TLC1543CFNRG3

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The TLC1543CFNRG3 is a 10-bit, differential, low power analog-to-digital converter (ADC). It uses an innovative sample-and-hold and pipelining architecture to achieve fast conversion rates without sacrificing the signal-to-noise performance. This ADC is designed for low power applications, providing full-scale resolutions of 2.5 Volts at 3 mA and low offset of typically 25 mV, reducing system design time and component count.

The TLC1543CFNRG3 is a differential-input ADC offering flexibility in operating range, power consumption and low offset. Differential inputs enable the ADC to reject common-mode interference, providing superior signal-to-noise results. This ADC operates from a single 3.3 V supply and is ideal for use in automotive applications.

The TLC1543CFNRG3 is a flexible 10-bit ADC that supports high sampling rates, up to 8 MS/s (Mega Samples per second). It has an input range of 0 - 5V DC and an offset range of ±50mV. The chip\'s low power architecture reduces average current consumption to just 3 mA at 5V. In addition, the TLC1543CFNRG3 features an internal 2k-bit sample-and-hold circuit that captures the 10-bit input signal in a single conversion cycle, resulting in fast conversion times.

The TLC1543CFNRG3 provides high accuracy, with a typical INL of ±2.75 LSB, DNL of ±0.4 LSB, and a low offset of 25 mV. The ADC provides exceptional linearity and optimized power consumption, making it ideal for applications such as automotive, consumer, and industrial.

The TLC1543CFNRG3 is an ideal choice for data acquisition applications such as digital filtering, magnetic card reading, pressure sensors, and temperature monitoring. The device can be used to convert analog signals into digital signals for various applications, providing improved accuracy and resolution.

The TLC1543CFNRG3 working principle is quite simple. It works by first capturing the analog input signal on a sample-and-hold capacitor, then converting the voltage stored on the capacitor into a digital signal by comparing it against a reference voltage. The comparator circuit in the ADC than generates a 10-bit digital signal representing the voltage of the analog input.

The TLC1543CFNRG3 is ideal for low power applications, and its flexibility makes it a great choice for applications that require high accuracy and fast conversion times. It is an excellent choice for automotive, consumer, and industrial applications, and is also ideal for applications where power consumption, cost, and accuracy are of primary concern.

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