Power management IPs

nSilition offers energy-efficient power management intellectual property (IP) in order to reach all of your power management needs with your innovative technology.
nSilition’s power management IPs are used to help ASIC/SoC developers achieve best-in-class performance in areas such as noise suppression and efficiency. We want your electronics smaller, smarter and stronger: we lower your costs and we reduce the size.
Our power management IPs include:

bandgap-based references,
voltage and current reference generators,
low drop-out (LDO) regulators,
and DC-DC converters (inductor-based, capacitor-based or hybrid).

They are used in various revolutionizing markets such as automotive, space and consumer applications.

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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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Power management IPs