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

D/A Converter (DAC) IP

DAC IPs (digital to analog converter) are dedicated to converting a digital signal that it receives as input into an analog signal which they transmit as the output. They serve the opposite function as compared to ADC IPs (analog to digital converter).

DAC IP cores are used to interface between the digital world to the analog world. For example: in music players and relevant devices where it converts digital information into audio signals which we allow us to hear music. They are also used in order to convert digital data for video material into analog signals so that the images and videos can be displayed on a screen. DAC IPs are also used in communication systems.

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Search (223)
Compare 223 D/A Converter (DAC) IP from 40 vendors (1 - 10)
  • 8 Bit 6 GS/s Current Steering DAC on Fujitsu 55 nm CS250L
    • The IP consists of an 8 bit current steering DAC clocked externally for 4 - 6 GS/s. The differential output signal of maximum +/- 800 mV is driven onto a load impedance of 100 Ohm and can be calibrated within a range of +/- 25 % of its nominal value to adjust to load conditions.
    • The IP needs an external clock with high accuracy and low periodic jitter, because the clock jitter influences the dynamic behavior of the converter.
    Block Diagram -- 8 Bit 6 GS/s Current Steering DAC on Fujitsu 55 nm CS250L
  • 12-Bit 1 MS/s DAC with voltage output on AMS C18
    • Resolution: 12 bit
    • Conversion rate: 1 MS/s
    • Power consumption: 15 mW @ 3.3 V
    Block Diagram -- 12-Bit 1 MS/s DAC with voltage output on AMS C18
  • 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-bit Current DAC
    • The WEA10IDA45 is a 10-bit current DAC
    • It accepts a current input of 4 uA and is capable of sinking and sourcing current up to 4 mA The DAC output has 1023 sink and 1023 source settings that is programmed using a parallel 10-bit digital bus
    • The current DAC output can be switched to high impedance state
    • The iDAC operates from a power supply ranging from 1.8 V to 3.0 V
    Block Diagram -- 10-bit Current DAC
  • 6-bit, 1 GSPS High Performance DAC in 28nm CMOS
    • 6-bit resolution, update rate up to 1 GSPS
    • Fully differential current output, fully specified from -40C to 125C
    • Ultra low power dissipation
    • Wide output bandwidth
    Block Diagram -- 6-bit, 1 GSPS High Performance DAC in 28nm CMOS
  • 105dB PCM-to-PDM Stereo Converter
    • SNR 105dB
    • PCM (pulse-code modulated) Input
    • PDM (pulse-density modulated) Output
    Block Diagram -- 105dB PCM-to-PDM Stereo Converter
  • 12-bit 140 MSPS IQ DAC
    • TSMC CMOS 65 nm
    • Resolution 12 bit
    • Current-sinking DAC
    Block Diagram -- 12-bit 140 MSPS IQ DAC
  • 12-bit 500 MSPS IQ DAC
    • TSMC CMOS 65 nm
    • Resolution 12 bit
    • Current-sinking DAC
    • Different power supplies for digital (1.2 V) and analog parts (2.5 V)
    Block Diagram -- 12-bit 500 MSPS IQ DAC
  • 12-bit 2-channel up to 50 MSPS current steering DAC
    • TSMC CMOS 180 nm
    • Resolution 12 bit
    • Dual channel
    • Different power supplies for digital (3.3 V) and analog parts (3.3 V)
    Block Diagram -- 12-bit 2-channel up to 50 MSPS current steering DAC
  • 16-bit 2-channel 25 kHz bandwidth delta-sigma stereo, audio DAC
    • TSMC 0.18 um SiGe BiCMOS
    • Resolution 16 bit
    • 2-channel
    • Different power supplies for digital and analog parts
    Block Diagram -- 16-bit 2-channel 25 kHz bandwidth delta-sigma stereo, audio DAC
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