74LVC16244APAG8

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Logic-buffers,drivers,receivers,and transceivers are the main electronic components responsible for the transfer of data within a system.The 74LVC16244APAG8 is a type of transceiver logic which offer bidirectional level shifting between two voltage domains. As shown in the figure, the 74LVC16244APAG8 become the bridge between two levels of different voltages, which facilitate low voltage CMOS signals from one voltage domain to enter the level of the other voltage domain.

The 74LVC16244APAG8 transceiver is widely used in various fields and is a perfect choice when you need bidirectional level shifting between two voltage domains. It can be used in medical, industrial and automotive applications. The integrated level shifter can support two low voltage CMOS levels and has a wide range of logic levels between 0.8V and 3.6V.

The 74LVC16244APAG8 is easy to use and has an easy to understand logic level diagram, making it easier to connect other CMOS level components to the 74LVC16244APAG8. It also provides a safe way to bridge the low voltage CMOS signal level of one voltage domain to the other voltage domain.

When using the 74LVC16244APAG8, two supplies should be connected to it: VDD1 and VDD2. VDD1 is the supply voltage for the logic in one voltage domain, and VDD2 is the supply voltage for the logic in the other voltage domain. The two supply voltages can be the same or different depending on the application.

The 74LVC16244APAG8 consists of four bidirectional channels with 3-state outputs. The high impedance output state can be used to save power and reduce noise as it allows the output of one channel not to interfere with the output of the other channels when the channel is disabled or not used. The 74LVC16244APAG8 can also be used as a high speed data rate up to 150MHz and provide current sinking of up to 16mA per channel.

The working principle of the 74LVC16244APAG8 is quite simply. The logic level of each channel is determined by the logic level of the corresponding channel in the opposite voltage domain. When the input of one voltage domain is logic 0, the other side of the channel will output logic 0. Likewise, when the input of one voltage domain is logic 1, the other side of the channel will output logic 1.

In conclusion, the 74LVC16244APAG8 is an ideal choice for a wide range of applications that require bidirectional level shifting between two voltage domains. It is easy to use, can support two low voltage CMOS levels and provides a safe and reliable way to bridge the low voltage CMOS signal of one voltage domain to the other. The 74LVC16244APAG8 is an essential components for any system that involves bidirectional level shifting.

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