PE3282A
Abstract: MO-153-AC PE3282A-EK FP1 C24
Text: Final Datasheet PE3282A 1.1 GHz/510 MHz Dual Fractional-N PLL IC for Frequency Synthesis Applications • Cellular handsets • Cellular base stations • Spread-spectrum radio • Cordless phones • Pagers Description The PE3282A is a dual fractional-N phase-locked loop integrated circuit
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PE3282A
GHz/510
PE3282A
Modulo-32
MO-153-AC
PE3282A-EK
FP1 C24
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PE3282A
Abstract: PE3293 spur free fractional PLL NF510
Text: AN7: Application Note Using the PE3293 Fractional-N PLL In Single Band 1800 and Dual Band CDMA Solutions Introduction The PE3293 is well suited for CDMA at PCS bands. The part was designed for low power consumption while providing excellent phase noise and spur
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PE3293
PE3282A
spur free fractional PLL
NF510
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SPLL121SA
Abstract: SPLL950SB SPLL41SA SPLL139SA
Text: INTEGRATED FREQUENCY SYNTHESIZERS INTEGER PLL FREQUENCY RANGE MHz DC BIAS REQUIREMENTS STEP SIZE (KHz) 197 124SL Vcc1 & 2 (Volts) OUTPUT POWER CURRENT Max. (mA) dBm SETTLING TIME Tolerance (dB) (mSec) TYPICAL PHASE NOISE dBc/Hz Offset at 10 KHz/100 KHz TYPICAL
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124SL
KHz/100
LMX2320
LMX2325
ADF4113
124SL
SPLL121SA
SPLL950SB
SPLL41SA
SPLL139SA
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Q3036
Abstract: Q3236 QUALCOMM Reference design AN11 PE3236 PE3282A
Text: AN11: Application Note Replacing Qualcomm’s Q3236 with Peregrine Semiconductor’s PE3236 The Peregrine PE3236 PLL was designed as a replacement for the Qualcomm Q3236 PLL providing better phase noise performance and substantially lower power consumption. The
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Q3236
PE3236
PE3236
150mA
Q3236,
Q3036
QUALCOMM Reference design
AN11
PE3282A
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PE3236
Abstract: Peregrine AN10 PE3282A PE9601 6175
Text: AN10: Application Note Connecting The PE9601 & PE3236 Serial Bus Interface Introduction The PE9601/2 & PE3236 PLL’s can be programmed in either parallel, serial or direct mode. This application note describes how to configure the above PLL’s in serial programming mode and
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PE9601
PE3236
PE9601/2
PE3282A
72/00XX
Peregrine
AN10
PE9601
6175
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SPLL950SB
Abstract: SPLL121SA
Text: INTEGRATED FREQUENCY SYNTHESIZERS 124SL FREQUENCY RANGE MHz DC BIAS REQUIREMENTS STEP SIZE (KHz) Vcc1 & 2 (Volts) OUTPUT POWER CURRENT Max. (mA) dBm SETTLING TIME Tolerance (dB) (mSec) 198 197 TYPICAL PHASE NOISE dBc/Hz Offset at 10 KHz/100 KHz TYPICAL HARMONIC
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124SL
KHz/100
35size
LMX2320
LMX2325
LMX2332A
124SL
SPLL950SB
SPLL121SA
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SPLL41SA
Abstract: SPLL121SA
Text: INTEGRATED FREQUENCY SYNTHESIZERS INTEGER PLL FREQUENCY RANGE MHz DC BIAS REQUIREMENTS STEP SIZE (KHz) 197 124SL Vcc1 & 2 (Volts) OUTPUT POWER CURRENT Max. (mA) dBm SETTLING TIME Tolerance (dB) (mSec) TYPICAL PHASE NOISE dBc/Hz Offset at 10 KHz/100 KHz TYPICAL
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124SL
KHz/100
LMX2325
LMX2332A
ADF3114
124SL
SPLL41SA
SPLL121SA
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Q0420
Abstract: Q3036 PE3236 PE3282A C82 diode QUALCOMM datasheet Q3236 Ridge
Text: AN8: Application Note Design Considerations for Using the PE3236 in the Qualcomm Q0420 Evaluation Kit Peregrine Semiconductor offers an Evaluation Kit specifically designed for evaluating the PE3236. The PE3236 Evaluation Kit allows maximum flexibility for optimizing phase
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PE3236
Q0420
PE3236.
PE3236
Q3236
Q3036
PE3282A
C82 diode
QUALCOMM datasheet
Ridge
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SPLL121SA
Abstract: No abstract text available
Text: INTEGRATED FREQUENCY SYNTHESIZERS 124S SURFACE-MOUNT FREQUENCY RANGE STEP SIZE MHz (KHz) 124SL OUTPUT POWER DC BIAS REQUIREMENTS Vcc1 & 2 (Volts) CURRENT Max. (mA) dBm SETTLING TIME Tolerance (dB) (mSec) 198 197 TYPICAL PHASE NOISE dBc/Hz Offset at 10 KHz/100 KHz
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124SL
KHz/100
-20oC
LMX2320
LMX2325
SPLL121SA
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MQE001
Abstract: MQE001-836 murata mqe001 VCO MQE001 PE3292 PE3291 mqe001836
Text: AN4: Application Note Using the PE3291/92 in CDMA Applications Introduction Improved phase noise at small/medium step size The PE3291 fractional-N PLL is a dual VHF/UHF integrated frequency synthesizer with fractionalities of 2, 4, 8, 16 and 32. The low power, low phase noise
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PE3291/92
PE3291
PE3282A
MQE001
MQE001-836
murata mqe001
VCO MQE001
PE3292
mqe001836
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Q3236
Abstract: qualcomm temperature PE3236 Q0420 PE3236-EK PE3282A Qualcomm 7227 4239
Text: AN9: Application Note Performance Advantages of the PE3236 Compared to the Q3236 The performance of the PE3236 and Qualcomm Q3236 was characterized and compared at VCO frequency slightly above 2 GHz. The evaluation included phase noise, spur and lock time at
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PE3236
Q3236
PE3236
Q3236
PE3236-EK)
Q0420
qualcomm temperature
PE3236-EK
PE3282A
Qualcomm 7227
4239
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FSPLL950SA
Abstract: SPLL121SA
Text: INTEGRATED FREQUENCY SYNTHESIZERS 124SL FREQUENCY RANGE MHz DC BIAS REQUIREMENTS STEP SIZE (KHz) Vcc1 & 2 (Volts) OUTPUT POWER CURRENT Max. (mA) dBm SETTLING TIME Tolerance (dB) (mSec) 198 197 TYPICAL PHASE NOISE dBc/Hz Offset at 10 KHz/100 KHz TYPICAL HARMONIC
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124SL
KHz/100
35miconductor
LMX2320
LMX2325
LMX2350
ADF4113
124SL
FSPLL950SA
SPLL121SA
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MQE912-717
Abstract: MURATA MQE MQE MURATA vco MQE MURATA MQE 50 vco PE3282A PE3291 RFID RF Identification Devices
Text: AN3: Application Note Using the PE3291 Fractional-N PLL in Narrow Band/Paging Applications Introduction The PE3291 benefits for narrow band/paging use The PE3291 fractional-N PLL is well suited for use in low data rate narrow channel spacing applications
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PE3291
PE3282A
MQE912-717
MURATA MQE
MQE MURATA vco
MQE MURATA
MQE 50 vco
RFID RF Identification Devices
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