MAX9112EKA+T

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

MAX9112EKA+T is a type of interface - drivers, receivers, and transceivers. It is an integrated device that combines the functionality of a low-power op-amp driver, transceiver, quad receiver and overvoltage protection devices in one package. This interfacing device is designed for ease of use with minimal external components, and for applications such as servo control and logic level switching.

The working principle of the MAX9112EKA+T revolves around the use of four independent receiver and transceiver pairs, featuring hysteresis and filter to provide an enhanced reliable response. The integrated low-power op-amp driver will drive four power transistors, allowing the device to drive resistive and capacitive loads in a low-noise and low-power environment. The receivers are designed to have a lower power mode and a higher speed mode, which allows for dynamic performance adjustment.

MAX9112EKA+T\'s application fields lie in low-noise, low-power device interfacing. Its low-power offering and filter-enhanced receivers make it suitable for a broad range of signal conditioning applications, including servo control, logic level switching and linear signal gain control. It also offers a wide range of over-voltage protection and power limiting features to ensure reliable operation in a variety of circuit conditions.

The product features a 4-bit bus wide receiver interface, with a programmable hysteresis and filter bank, and additional features such as test point sensing, self-test capability and signal error detection. This makes it the perfect low-noise, low-power signal conditioning solution for a variety of applications. It handles digital inputs to VCC rail voltage signals with high noise immunity and excellent protection.

In summary, MAX9112EKA+T is an interface - drivers, receivers, transceivers - that is designed to provide a reliable response in low-noise and low-power environments. The device combines four receiver and transceiver pairs, together with an integrated low-power op-amp driver, and provides a wide range of over-voltage protection and power limiting features. It is designed for use with minimal external components and has a wealth of applications in signal conditioning and other areas.

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