FSA1256L8X_F113

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

Analog multiplexers (MUX) are a type of analog switch that is used to pass or switch an analog or digital signal from multiple sources to one or more receivers. The FSA1256L8X_F113 is an 8X to 1:1 multiplexer with Digital Isolation, which provides protection against voltage transients and/or noise. It is designed for improved performance over traditional digital isolation products and is used in many applications and systems. This article will discuss the application fields and working principles of the FSA1256L8X_F113.

Introduction to the FSA1256L8X_F113

The FSA1256L8X_F113 is an 8X to 1:1 multiplexer with Digital Isolation, which is used to pass or switch an analog or digital signal from multiple sources to one or more receivers. It is designed for improved performance over traditional digital isolation products, providing protection against voltage transients and/or noise. The device uses the Lattice Semiconductor\'s Isolation Technology, ISOUF520 for its high-speed, low-cost, and low-power digital isolation, which is an ideal solution for applications where noise immunity and improved signal conditioning, such as the line drivers needed for data-acquisition and/or control, are essential.

Features and Benefits of the FSA1256L8X_F113

The FSA1256L8X_F113 provides several features and benefits, including higher electrical performance than traditional digital isolation products, its low power consumption,and its flexibility and thermal ruggedization. The device is capable of acyclic operation and is suitable for a wide range of temperature operation, making it suitable for a variety of industrial, automotive, and medical applications. In addition, the device offers a wide operating voltage range, wide input/output voltage range (I/O), and a low profile package enabling high density board designs.

Application Fields of the FSA1256L8X_F113

The FSA1256L8X_F113 can be used in applications or systems that require robust isolation in order to protect against voltage transients and/or noise. These applications include motor controllers, industrial machinery control systems, power supplies, medical instruments, and automotive systems. Additionally, the device is also suitable for data-acquisition and/or control applications such as those that require line drivers.

Working Principle of the FSA1256L8X_F113

The working principle of the FSA1256L8X_F113 is based on the use of its Digital Isolation, ISOUF520. This digital isolation technology provides protection against voltage transients and/or noise by providing galvanic isolation between the input and output devices. The FSA1256L8X_F113 then passes or switches the desired signal from multiple sources to one or more receivers through the use of its analogue multiplexers. The multiplexers operate by connecting an input to the output of the device which is determined by the input address. The analogue multiplexers operate at a frequency of up to 4.8 MHz and are designed for low-power and high-speed operation.

Conclusion

The FSA1256L8X_F113 is an 8X to 1:1 multiplexer with Digital Isolation, which provides protection against voltage transients and/or noise. It can be used in a variety of applications and systems, including motor controllers, industrial machinery control systems, power supplies, medical instruments, and automotive systems, as well as those requiring line drivers for data-acquisition and/or control. The device is based on the Lattice Semiconductor\'s Isolation Technology, ISOUF520, which is an ideal solution for applications where noise immunity and improved signal conditioning are essential. Its multiplexers operate at a frequency of up to 4.8MHz, providing low-power and high-speed operation. With its wide range of features and benefits, the FSA1256L8X_F113 is an ideal choice for various applications and systems.

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