The 12-Bit successive-approximation ADC is a general purpose Analog to Digital Converter (ADC) for low power applications. It is a charge redistribution successive-approximation type converter. Since the 12-Bit successive-approximation ADC contains only one comparator and no power hungry operational amplifiers, its power consumption is low. Furthermore, the ADC contains no circuits with static power consumption, making the power consumption of the ADC fully proportional to the sample-rate. This property makes the 12-Bit successive-approximation ADC ideally suitable for low duty-cycle sensor applications and other applications which benefit from a low power consumption. The single-ended signal input make the converter suitable for a broad range of applications.
Features
Sample rate up to 10 MS/s
Low power consumption
10 ENOBs
70 dB SFDR (incl THD)
Power scales with sample-rate: 0.5mW @ 10MS/s, 5µW @ 100kS/s
Single-ended signal input
0.02mm2 in 0.18µm CMOS
Rail-to-rail input range
Silicon proven concept
Applications
low-power applications
sensor applications
radio baseband processing
Block Diagram of the 12-Bit Low power successive-approximation ADC
View 12-Bit Low power successive-approximation ADC full description to...
see the entire 12-Bit Low power successive-approximation ADC datasheet
get in contact with 12-Bit Low power successive-approximation ADC Supplier
No portion of this site may be copied, retransmitted, reposted, duplicated or otherwise used without the express written permission of Design And Reuse.
Give us your feedback
Was this page helpful? Ask us a question or get help