Voltage and Current Reference IP
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327
IP
from 48 vendors
(1
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10)
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High performance 1.8V reference current and voltage generator
- TSMC 16nm FFC
- Precision band-gap reference
- 40dB AC PSRR, 50dB DC PSRR
- ±12mV voltage accuracy
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0.6V/10u, 20uA, 100nA, 200nA Reference voltage and current source
- TSMC CMOS 55 nm
- Output voltage 0.606 V
- Temperature-compensated voltage in wide temperature range
- Low current consumption
- Small area
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0.6V/10, 20uA Reference voltage and current source
- TSMC CMOS 55 nm
- Output voltage 0.6 V
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Medium precision, bandgap voltage reference and current reference generator - UMC 130nm
- 3σ 4% untrimmed voltage reference accuracy.
- 2% variation over -40ºC to 125ºC after trimming.
- 70dB low frequency PSRR.
- Trimmed, temperature compensated, 10µA reference current outputs with 3% accuracy.
- Trimmed IPTAT output currents can be provided.
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Reference current and voltage source with temperature sensor
- TSMC CMOS 65 nm.
- Output voltage 1.12 V.
- Temperature-compensated voltage in wide temperature range.
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1.17 V Reference current and voltage source
- iHP SGB25V
- Output voltage 1.17 V
- Reference current termocompensation in wide temperature range
- Voltage termocompensation in wide temperature range
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1.18 V/ 1.02...5.1 uA Reference current and voltage source
- iHP SGB25V
- Output current termocompensation in wide temperature range
- Built-in battery low power indicator
- Low power consumption in power-saving mode (optional)
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Integrated Bandgap and Current Reference on TSMC CLN7FF
- Easy to integrate with no additional components or special power requirements
- Easy to use and configure
- Low power consumption
- Implemented with Analog Bits’ proprietary architecture
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Integrated Bandgap and Current Reference on TSMC CLN6FF
- Easy to integrate with no additional components or special power requirements
- Easy to use and configure
- Low power consumption
- Implemented with Analog Bits’ proprietary architecture
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Integrated Bandgap and Current Reference on TSMC CLN3P-CLN3X
- Easy to integrate with no additional components or special power requirements
- Easy to use and configure
- Low power consumption
- Implemented with Analog Bits’ proprietary architecture