The MCP3426 is a 2-Channel Analog to Digital Converter with 16-Bit resolution, ideally suited for low-speed high-resolution sensor monitoring.The MCP3426 is capable of reading analog voltages at 15 ...

In a recent blog post on omzlo.com, [Alain] explains how they found a bug in the Arduino SAMD21 analogRead() code which causes the output to be offset by between 25 mV and 57 mV. For a 12-bit ADC ...

ADS1115 is a 4 Channel 16 bit resolution Analog to digital Converter. This ADC can be used as four single ended and ... Compile and upload the code on Arduino IDE and see the output on Serial Monitor.

Linear Technology’s recently introduced LTC1604 is the fastest, highest performance 16-bit sampling ADC on the market. This device samples at 333ksps and delivers excellent DC and AC performance. The ...

The LTC1605 is a new 16-bit, 100ksps ADC from Linear Technology. Its outstanding DC accuracy and ±10V analog input range are ideal for industrial control and instrumentation applications. Its simple I ...

ZX-AD16BSAR5M40LP is a 16-bit Successive Approximation Analog-to-Digital Converter (ADC) that operates up to 5MS/s. The ADC achieves full 16bit linearity, thanks to an inbuilt calibration engine ...

The L55CSD16B16K IP consists of a 16-bit mono audio ADC with fully differential 1-channel mono audio input, 4-channel general purpose (GP) inputs and a digital microphone input. It also has an analog ...

Other Parts Discussed in Thread: C2000WARE, I am trying to modify the ADC examples of TMS320F28377D in C2000Ware from 12-bit single-ended mode to 16-bit differential mode. Solely changing the ...

Does anyone have experience on how to configure 28377D 16 bit differential ADC to be unipolar? Because input of 16 bit differential ADC is bipolar, we are going to lose one bit if we only use positive ...

and an Arduino Uno R3 with an ATmega328P. To do that, he took a bench PSU, added a filter circuit to it, went through the entire ADC range for each board, took a large number of samples at ...

Some Arduino boards, however, feature more advanced ADC chips with better resolutions (meaning, you get more precise values).