PI3B3863Q

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

The PI3B3863Q logic family is designed specifically for signal switch, multiplexer and decoder tasks. This family of logic devices provides both signal switching and analog passthrough capabilities, allowing for the efficient design of complex signal paths without the need for multiple components. The PI3B3863Q utilizes an advanced high-speed switching architecture that integrates two level signal switch and multiplexer elements, which can be used as either in-circuit multiplexers or as full decoders. The PI3B3863Q enables up to three separate signals to be routed to a single output port, making it an ideal choice for applications requiring multiple routing paths and advanced signal switch, multiplexer and decoder solutions.

Application Field:The PI3B3863Q is widely used in automotive, medical, military and industrial applications due to its small size and high switching speed. Its two-level switch and multiplexer features make it an ideal choice for system designers who wish to efficiently route multiple signals from one output port to multiple destinations. The PI3B3863Q is also suitable for applications requiring variable signal passthrough and variable switching tasks, such as analog line-level and mixer control. Additionally, due to its high-speed switching architecture, the PI3B3863Q can be used to quickly and accurately switch multiple signals between multiple destinations.

Working Principle:The integrated two-level switching and multiplexer circuit of the PI3B3863Q allows it to efficiently switch between multiple parallel signal paths while simultaneously passing a single analog signal through unchanged. The multiplexer of the PI3B3863Q is designed to quickly and accurately switch between multiple signals, making it ideal for applications where multiple signals need to be quickly and accurately routed. The analog passthrough feature of the PI3B3863Q also allows it to quickly switch between multiple signals without alteration of the analog signal. This is done using two levels of integrated switching, wherein the first level of switching is used to connect the analog signals to their appropriate destination and the second level of switching is used to route the multiplexed signals.

In addition to its two-level switching and multiplexer circuit, the PI3B3863Q also features a self-bias design that allows it to accurately switch between multiple signals without the need for external bias adjustments. This self-bias design eliminates the need for any external components when using the PI3B3863Q, making it simpler to integrate into existing systems. The BIAS control line of the PI3B3863Q can be used to control the self-bias setting, allowing for more accurate and consistent switching capabilities.

The PI3B3863Q is designed to be used with logic and analog signals, making it an ideal choice for a broad range of applications. The device also features a low on-resistance characteristic, making it well suited for low-level analog signals. The low-pin count of the PI3B3863Q also makes it a simpler choice for use in tight spaces, eliminating the need for complicated routing of other many-pin designs.

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