PCA9535DGVR

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

PCA9535DGVR is an advanced I/O expander device which adds up to 16 additional low-voltage inputs for system designers. The device is designed for applications in the following fields: consumer electronics, industrial automation, communications, and medical applications. The device comprises of a 16-bit I/O expander having an I/O buffer, an oscillator, a control status register (CSR), and an error control logic block.

The core of the PCA9535DGVR is the I/O buffer element which allows system designers to connect up to 16 inputs and outputs to the device. The I/O buffer is designed to allow a significant amount of flexibility in controlling the input and output signals. It features a low input filter and a high output drive capability. Moreover, the I/O buffer utilizes a low power wake-up circuit, allowing it to wake-up from low power states when triggered by an external signal.

The oscillator element of the PCA9535DGVR divides the frequency of the oscillator by a factor of two. This allows designers to optimize the power consumption of the device. The CSR allows designers to configure the I/O buffer’s input mode, output mode, and filter characteristics. Furthermore, the error control logic block is also a unique capability of the PCA9535DGVR. This error control logic block is a status reporting feature which allows the designer to detect and troubleshoot faults. It also provides an indication of the input and output stages of the device to the designer.

The PCA9535DGVR is an advanced I/O expander device with various application fields. The I/O buffer can be applied to consumer electronics, industrial automation systems, communication systems, and medical applications. Its features make it an ideal choice for these applications as it is designed with low power consumption, a wide range of input and output modes, and an error control logic block for system troubleshooting.

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