Power Management IP for TSMC
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Power Management IP
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235
Power Management IP
for TSMC
from 19 vendors
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Linear Low-Dropout Regulator (Output Voltage 0.6V)
- Output Voltage 0.6V
- TSMC12/16nm CMOS FinFET
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Linear Low-Dropout Regulator (Output Voltage 0.9V)
- Output Voltage 0.9V
- TSMC 12/16nm CMOS FinFET
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Bandgap Voltage Reference (0.6V and 0.8V References)
- 0.6V and 0.8V References
- Eight 50uA reference output currents implemented
- TSMC12/16nm CMOS FinFET
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LDO Linear Voltage Regulator
- Supply sensitive blocs from a low-quiescent LDO​
- Low leakage implementation
- Programmable output voltage
- Configurable power stages for area optimization​
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Ultra-Low-Power Bandgap Voltage Reference in 40nm CMOS
- 140nA supply current
- Less than 40ppm/C temperature coefficient
- - 40C to 125C operation
- Supply voltage down to 1.62V
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Nano power DC-DC converter in TSMC 40uLP with ultra-low quiescent current and high efficiency at light load
- Low quiescent current suitable for standby modes
- High efficiency at light load extending battery lifetime
- Low ripple level compatible with noise sensitive loads
- Low BoM cost: 1 µH inductor
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Retention Alternative Regulator, combines high efficiency in normal mode and ultra-low quiescent current for sleep mode
- Ideal regulator for power and voltage islets
- Embedded RCU (Regulator Control Unit) to manage booting and mode transitions and to ensure data integrity
- Configurable output drive before delivery to fit the application
- High Efficiency (up to 95% peak efficiency)
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Retention Alternative Regulator, combines high efficiency in normal mode and ultra-low quiescent current for sleep mode
- Ideal regulator for power and voltage islets
- Embedded RCU (Regulator Control Unit) to manage booting and mode transitions and to ensure data integrity
- Configurable output drive before delivery to fit the application
- High Efficiency (up to 95% peak efficiency)
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Linear Regulator for digital island
- Low dropout: 380mV of dropout at ILOAD= IMAX
- Low Bill-of-Material: optimized in density for the best trade-off for the given output current and input voltage range
- A cost-efficient solution compared to external Power Management
- Behavioral models: ease of integration in SoC and optimization of Power Management Network (PMNet) using models to verify mode transitions as well as noise propagation
