ADC IPs

nSilition’s AD/DA converters portfolio offer the smartest choice in terms of data conversion : we offer the smallest size and lowest power. Our wide range of data converters has some of the highest performance analog to digital converters (ADC) and digital to analog converters (DAC) on the market today.

nSilition has a particular proficiency in analog to digital conversion and our Customers use them in many applications.

We address telecom applications with high-speed converters (Mimowa AD),
wireless sensors interfacing with ultra-low power converters (ULP AD)
with the precision required by the application (from 8 to 16 bits).

We have a proven experience in all types of ADC architectures (ΔΣ, SAR, pipeline).

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	Technology	RadTol	Status	Product brief
10b 100kSps ultra-low power SAR ADC	ST CMOS 65	No	Silicon proven	nSAD_ST65LP_1V2_AD10b100k_PB.pdf
10b 100MSps high-speed pipeline ADC	UMC 180 MM	No	Silicon proven	nSAD_UM180M_1V8_AD10b100M_PB.pdf
10b 64MSps power-efficient ΔΣ ADC	ST 130 M	No	Silicon proven	nSAD_ST130M_1V2_AD10b64M_PB.pdf
12b 200MSps dual high-speed pipeline ADC	TSMC 90 G	No	Pre-silicon	nSAD_TS90G_1V2_AD2x12b200M_PB.pdf
14b 150MSps high-precision pipeline ADC	TSMC 130 M	No	Pre-silicon	nSAD_TS130M_3V3_1V2_AD14b150M_PB.pdf
62.5MHz - 2GHz integer-N PLL	Silt 130	No	Silicon proven	nSOSC_SI130G_1V2_PLL2G_PB.pdf
Bandgap-based reference voltage generator	XFAB XH018	No	Silicon proven	nSBG_XF180_1V8_VREF_PB.pdf
IO cell combining an LVDS receiver, driver or transceiver with a double CMOS GPIO	TSMC 65 LP	No	Silicon proven	nSIO_TS65LP_2V5_1V2_COMBO_PB.pdf
IO cell combining an LVDS receiver, driver or transceiver with a double CMOS GPIO	TSMC 40 G	No	Silicon proven	nSIO_TS40G_2V5_0V9_COMBO_PB.pdf
IO cell combining an LVDS receiver, driver or transceiver with a double CMOS GPIO	TSMC 65 GP	No	Silicon proven	nSIO_TS65GP_2V5_1V0_COMBO_PB.pdf
IO cell combining an LVDS receiver, driver or transceiver with a double CMOS GPIO	TSMC 40 LP	No	Silicon proven	nSIO_TS40LP_2V5_1V1_COMBO_PB.pdf
LVDS bidirectional transceiver IO cell	TSMC 65 LP	No	Silicon proven	nSIO_TS65LP_2V5_1V2_BIDIR_PB.pdf
LVDS bidirectional transceiver IO cell	TSMC 40 G	No	Silicon proven	nSIO_TS40G_2V5_0V9_BIDIR_PB.pdf
LVDS bidirectional transceiver IO cell	TSMC 40 LP	No	Silicon proven	nSIO_TS40LP_2V5_1V1_BIDIR_PB.pdf
LVDS bidirectional transceiver IO cell	TSMC 65 GP	No	Silicon proven	nSIO_TS65GP_2V5_1V0_BIDIR_PB.pdf
LVDS IO cells library	TSMC 65 LP	No	Silicon proven	nSIO_TS65LP_2V5_1V2_LIB_PB.pdf
LVDS IO cells library	TSMC 65 GP	No	Silicon proven	nSIO_TS65GP_2V5_1V0_LIB_PB.pdf
LVDS IO cells library	TSMC 40 LP	No	Silicon proven	nSIO_TS40LP_2V5_1V1_LIB_PB.pdf
LVDS IO cells library	TSMC 40 G	No	Silicon proven	nSIO_TS40G_2V5_0V9_LIB_PB.pdf
LVDS receiver cell	TSMC 40 G	No	Silicon proven	nSIO_TS40G_2V5_0V9_RX_PB.pdf
LVDS receiver cell	TSMC 40 LP	No	Silicon proven	nSIO_TS40LP_2V5_1V1_RX_PB.pdf
LVDS receiver cell	TSMC 65 GP	No	Silicon proven	nSIO_TS65GP_2V5_1V0_RX_PB.pdf
LVDS receiver cell	TSMC 65 LP	No	Silicon proven	nSIO_TS65LP_2V5_1V2_RX_PB.pdf
LVDS transmitter cell	TSMC 40 G	No	Silicon proven	nSIO_TS40G_2V5_0V9_TX_PB.pdf
LVDS transmitter cell	TSMC 40 LP	No	Silicon proven	nSIO_TS40LP_2V5_1V1_TX_PB.pdf
LVDS transmitter cell	TSMC 65 GP	No	Silicon proven	nSIO_TS65GP_2V5_1V0_TX_PB.pdf
LVDS transmitter cell	TSMC 65 LP	No	Silicon proven	nSIO_TS65LP_2V5_1V2_TX_PB.pdf
Radiation-tolerant bandgap reference voltage	XFAB XH018	Yes	Silicon proven	nSBG_XF180_1V8_RTBG_PB.pdf
Radiation-tolerant bandgap-based reference voltage generator	XFAB XH018	Yes	Silicon proven	nSBG_XF180_1V8_RTVREF_PB.pdf

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ADC IPs