Latest from Analog

Dreamstime_hanhanpeggy_19111839 (generated by AI)
dreamstime_hanhanpeggy_19111839
Dreamstime_kinek00_220589736
dreamstime_kinek00_220589736_web
Dreamstime_smileus_cunliffe_883621121
dreamstime_smileus_cunliffe_883621121
9517116 © Plmrue | Dreamstime.com
image
Dreamstime_Concept_Dzmitry-Auramchik_348183625
pcb_dreamstime_conceptdzmitryauramchik_348183625_p
Ad Cs Base Promo 6255a5ebade6d

CTSD Precision ADCs (Part 5): Digital-Data-Interface Simplification with ASRC (Download)

April 12, 2022

Read this article online.

Digital-data-output sample rate is a key parameter of an analog-to-digital converter (ADC) signal chain for any application. However, varied requirements on the sample rate are different for each application. This article introduces a novel on-chip sample-rate conversion technique used on a core ADC’s output, allowing signal-chain designers to process the ADC digital output data at the desired sample rate for their application.

The job of an ADC is to sample the analog input signal and convert it into an equivalent digitized format. The sample rate at which an application requires the digital data for further processing needn’t be the sample rate at which the ADC samples the analog signal. Each application requires a unique digital-output sample rate. A sample-rate converter maps the ADC data at the input sample rate to the desired output sample rate.

Comments

To join the conversation, and become an exclusive member of Electronic Design, create an account today!