MAX11505CUB+T

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MAX11505CUB+T, is a low power, high performance data-conversion solution for efficient system design, with the capability to measure analog signals with a high sampling rate and resolution. The MAX11505CUB+T can be used to convert video signals, audio signals and various other analog signals across different microcontrollers and embedded systems such as robots, drones and medical. This article aims to provide a comprehensive overview of MAX11505CUB+T, its application field and the working principle.

What is the MAX11505CUB+T?

The MAX11505CUB+T are miniaturized low power, high performance data conversion solutions with a low minimum current of 2μA. The MAX11505CUB+T integrated an 8-bits converter and multiplexed channels, 64 analog input channels and up to 32 converter output ports. In addition, it features 12-bit resolution, leading accuracy, plus a wide 2.5 to 5V supply range. With 8-channel multiplexer, the MAX11505CUB+T can convert each channel sample with a single start pulse. The data itself is converted to digital parallel or serial format for further processing.

MAX11505CUB+T Application Fields

The MAX11505CUB+T is designed especially for video processing applications, such as gaming, medical, drones and robots. Its wide supply voltage range makes it suitable for applications with a low voltage requirement, e.g. medical imaging and measurement. And it also makes it applicable to various embedded systems such as robots, drones and gaming consoles.

The MAX11505CUB+T with 8-channels, combined with other features is suitable for applications that require fast sampling rate, low latency (sub-millisecond) and high sample resolution within 12 data bits. Examples where the MAX11505CUB+T application can be used are laser range scan, facial recognition, electrocardiograms, medical diagnosis, motion detection, machine health monitoring, augmented reality.

MAX11505CUB+T Working Principle

The MAX11505CUB+T convert input analog signals with high sampling rate and resolution and outputs digital data based on the CCD multiplexed scanning principle. Connected between a host device such as a microcontroller and an analog signal source, the MAX11505CUB+T convert the analog signal into digital signal with high speed.

The signal acquisition begins when the signal input and clock deliver to the MAX11505CUB+T, upon which the data is converted from analog to digital, and analog sampling is completed. The start pulse from the host allows the MAX11505CUB+T to select and convert the designated input channel. The ADC (Analog-to-Digital-Converter) stores the converted data in its internal registers and delivers the output data in either serial or parallel form to the host.

The MAX11505CUB+T also features a set of power saving modes to reduce the active conversion power consumption. As the MAX11505CUB+T switches to the “selective-scan” mode, the number of selected channels can be reduced to save power consumption.

Conclusion

The MAX11505CUB+T is designed as a low power, high performance data conversion module, mainly dedicated to video processing applications. This can be used in various application fields as it has an 8-channel multiplexer and 64 input channels. The MAX11505CUB+T produces digital output data in either serial or parallel form from analog input signals. It can be used for gaming, medical, monitoring and robotic applications where high speed analog-to-digital conversion is required.

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