Below is a list of analog blocks currently available as analog IP. Our rigorous structured analog design methodology makes it easy to port these blocks into other semiconductor process.

  • High speed ADCs for RF, Datacomm, SerDes

      Part #
      Resolution and Throughput rate
      Process
      Typical Applications
      MSA1001A
      4bit, 12Giga Sample/sec flash ADC
      0.18u BiCMOS
      Optical/Wired SerDes
      MSA1001B
      6-bit, 1 Gsps Time-interleaved SAR
      65/40 nm
      HDD, DVD front-end
      MSA1003A
      8-bit, 600 Msps
      65/40 nm
      WLAN
      MSA1003B
      8-bit, 1.2 Gsps
      65/40 nm
      WLAN, WiMAX, LTE
      MSA1003C
      10-bit, 40 to 400 Msps PipelinedADC
      Single channel pipeline ADC
      90/65/40 nm
      Video, Wireless LAN
      (40nm designs >500MSPS)
      MSA1003D
      10-bit, 40 to 800 Msps PipelinedADC
      Time Interleaved pipeline ADC
      90/65/40 nm
      Video, Wireless LAN, Ethernet
      (40nm designs >1GSPS
      MSA1003E
      12-bit, 200 Msps
      65/40 nm
      Pico-, Femtocells, LTE
  • ADCs for Sensors and Audio

      Part #
      Resolution and Throughput rate
      Process
      Typical Applications
      MSA1002C
      12-bit, DC to 1 Msps Low-Power differential input SAR ADC
      180/130/90/65 nm
      Sensors, Industrial Micro-Controller interface
      ADC Spec. compatible with MAX11102/LTC2309
      MSA1002B
      10-bit, 1 Msps Low-Power differential input ADC
      180/130 nm
      Touch sensor ADC;
      MSA1004A
      8-bit, 8-ch input, 100Hz ADC
      (dual ramp ADC)
      180/130/90/65 nm
      Temp. sensor, House keeping, DC measurement
      MSA1005A
      16 bit 3rd order delta-Sigma Audio ADC
      180 nm
      Audio and sensor
  • PLLs, High Performance I/Os; Differential Current-Mode Logic library

      Part #
      Resolution and Throughput rate
      Process
      Typical Applications
      MSB1001
      3.2Ghz Current-Mode Logic Libray; I/O buffers, 2 and 3 input CML muxes.
      90/65/40nm
      Clock and Data output driver; I/Os;Low-jitter clock-rate; LVDS Rx and Tx
      MSB1002A
      2Ghz PLL
      90/65/40nm
      ADC/DAC clocking; General clocking;
      MSB1002B
      2Ghz PLL with Spread-Spectrum Clocking
      90/65/40nm
      For SATA, FC, PCIe; integrated down or center spread SSC.
  • Power Management: ADCs and DACs

      Part #
      Resolution and Throughput rate
      Process
      Typical Applications
      MSD1001A
      Linear Regulator with 20-40mA current output with auto-calibration for loading.
      130/90/65nm
      On-chip regulated supply for analog in SOC; dedicated on-chip PLL supply voltage
      MSA1002C
      12-bit, 260 Ksps, 8 input SAR ADC;
      0.18 um and below
      In DC-DC converters, other PMIC
      MSF1001A
      12-bit, low-speed voltage setting DAC;
      0.18 um and below
      For programming output of DC-DC converter.
  • Analog-front-ends (AFE)

      Part #
      Resolution and Throughput rate
      Process
      Typical Applications
      MSE1001A
      400MSPS video AFE:
      PGA+2ndOrder Filter + 10Bit ADC
      90/65nm
      Data-communications; Video front-end AFE.
      MSE1002A
      12bit, 10KSPS Sensor AFE:
      Chopper_amplifier + 12Bit ADC
      0.18 u
      Touch Sensor, Medical AFE
      MSE1003A
      PGA + 6bit SAR for PWM
      0.18
      All digital PWM controller AFE
  • Anti-aliasing and equalization filters

        Part #
        Resolution and Throughput rate
        Process
        Typical Applications
        MSC1001
        4thorder, 20-200Mhz programmable with auto-calibration
        0.25um
        Anti-aliasing; wired communication;HDD read-channel; wireless PHY
        MSC1002
        2ndorder, 400 Mhz cut-off filter with -68dB THD
        90/65nm
        Ethernet PHY front-end; ADC Driver
        MSC1003
        2ndorder, 4Mhz clock-rate Switch-cap filter.
        0.18u
        General purpose Switched-c biquad filter
        Note: All designs are in CMOS processes unless otherwise stated; Designs are portable to other processes as well.

 

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