MC74LVXC3245DTRG Integrated Circuits (ICs)

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The MC74LVXC3245DTRG is an integrated circuit device from ON Semiconductor comprised of eight bidirectional translators and sixteen non-inverting buffers. It is designed to support mixed-mode signal operation and the interconnection of different devices with different logic voltage levels and accessory signals.

The application field of the MC74LVXC3245DTRG extends to various electronic devices, such as consumer electronics, automotive, and medical equipment. The device is widely used to provide a level shift in many products, such as cellular phones, tablets, and consumer audio products. It is also suitable for applications in the automotive, industrial, and medical industries. Additionally, the device can be used as a translator between connected devices, such as a microcontroller and an FPGA.

The MC74LVXC3245DTRG works in a unique way. It uses a dual supply voltage scheme to provide independent, adjustable voltage levels. The lower voltage is programmable using external components, while the upper level is determined by the device’s VCC pin. The VCC pin is powered by the same supply voltage as the logic ports, which range between 2.7V and 5.5V. This allows for compatibility between different ports and logic levels.

The device is programmed through the ENK pin, which is connected between the device’s VCC and the voltage-shift input. Through this pin, the device can be configured to provide different voltage shift levels, allowing it to interact with digital ports operating at different logic levels. In addition, the device also features an impedance monitoring circuit, which is designed to improve the power efficiency of the device.

In general, the MC74LVXC3245DTRG’s main function is to translate between digital logic levels, allowing for compatibility between different logic and accessory signals. The device can operate in a range of supply voltages, with the upper level determined by the VCC pin, while the lower level is determined by external components connected to the ENK pin. Additionally, the device also features an impedance monitoring circuit, which improves the device’s power efficiency.

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