Home »Industrial »Industrial Goods » Analog To Digital Converters

Purchasing Resources for Analog To Digital Converters

Download Analog To Digital Converters White Papers

Tips & Advice to help you make your decision on Analog to Digital Converters

College textbooks are experiencing the same sort of technology-driven evolution as the novel but at a slower pace. Traditionally, college students bought new or used textbooks on campus, lugged them around, marked them up, and sometimes resold them to book buyback programs when the books were no longer needed. These days, modern technology has made electronic textbooks possible. Books in this format can be bought or rented from major Internet retailers and read on laptops or electronic reading devices.

Electronic college textbooks have a number of obvious advantages for publishing companies and students. Publishing companies benefit from cost savings in manufacturing and distributing their titles. They can also more easily provide updates to books and publish new editions. The potential market for textbooks also increases with the electronic format. People who might not think to buy a textbook outside of a classroom setting or do not have space to store the book are more likely to consider a purchase or rental when the book only takes up space on their computer.

Students benefit from electronic college textbooks because the books are cheaper to rent or purchase. Electronic college textbooks do not weigh down a backpack, and the file can be marked and annotated more easily. Read more about college textbooks from the links on this Business.com page.

Analog to Digital Converters

Sample analog signals for digital communication and signal processing with analog to digital converters

In order to digitize an analog waveform so that it can be processed by a digital signal processing (DSP) system or transmitted across a digital communication network, you need to use an analog to digital converter (ADC). The most commonly used ADC types are Pipeline, Successive Approximation Register (SAR), and Sigma-delta. Each has different advantages and applications.

Pipeline, used in digital communication, ultrasound, and video processing, is the fastest but least accurate with limited resolution. Sigma-delta, the slowest but with greater resolution, are used in near-DC applications like weight, pressure, and temperature measurements. SAR, used in test/measurement, analytical instrumentation, and industrial process control, are very good on speed and accuracy, though still falling short of Sigma-delta on resolution and Pipeline on speed.

When searching for ADCs:
  1. Buy analog to digital convertor ICs to digitize voltages for measurement.
  2. Consider sigma-delta analog-to-digital converters for the benefits of negative feedback.
  3. Get analog to digital convertors to digitize power and audio waveforms.

Digitize voltages using analog to digital converter ICs

If you are creating a digital PCB, you will want to find an analog to digital converter integrated circuit that can be installed onto you circuit board.

Use sigma-delta analog-to-digital converters for near-DC signals

The newest Sigma-Delta ADCs achieve noise-free operation up to 2.4 kHz, enabling faster measurement of smaller signals than before, thus improving the performance of medical monitoring equipment, scientific instruments, process control modules, weight scales and other sensitive equipment.

Get analog to digital converters to digitize power and audio waveforms

Other common applications of ADCs are in support of power measurements and digital processing of audio signals.
  • If you're using an analog to digital convertor to record music, it's best to use the highest combination of sample rate and bit depth possible, as this will result in more data to work with and a better sounding final mix.
Research White Papers