Low Power PLL IP
Welcome to the ultimate Low Power PLL IP hub! Explore our vast directory of Low Power PLL IP
All offers in
Low Power PLL IP
Filter
Compare
15
Low Power PLL IP
from 8 vendors
(1
-
10)
-
40nm 1.1V 6.0GHz-9.4GHz Fractional-N RF PLL
- TSMC 40nm CMOS
- 6.0GHz-to-9.7GHz Buffered VCO PLL Output Coverage
- Scalable Power Consumption
-
40nm 1.1V 2GHz-4.7GHz Fractional-N RF Quadrature PLL
- 2.0GHz-to-4.7GHz PLL Output Coverage
- Scalable Power Consumption
-
Dual WideBand Frequency Synthesizer with Integrated VCO and Loop Filter
- 3GPP superset LO sub-system (All bands + CA)
- PLL1 [0.49mm2] for LTE with VCO1
- PLL2 [0.76mm2] for LTE&GSM with VCO1 and VCO2
- Small size, high-performance and low-power (24mW)
-
14GHz Integer-N High-Speed PLL
- Type II hybrid Integer-N LC-PLL
- Quadrature clocks at 14GHz and 7GHz
- Fast locking
-
25MHz to 200MHz Low Jitter Low Power PLL
- Fully Differential Topology
- Charge Pump 3rd order configuration
- 2nd order passive loop filter
-
Low jitter 4.96GHz to 5.6GHz PLL in TSMC N40
- Low RJ output – 0.3ps RMS for the primary 5GHz output.
- A built-in bandgap block for the generation of reference voltages/currents.
-
Ultra-low jitter, low-power ring-oscillator-based PLL - 6GHz-12.5GHz
- Ultra-low jitter (less than 600fs rms jitter)
- Low power (Less than 5.3mW)
-
Ultra-low jitter, low-power ring-oscillator-based PLL-4.5GHz-9.5GHz
- Ultra-low jitter feature which makes PLL suitable for variety of applications such as ADC, DAC and high-speed interface, TRx systems.
- Highly compact and small area (0.007sq mm) benefiting ring-oscillator architecture.
- The generated output frequency can vary from 4.5GHz to 9.5GHz with input frequency of 50MHz.
- Programmable integer divider.
-
PLL
- Dual power supply: 1.8V (analog) & 0.8V(digital) allow for excellent supply noise rejection
- Input reference clock frequency supports ranging from 10MHz to 500MHz
- PFD frequency supports ranging from 10MHz to 100MHz
- VCO frequency supports ranging from 1GHz to 3.2GHz
-
PLL - SMIC 55nm Eflash
- RMS jitter <1.5ps @6.25GHz; Peak-to-peak jitter <6ps @6.25GHz
- High PSRR