TLC0831IP

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TLC0831IP is a highly integrated low power, 12-bit analog to digital converter (ADC), designed for space- constrained applications. It has an on-chip 12-bit internal Programmable Gain Amplifier (PGA) and a 0.3-3.6V analog input range. This ADC was designed for a wide variety of applications requiring low power consumption, small form factor, and minimal external circuitry. Examples of the applications include sensors, portable instrumentation, medical device and audio control

The TLC0831IP offers an excellent combination of low power consumption, high performing functions and small package size making it an ideal solution for battery-powered designs. The on-chip programmable gain amplifier (PGA) gives a wide input dynamic range. The ADC\'s on-chip voltage reference provides a reliable reference voltage to ensure accurate measurements. The TLC0831IP features an integrated low power comparator that provides automatic control of the sampling process. The voltage reference operates over a wide temperature range, which allows the ADC to maintain accurate conversion results over a wide temperature range.

The TLC0831IP’s internal reference ensures operation over the entire voltage, temperature and humidity ranges. The ADC can be programmed for single, dual and/or multi-channel operation. It also has a sample-and-hold feature that captures and holds data for a set period of time. The ADC supports a range of sample rates, from single-shot to continuous sampling. It also offers a programmable delay and settling time, allowing the user to optimize conversion speed and accuracy. The on-chip multiplexers enable the user to select between multiple inputs, providing flexibility for a variety of applications. Additionally, the on-chip low pass filter eliminates noise from the signal, and allows for accurate sampling even in noisy environments.

The TLC0831IP uses a successive approximation (PSR) conversion method to measure the differential voltage between two signals. During the conversion process, the successive approximation register (SAR) compares the reference voltage with the input signal, and adjusts the output voltage until the two are within a predetermined value and the SAR registers the digital conversion result. The successive approximation also compensates for any random noise that may be present on the common mode of the input signals. This ensures accurate voltage readings across a wide dynamic range.

The TLC0831IP offers an excellent combination of features and performance in a small package. Its low power consumption and on-chip reference ensure accurate conversion results. Its wide input dynamic range, multiplexing capability and low pass filter allow it to be used in a variety of applications. The ADC is a highly integrated and cost-effective solution for a wide range of data acquisition and audio control applications.

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