MAX11800GTC/V+T

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Data Acquisition - Touch Screen Controllers

Touch Screen Controllers are used in data acquisition applications where cost, performance, and reliability are important. The MAX118000GTC/V+T is a high-performance touch screen controller from Maxim Integrated that helps to reduce cost, improve performance, and enhance reliability in data acquisition applications. This article will discuss the application field and working principle of the MAX118000GTC/V+T.

Application Field

The MAX118000GTC/V+T is suitable for applications that require multi-touch capability such as medical applications, industrial automation, gaming and entertainment systems, automotive systems, and HMI (Human Machine Interface) applications.

The device is also suitable for data acquisition applications such as identification, industry production, medical imaging, energy management, and ecological monitoring. The built-in power delivery is able to offer easy quick power starting and reduce power consumption, making it suitable for slim battery driven system designs.

The MAX118000GTC/V+T can also be used for data logging and for scanning and sampling of signals, allowing for accurate and reliable data acquisition. It is a suitable choice for applications that require fast, accurate and reliable data acquisition.

Working Principle

The MAX118000GTC/V+T uses touch sensing technology which integrates sensing and signal processing technologies into a single chip solution. The touch sensing technology is based on an array of 20x20 spread-out sampling electrodes, connected to the device via land grid array (LGA) interfaces. The device uses patented signal processing technology to perform high-precision touch sensing. The signal processing technology is able to detect the presence of fingers, or any other conductive objects, on or near the device.

The device is able to detect up to five multi-touch points with a corresponding position, which is communicated to the processor. The processor then calculates the finger position and sends the data wirelessly to the host system via USB or Bluetooth. The device can detect the presence of hands, fingers, and other conductive objects with high accuracy and reliability.

The device is also capable of detecting two-level electrodes and can be programmed to detect up to five levels of touch sensing. This makes it suitable for finger and pen input as well as button and wheel input. The device is also able to detect rotation and sliding gestures, allowing for a more natural user interface.

The MAX118000GTC/V+T is designed for low power consumption and can operate at very low power levels. It is also designed for low noise, allowing for accurate and reliable data acquisition. The device is designed for operation in a temperature range of -40 °C to +85 °C, and is available in both surface-mount and BGA packages.

Conclusion

The MAX118000GTC/V+T is a high-performance touch screen controller from Maxim Integrated. It has a wide range of applications in data acquisition, including medical applications, industrial automation, gaming and entertainment systems, automotive systems, and Human Machine Interface applications. It is suitable for applications that require multi-touch capability. It uses touch sensing technology which is based on an array of 20x20 spread-out sampling electrodes and uses patented signal processing technology to detect the presence of fingers, or any other conductive objects, on or near the device. The device has low power consumption and low noise and can operate at very low power levels. It is also designed to operate in a temperature range of -40 °C to +85 °C, and is available in both surface-mount and BGA packages.

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