PI3DBS12212AZBEX

PI3DBS12212AZBEX Application Field and Working Principle

The PI3DBS12212AZBEX is a special-purpose analog switch designed with an ultimate combination of factors taken into account. It is an upgraded version of PI3DBS12212AZ as it offers superior performance and improved features. The component is classified in the Interface-Analog Switches-Special Purpose module.

The component is an analog switch with a low power and high performance component, perfect for a range of applications. The switch offers exceptional on-resistance and low off-leakage current along with demanding applications that require high-bandwidth analog signals. The component has a low capacitance and dielectric absorption that results in reduced input capacitance and minimal parasitic capacitance.

The component also includes a low on-resistance, low power loss and low power dissipation, making it perfect for applications that require high-bandwidth and low-impedance switching, such as high-end audio mixing desks, portable media designs, medical instrumentation and more. The component has a wide operating temperature range of -40°C to +105°C and works within a -3.6V to +5.5V power supply range. It is available in 24-pin and 48-pin packages, making it suitable for most applications.

The working principle of the component covers its sensing, latching and switching between two points in an analog circuit. It can operate in two modes, latching and non-latching, with the non-latching mode being more commonly used. In the non-latching mode, the component works through a control voltage applied to its control terminal, which causes the switch terminal to move from one point in the analog circuit to another. In the latching mode, it is triggered by an external switch and the switch terminal will stay in the new state until an external reset signal is applied.

The PI3DBS12212AZBEX is a powerful and specialized component for a range of analog applications that demand high-bandwidth and low-impedance switching. It is a perfect fit for applications such as high-end audio mixing desks, portable media appliances, medical instrumentations and more. The component is equipped with low power loss, low power dissipation and a wide operating temperature range, making it ideal for a range of specialized applications.