MAX11960ETJ+T

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Analog-to-Digital Converters (ADCs) are used in many applications from automotive and industrial manufacturing to medical scanning. The MAX11960ETJ+T is a highly integrated, low noise 16-bit, Sigma Delta ADC that surfaces a variety of registers and status bits for providing comprehensive user control of device functions, as well as a wealth of other features. This article will cover the MAX11960ETJ+T application field and working principle.

Features

The MAX11960ETJ+T features include a flexible logic control register and a reset trigger inputs, two measurement modes (single shot and auto-conversion) reduced total harmonic distortion (THD) and effective number of bits (ENOB) over a wide gain range and a wide operating bandwidth (1.5 MHz to 1.7 MHz). Besides, it provides high accuracy with very low temperature drift and ADAT (Analog Difficulty Timing), allows for programmable data throughput rate for single/multiple conversions. It also includes low-noise, chopper stabilized amplifier, wide supply voltage range (3V to 18 V), DAC mode, adjustable power consumption, programmable conversion timing control, compensation for supply and temperature variations and a serial interface.

Application

The MAX11960ETJ+T is designed to interface with a range of analog signals. Used in automotive, industrial and medical applications, it helps to accurately measure temperature, distance, voltage, current, vibration, pressure and other physical properties. The low-noise amplifier ensures a clean output signal. The integrated reset trigger inputs allows the ADC to be triggered multiple times via dedicated inputs.

Furthermore, the ADC is a great choice for applications such as engine control, automotive navigation, airbag monitoring and control, rear collision warning systems and braking systems. The low-power solution also works for safety systems, such as pressure sensors in cars and medical monitors, such as pulse oximeters and glucose meters. In industrial applications, the MAX11960ETJ+T can be used for humidity monitoring, chemical process control, voltage measurement and current feedback control.

Working Principle

The working principle of the MAX11960ETJ+T can be better understood by looking at the internal components. The ADC includes a programmable input amplifier, comparator, chopper-stabilized amplifiers and a sigma-delta modulator (SDM). The input amplifier performs the basic gain and offset correction before passing the signal to the comparator. The comparator then converts the analog signal into a digital code. The output of the comparator is then sent to the SDM to generate the digital output. After the SDM, the digital data is transferred to the data interface.

The MAX11960ETJ+T is designed to operate under precise timing and provide precise conversion results. The internal clock has an integrated oscillator and is adjustable according to application requirements. The ADC can operate up to a maximum of 1.7 MHz, although this can be reduced for slower conversions. In addition, the clock frequency can be increased for faster conversions.

The ADC\'s wide supply voltage range (3 V to 18 V) allows it to be used in a variety of applications. This voltage range is suitable for battery-powered systems. The programmable data throughput rate for single/multiple conversions ensures optimal performance in applications that require precise measurements. The MAX11960ETJ+T also includes low-power clock gating and voltage scaling for efficient operation in applications that need to conserve energy.

Conclusion

The MAX11960ETJ+T is a robust and powerful Analog-to-Digital Converter (ADC) specifically designed to meet the requirements of various applications. With features such as low noise, wide supply voltage range and programmable conversion timing control, the ADC is capable of providing accurate and reliable readings even in challenging environments. The MAX11960ETJ+T efficiently converts analog signals into digital data, making it useful in automotive, industrial and medical applications.

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