, the device has a very low output noise level. This ensures that the device has no unwanted bouncing or chattering on its output lines when the device is used in high-speed switching applications. Thirdly, the device has high drive current capabilities, allowing it to drive more loads than standard devices. Finally, the device has balanced propagation delays, meaning that the propagation delay in either direction is equal.

In conclusion, the 74LVT240MSA device is a highly versatile device with many applications. Its ability to operate at low voltage and high drive current capabilities make it ideal for low-power applications, and its low output noise levels make it especially suitable for high-speed switching applications. Furthermore, its high-performance input/output characteristics make it an ideal choice for interfacing digital logic circuits with other digital logic or with TTL logic systems.

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