IP Catalog > Analog IP > ADC / DAC IP > A/D Converter (ADC) IP

A/D Converter (ADC) IP

An ADC IP (Analogue to Digital Converter) is a data converter which allows digital designs to interface with the real world by encoding an analogue signal into a binary code.

The primary function of an A/D Converter semiconductor IP is to enable seamless interaction between analog input sources and digital processing units. High-quality A/D Converters ensure accurate data capture and conversion, minimizing loss of information during the transformation process. As the demand for more precise and faster data processing increases, the importance of these IPs grows, driving innovations in resolution, sampling rates, and power efficiency.

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Compare 515 A/D Converter (ADC) IP from 67 vendors (1 - 10)
  • Ramping 12-bit ADC with Sequencer
    • TSMC180 process
    • Small Area: 0.21mm^2
    • -40 to 125 Deg C
    Block Diagram -- Ramping 12-bit ADC with Sequencer
  • Video DAC
    • The Video DAC IP is designed for transmitting analog video signals from a video source device to a display device, which can be used to build many analog video interfaces, such as Composite (CVBS, AHD), S-Video (Y/C) and Component (YPrPb, RGB/VGA) video interfaces
    • The Video DAC IP offers reliable implementation of analog video interfaces, which can be integrated in the SoCs used in multimedia devices
    Block Diagram -- Video DAC
  • 10/12-bit SAR ADC
    • The SAR ADC IP is a small-size, low power analog to digital converter which leverages charge-redistribution successive approximation technology
    • It offers a reliable solution of analog-to-digital signal conversion for general application
    • Innosilicon SAR ADC IP consists of input MUX, ADC core, and digital logic
    Block Diagram -- 10/12-bit SAR ADC
  • 12-bit 2GSPS Time Interleaved ADC
    • The WEAADC12BHSI22G is a 12-bit time interleaved Successive Approximation Analog-toDigital Converter (ADC) that supports both singleended and differential operation, depending on the input and reference connections
    • It integrates 13 WEAADC12BHS22G with programmable clock skew (50ps coarse 4ps fine with minimum step 0.25ps) and pre/post-calibration logic on each
    • Operating on a 0.8 V power supply, the WEAADC12BHSI22G can provide output up to 2GSPS in 13-interleaved mode
    • The ADC can be clocked with 2GHz clock
    Block Diagram -- 12-bit 2GSPS Time Interleaved ADC
  • 12-bit High Speed Analog to Digital Converter
    • The WEAADC12BHS22G is a 12-bit Successive Approximation Analog-to-Digital Converter (ADC) that supports both single-ended and differential operation, depending on the input and reference connections
    • It integrates a split-capacitor DAC with a built-in track-and-hold circuit, a dynamic comparator with DC-offset autocalibration, SAR logic state machine, and pre/post-calibration logic
    • The device also includes gain and offset calibration mechanisms
    • Operating on a 0.8 V power supply, the WEAADC12BHS22G requires 13 clock cycles for conversion, in 12-bit resolution mode, with digital data available at the rising edge of the 14th clock pulse
    Block Diagram -- 12-bit High Speed Analog to Digital Converter
  • Digital Capacitive Plus Bridge Sensor Interfaces
    • The MVCBT015 is a programmable, highly accurate, capacitance-to-digital converter and bridge interface that is designed to be easily integrated with capacitive and bridge sensors.
    • The chip features very fast measurement times, low operating power, and very low standby currents, making it very suitable for low power and portable applications.
    Block Diagram -- Digital Capacitive Plus Bridge Sensor Interfaces
  • Dual Channel Digital Capacitive Sensor Interface
    • The MVCT018 is a programmable and very accurate capacitance-to-digital converter interface, designed to be easily integrated with capacitive sensors.
    • The chip features very fast measurement times, low operating power, and very low standby currents, making it very suitable for low power and portable applications.
    Block Diagram -- Dual Channel Digital Capacitive Sensor Interface
  • 16-bit Sigma Delta ADC
    • Globalfoundries 130LP
    • Silicon proven
    • Low power
    Block Diagram -- 16-bit Sigma Delta ADC
  • ADC SAR 10 Bit
    • SAR logic ADC 10 bit converter, 12 cycles
    • Supply Voltage: 1.5 V
    • Resolution: 10 bits
    • Conversion rate: 70 MHz
    Block Diagram -- ADC SAR 10 Bit
  • 24-bit PDM to PCM 117 dB SNR with ASRC & PLL-less & Phase alignement 6 channels
    • PDM to PCM converter with 6 input channels
    • WhisperTrigger - low power Voice Activity Detector
    • I2C and APB control interface
    • Direct connection to digital microphones
    Block Diagram -- 24-bit PDM to PCM 117 dB SNR with ASRC & PLL-less & Phase alignement 6 channels
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