MC10H350FNG

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Logic translator circuits are part of the larger family of logic devices known as logic gates. A logic translator is a type of gate that performs a simple function: to convert signals from one logic state (‘low’ or ‘high’ voltage) to another. Depending on what protocol it is translating (lo to hi, hi to lo, etc.), the logic translator gate can be a type of shift register, such as the MC10H350FNG. In this article, we’ll discuss the application field and working principle of the MC10H350FNG shift register.

Application Field of the MC10H350FNG

The MC10H350FNG is a 16-bit parallel-to-serial shift register manufactured by ON Semiconductor. This shift register is available in a 14-pin PDIP, 14-pin SOIC, and 16-pin TSSOP packages, and is designed for operation up to Tj = +125°C. The MC10H350FNG shift register is most commonly used in applications that require translating between logic levels or translating from parallel to serial.

This shift register is commonly used for communication applications. It can be used to transmit bits and bytes between digital circuits and transmit the data over serial lines. It can also be used in digital signal processing, such as the conversion of digital data into audio or video signals. Additionally, this shift register is also used in sampling and filtering, as well as logic-level conversion and signal-formatting applications.

Working Principle of the MC10H350FNG

The MC10H350FNG is a serial-in, parallel-out shift register, meaning it can translate data from multiple parallel inputs into a single serial output. It has two inputs, D and S, which allow the user to control the flow of data through the shift register. The D input is for data input, and the S input is for shifting the data in the register. A single shift pulse applied to the S input will cause all of the data in the shift register to be shifted one position to the right. This shift pulse can be applied manually or connected to a clock signal to create a continuous shift in the data.

The shift register has a 16-bit data path and is designed to operate with a signal high-time of at least 35ns. This shift register will accept data input on the rising edge of its clock signal, while its parallel outputs will become valid on the falling edge of the clock. Additionally, each bit can be accessed at the register’s parallel outputs, allowing for the data to be shifted out of the register in a parallel fashion. The shift register also has a W/CLEAR pin that will reset all the bits in the shift register to a logic 0 state when a low voltage is applied to it.

Conclusion

The MC10H350FNG is a versatile logic-level translator that is commonly used in communication, signal processing, and logic-level conversion applications. It is capable of taking parallel data inputs and converting them into a serial output, making it ideal for a variety of applications. It is also capable of being clocked for a continuous shift of its data, and has a W/CLEAR pin to reset all bits in the register to a logic 0 state. Overall, the MC10H350FNG is a reliable and versatile shift register capable of meeting the needs of many different applications.

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