PI3DBV14QE

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PI3DBV14QE analogue switches are designed to provide highly reliable solutions for industrial, military and aerospace applications. The device offers four channels, each of which can be used as an analogue switch individually or combined in a single-ended mode. The device is employed to establish smooth and fast transitions between pairs of digital and analog signals. As it is designed to handle the highest switching speeds allowed by the semiconductor industry, it offers fast, dependable performance in the most challenging application scenarios.

The PI3DBV14QE is equipped with several channels of independent analogue switches, each with a low on-resistance of only 10 Ω. The low on-resistance allows the device to easily perform applications that require low-loss signal propagation at high switching speeds. The device employs Data Acceptance Scan (DAS) technology to ensure that the switches operate in a very low capacitance and zero-delay mode, allowing it to operate at high speeds without sacrificing accuracy or integrity. The device is also optimized to reduce power consumption and reduce stress on the driving circuits.

The PI3DBV14QE comes with two operating modes, static and dynamic. In static mode, the device is always in an idle state and the power consumption is very low. In dynamic mode, when a switch is triggered, the device takes the necessary time to ensure the transitions are done smoothly, providing a high-performance solution for applications that require high-speed switching. The device performs the data transfer operation quickly, ensuring reliable and consistent performance during extreme temperature conditions, and can also be used in multiplexing applications with its high switching capabilities.

The PI3DBV14QE design makes it a perfect fit for applications that require high-density packages, such as medical and automotive systems. The device can also be used for automotive telematics, providing a very reliable and robust system for data transmission. The device employs a self-protection feature, which protects the driving circuits from over-voltage or excessive current, while also ensuring the system operates reliably.

Overall, the PI3DBV14QE is an ideal solution for a wide range of industrial and military applications due to its low on-resistance, high-density package, low power consumption, and fast switching speeds. The device is also optimized to work with a wide range of data transfer protocols, ensuring it can provide the necessary performance levels for a variety of demanding situations. As such, the device provides an excellent choice for applications that require reliable analog switches with high switching speeds and dependable performance.

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