TDA8763M/5/C4,118

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Data Acquisition - Analog to Digital Converters (ADC) have been around for many years and continue to gain in popularity due to their ability to accurately convert physical signals such as light, sound, pressure, temperature, and more into digital representations that can be manipulated in modern digital systems. One of the more popular conversion chips is the TDA8763M/5/C4,118, an 8-bit 2-channel A/D (analog-to-digital) converter from Texas Instruments. This ADC is designed for accurate, high-speed conversions of analog input signals into digital outputs.

One of the most popular applications of the TDA8763M/5/C4,118 ADC is in medical equipment, where it is used to convert electrical signals from medical probes to usable digital data for diagnostic purposes. For example, the ADC can be used in an ECG machine to convert the electrical signal from the probes into a digital measurement of the patient’s heartbeat and waveform. The ADC can also be used in drug-dosing machines, where the analog electrical signals from probes are converted into digitally calculated doses of medications.

The TDA8763M/5/C4,118 ADC is also popular in embedded microprocessor applications, where its accuracy and speed make it an optimal choice for converting analog inputs of various types into precise digital outputs. For example, the ADC can be used in automotive systems for accurate, high-speed measurement of wheel speed and engine temperature. In manufacturing applications, the ADC is typically used to measure the precise pressure and temperature conditions critical to the quality and efficiency of machine operation.

The high accuracy and speed of the TDA8763M/5/C4,118 ADC is due in part to its internal use of delta-sigma modulation, a type of digital data conversion. In the case of a delta-sigma ADC, the analog input signal is compared with a reference voltage and the difference is converted into a digital representation of the analog input. This digital representation is then compared with a successive delta-sigma feedback loop, resulting in a highly accurate digital output. The conversion is repeated for each sample, providing accurate digital representation for every sample.

The TDA8763M/5/C4,118 is popular in both commercial and industrial applications due to its accuracy and speed of data conversion. It is an ideal choice for medical applications where precise and accurate measurements of electrical signals are required for diagnosis and drug dosing. The ADC is also useful in embedded microprocessor applications, allowing for precise, high-speed measurements of wheel speed and engine temperature in automotive systems, and precise pressure and temperature conditions in manufacturing. Finally, its use of delta-sigma modulation ensures highly accurate conversion of analog input signals into digital outputs.

The specific data is subject to PDF, and the above content is for reference