Oscillator IP
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648
IP
from 76 vendors
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10)
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Ultra low-power crystal-based 32 kHz oscillator designed in TSMC 22ULL
- High accuracy
- Low power consumption
- Compatible with a large range of crystals
- Bypass mode for enabling fast testing capabilities
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Ultra-low power 32 kHz RC oscillator designed in TSMC 22ULL
- Ultra-low power for best-in-class power consumption of the always-on domain during sleep / deep sleep modes
- Fast wake-up
- Active, shutdown and stand-by modes
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Ultra-low power 32 kHz RC oscillator designed in GlobalFoundries 22FDX
- Ultra-low power for best-in-class power consumption of the always-on domain during sleep / deep sleep modes
- Fast wake-up
- Active, shutdown and stand-by mode
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USB 2.0 On-chip oscillator, termination resistors, and DP/DM short circuit protection (0.18u)
- On-chip oscillator, termination resistors, and DP/DM short circuit protection.
- Low pin count
- Minimum number of external
- components
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2MHz 1.71-5.5V Oscillator Low Power, ± 1% accuracy at @ 27oC after trimming
- 2MHz ± 2.5% after trimming
- Wide Supply Voltage Range
- Op. Temperature Range: from -40oC to 85oC
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32KHz XTAL Oscillator
- Nominal frequency f0 = 32.768kHz
- Total current consumption < 130nA
- Automatic gain control circuit (AGC)
- Digital output with rise/fall times
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RC Oscillator - 256 MHz
- Analog Supply Voltage ranges from 1.62V to 1.98V, typical voltage is 1.8V.
- Digital Supply Voltage ranges from 0.95V to 1.05V, typical voltage is 1V.
- Operating Temperature ranges from -400C to 1250C, typical temperature is 270C.
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Ultra-low power 32 kHz RC oscillator - High temperature (Grade 1, Tj=150°)
- Ultra-low power for best-in-class power consumption of the always-on domain during sleep / deep sleep modes
- Fast wake-up
- Active, shutdown and stand-by modes
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Ultra-low power 32 kHz RC oscillator in TSMC 40 ULP eFlash
- Ultra-low power for best-in-class power consumption of the always-on domain during sleep / deep sleep modes
- Fast wake-up
- Active, shutdown and stand-by modes
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Low frequency XTAL oscillator optimized for low power
- Low power consumption: support of low power and backup modes
- High accuracy: can operate in various environment thanks to its outstanding stability over a large range of temperature
- A cost-efficient solution: no external component is needed (except a quartz) thanks to on-chip integrated capacitors.
- A flexible solution: users have the possibility to add capacitors depending on the external crystal selected for a better frequency fitting
