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MUX28FPC

MUX28FPC Description

The MUX28FPC is a dual 8:1 multiplexer/demultiplexer IC designed by Analog Devices Inc., a leading manufacturer of interface IC chips. This device is engineered to provide high performance and reliability in a variety of electronic applications. The MUX28FPC features an on-state resistance of up to 800 ohms, ensuring efficient signal routing with minimal power loss. It operates with a supply voltage range of ±15V for dual supply and 15V for single supply, making it versatile for different power configurations.

The MUX28FPC boasts a low leakage current of 1nA, which is crucial for maintaining signal integrity and reducing power consumption in low-power applications. Its channel-to-channel matching is within 5 ohms, ensuring consistent performance across all channels. The channel capacitance is rated at 2.5pF for the source and 8pF for the drain when off, contributing to its fast switching capabilities. The switch time is maximized at 2µs for turn-on and 500ns for turn-off, enabling rapid signal transitions.

The MUX28FPC is packaged in a 28-pin CDIP format, suitable for through-hole mounting, which is ideal for applications requiring robust mechanical stability. It is classified under ECCN EAR99 and HTSUS 8542.39.0001, indicating its compliance with international trade regulations. The device is REACH affected, ensuring it meets environmental and safety standards.

MUX28FPC Features

• Low Leakage Current: With a maximum leakage current of 1nA, the MUX28FPC ensures minimal power loss and maintains signal integrity, making it suitable for low-power applications.
• High Channel Matching: The 5 ohm channel-to-channel matching ensures consistent performance across all channels, reducing variations and improving reliability.
• Fast Switching: The MUX28FPC offers a fast switch time of up to 2µs for turn-on and 500ns for turn-off, enabling rapid signal transitions and efficient operation.
• Low Channel Capacitance: The low channel capacitance of 2.5pF (CS(off)) and 8pF (CD(off)) contributes to its fast switching capabilities, making it ideal for high-speed applications.
• Versatile Supply Voltage: The MUX28FPC supports a dual supply voltage of ±15V and a single supply voltage of 15V, providing flexibility in power configurations.
• Robust Packaging: The 28-pin CDIP package is designed for through-hole mounting, ensuring mechanical stability and durability in various applications.

MUX28FPC Applications

The MUX28FPC is ideal for a wide range of applications where high performance and reliability are critical. Some specific use cases include:

• Data Acquisition Systems: The MUX28FPC's low leakage current and high channel matching make it suitable for data acquisition systems where accurate and consistent signal routing is essential.
• Telecommunications: The fast switching capabilities and low channel capacitance enable efficient signal routing in telecommunications equipment, ensuring high-speed data transmission.
• Industrial Control Systems: The robust packaging and versatile supply voltage options make the MUX28FPC ideal for industrial control systems where durability and reliability are paramount.
• Medical Equipment: The MUX28FPC's compliance with REACH and other environmental standards make it suitable for use in medical equipment where safety and regulatory compliance are critical.

Conclusion of MUX28FPC

The MUX28FPC from Analog Devices Inc. is a high-performance dual 8:1 multiplexer/demultiplexer IC that offers several unique features and advantages over similar models. Its low leakage current, high channel matching, and fast switching capabilities make it ideal for a variety of applications, including data acquisition systems, telecommunications, industrial control systems, and medical equipment. The robust 28-pin CDIP packaging ensures mechanical stability and durability, while its compliance with international trade regulations and environmental standards ensures its suitability for global markets. Overall, the MUX28FPC is a reliable and efficient solution for signal routing in demanding electronic applications.