74AC16244DL

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Logic buffer, driver, receiver and transceiver integrated circuits (ICs) are used to convert an input signal into a different logical level signal, provide signal amplification and signal transmission across large electronic systems. The 74AC16244DL is a very popular and highly efficient 8-bit buffered transceiver for logic circuits and widely used for driving large loads with low power consumption. It is widely used in digital and embedded systems applications, such as in the entertainment, industrial and scientific electronics.

The 74-AC16244DL uses two independent 8-bit transceivers and is part of the 74AC family of transceivers. The two transceivers will operate in either the 8-bit parallel or 8-bit serial mode. The main feature of this IC is that it provides very high speed communication up to 10.24 Mbps (or 10 Mbps), with a power consumption of typically less than 0.25 mA, at a 5 volt power supply. The data sheet describes it as “low power, high speed”. This allows the IC to operate in a wide range of frequency and temperature ranges, making it a suitable choice for various applications.

The 74-AC16244DL is based on a dual-channel 8-bits transceiver with buffers that enable it to transmit or receive data without any active involvement from the host processor. It uses feedback converters for data and clock transmission, to ensure reliable and consistent data reception. The output buffer is capable of driving loads up to 350µA in the high state, so it is an efficient IC for driving large loads. The inputs are equipped with hysteresis, so that it can better distinguish the high and low logic states, and it can also be used for edge-triggered logic designs.

This IC can be used in a variety of applications such as general-purpose interfacing and communication between logic circuits, communication interface bus transceivers, high-speed buses, serial data communication and even in the field of avionics, where speed and power regulations are of utmost importance. It has been used in wireless communication and GPS applications, where speed and reliability are paramount. With its very low power consumption and high speed communication, it can also be used in embedded applications.

The 74-AC16244DL uses an HCMOS technology with voltage ratings up to 5 V, operating over a temperature range of -40°C to 125°C. It has a maximum propagation delay of 11.7 ns, minimum propagation delays of 2 ns and over-voltage thresholds of 6 to 7 V. The power ratings are specified at 2.25 mW per channel, with current consumption of 0.25 mA (5 V power supply). The package of this IC includes the 8-bit transceiver and the external connection pins, which are the power pins and output pins.

In summary, the 74-AC16244DL is popular and resilient 8-bit buffered transceiver for logic circuits. It provides high speed communication and low power consumption, making it a suitable choice for a wide range of applications. The HCMOS technology used in the design provides a very fast response time and reliable data transmission. With its wide variety of features and packages, it is an excellent choice for many digital and embedded systems applications.

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