Analog IP

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 Automotive, LIDAR, RF, Datacomm,

Part #	Resolution and Throughput rate	Process	Typical Applications
MSA1001A	4bit, 12Giga Sample/sec flash ADC	0.18u BiCMOS	Fiber-Optic/Wired SerDes
MSA1001B	6-bit, 1 Gsps Time-interleaved SAR	65/40 nm	Low-Power AFE

MSA1003A	8-bit, 600 Msps	65/40 nm	General Purpose
MSA1003B	8-bit, 1.2 Gsps	65/40 nm	Datacomm,General Purpose
MSA1003C	10-bit, 40 to 400 Msps PipelinedADC Single channel pipeline ADC	90/65/40 nm	Video, Wireless, Automotive, Lidar (40nm designs >500MSPS)

MSA1003D	10-bit, 40 to 800 Msps PipelinedADC Time Interleaved pipeline ADC	90/65/40 nm	Video, Wireless, Ethernet (40nm designs >1GSPS
MSA1003E	12-bit, 200 Msps	65/40 nm	Pico-, Femtocells, LTE

High-resolution, low-power ADCs for Sensors, Automotive, Audio, Medical, and Instrumentation
(Optional offset chopped, low-noise front-end amplifier available)

Part #	Resolution and Throughput rate	Process	Typical Applications
MSA1002C	12-bit, Low-Power differential input SAR ADC	180/130/90/65/40 nm	Sensors, Industrial Micro-Controller interface ADC Spec. compatible with MAX11102/LTC2309
MSA1002B	10-bit, 2 Msps Low-Power, single-ended input SAR ADC (Evaluation board with test chip available)	180/130/90/65/40 nm	House Keeping, Automotive, Temp. Sensor; Available with or w/o analog mux;
MSA1004A	8-bit, 8-ch input, 100Hz ADC	180/130/90/65 nm	Temp. sensor, House keeping, DC measurement
MSA1005A	16 bit 3^rd order delta-Sigma Audio ADC	180/65 nm	Audio and sensor

Power Management: Voltage Regulators, LDOs (with embedded Band-Gap), Charge-Pumps

Part #	IOUT, VIN, VOUT	Process	Typical Applications
MSD1001A	Linear Regulator with 20-40-60-80-100mA IOUT; Vin=3.3V or 1.8V; Vout=1.8V/0.9V programmable	180/65/40nm	Regulators for powering VCO, AFE, Digital in multiple gate TOX processes
MSA1002C	12-bit, 260 Ksps, 8 input SAR ADC;	180nm and below	DC-DC converters, PMIC
MSF1001A	12-bit, low-speed voltage setting DAC;	180nm 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	90/65/40nm	Data-communications; Video front-end AFE.
MSE1002A	12bit, 10KSPS Sensor AFE: Chopper_amplifier + 12Bit ADC	180nm	Touch Sensor, Medical AFE
MSE1003A	PGA + 6bit SAR for PWM	180nm	All digital PWM controller AFE

Anti-aliasing and equalization filters

Part #	Resolution and Throughput rate	Process	Typical Applications
MSC1001	4^thorder, 20-200Mhz programmable with auto-calibration	0.25um	Anti-aliasing; wired communication;HDD read-channel; wireless PHY
MSC1002	2^ndorder, 400 Mhz cut-off filter with -68dB THD	90/65nm	Ethernet PHY front-end; ADC Driver
MSC1003	2^ndorder, 4Mhz clock-rate Switch-cap filter.	180nm	General purpose Switched-C biquad filter

Note: All designs are in CMOS processes unless otherwise stated; Designs are portable to other processes as well.

PLLs, 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	Spread-Spectrum Verilog digital IP (Fully verified)	Place and Route	For SATA, FC, PCIe;down or center spread SSC.