Q3236 Search Results

q3236i

Abstract: tfk - 843 tfk 811 s TFK 834 S/BIP/SCB345100/B/30/10/ferrite ei core 33A
Contextual Info: Q3236 PHASE-LOCKED LOOP FREQUENCY SYNTHESIZER FEATURES • Reference Division Ratios of 1 to 16 in Direct • Backwards Compatible w ith the Q3036 and Parallel Mode, or 1 to 64 in Serial and 8 -bit Bus Mode Q3216 PLL Chips • Phase N oise Contributions as Low as

Q3036

Abstract: Q3236 QUALCOMM Reference design AN11 PE3236 PE3282A
Contextual Info: 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

PE3236

Abstract: Q3036 AN11 Q3236 QUALCOMM Reference design
Contextual Info: AN11: Application Note Replacing Qualcomm’s Q3236 with Peregrine Semiconductor’s PE3236 Introduction The Peregrine PE3236 PLL was designed as a replacement for the Qualcomm Q3236 PLL, providing better phase noise performance and substantially lower power consumption.

Q3236

Abstract: q32361 PE3236 PE9601 PE9600 PE3236-5 PE3236-EK Q0420
Contextual Info: AN9: Application Note Introduction The performance of PE3236 and Qualcomm Q3236 was characterized and compared at a VCO frequency slightly above 2 GHz. This data included phase noise, spurious signal levels, and lock times at comparison frequencies of 1, 2.5, and 5 MHz for temperatures of 25°C and 85°C.

C2610

Abstract: Q3236I20N Q3236 QUALCOMM GLOBALSTAR Q3036 Q323A Q3036I q323 MECL Integrated Circuit V4
Contextual Info: Q3236 2 .0 G H z LOW POW ER PLL FREQUENCY SYNTHESIZER C O NTENTS F eatures. 4 A General D escription. 4 Functional O verview . 7

PE3236

Abstract: Q3236 PE9601 PE3236-5 PE3236-EK PE9600 Q0420 Vectron 10 mhz PE96
Contextual Info: AN9: Application Note Introduction The performance of PE3236 and Qualcomm Q3236 was characterized and compared at a VCO frequency slightly above 2 GHz. This data included phase noise, spurious signal levels, and lock times at comparison frequencies of 1, 2.5, and 5 MHz for temperatures of 25°C and 85°C.

Q3236I20N

Abstract: Q3036 Q3216 Qualcomm q3216 q32361 Q3236I-20N 213-044-602 q3236i Q3236 Q32361-20N
Contextual Info: Q3236 PHASE-LOCKED LO O P FR EQ U EN C Y SYNTHESIZER • Reference D ivisio n Ratios of 1 to 16 in D irect FEATU RES • Backwards Com patible w ith the Q3036 and Parallel Mode, or 1 to 64 in Serial and 8 -bit Bus Mode Q 3 2 1 6 PLL Chips • Program m ability for Faster M ultiplexing between

Q2220

Abstract: Q0320 Q3236 Q2368 Q3036 VJ0603A101JXAA db37m QUALCOMM Reference manual Q2220 datasheet Q0320 datasheet
Contextual Info: Q0420 PHASE-LOCKED OSCILLATOR PLO EVALUATION SYSTEM USER’S GUIDE INTRODUCTION The Q0420 PLO Evaluation System is a complete evaluation board designed on a compact 5” x 7.5” printed circuit card for the Q3236 PLL. The evaluation platform includes a fixed demonstration as well as a custom prototyping

Q3236

Abstract: qualcomm temperature PE3236 Q0420 PE3236-EK PE3282A Qualcomm 7227 4239
Contextual Info: 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

Q3236

Abstract: PE3236 Q3036 AN11 QUALCOMM Reference design
Contextual Info: AN11: Application Note Replacing Qualcomm’s Q3236 with Peregrine Semiconductor’s PE3236 Introduction The Peregrine PE3236 PLL was designed as a replacement for the Qualcomm Q3236 PLL, providing better phase noise performance and substantially lower power consumption.

Q3236

Abstract: PE9601 PE9601EK 9601-11 96011
Contextual Info: Product Specification PE9601 2200 MHz UltraCMOS Integer-N PLL for Rad Hard Applications Product Description Peregrine’s PE9601 is a high performance integer-N PLL capable of frequency synthesis up to 2200 MHz. The device is designed for superior phase noise performance while

Q3236

Abstract: pe3236 PE3236EK
Contextual Info: PRODUCT SPECIFICATION PE3236 2.2 GHz Integer-N PLL for Low Phase Noise Applications Product Description Peregrine’s PE3236 is a high performance integer-N PLL capable of frequency synthesis up to 2.2 GHz. The superior phase noise performance of the PE3236 is ideal

qualcomm 7500

Abstract: rf spdt mhz dbm 32 pins qfn 5x5 footprint E k m QFN 3X3 F QFN 3X3 PE42692 QUALCOMM Reference design QUALCOMM QFN GSM qualcomm PE3336
Contextual Info: 2008 Product Selection Guide Changing how you design RF. Forever. Welcome to Peregrine Semiconductor UltraCMOS RF Process Technology Peregrine Semiconductor is a leading supplier of high-performance RF CMOS and mixed-signal communications ICs which are ideally suited for

PE3236

Abstract: Q3236 C82 diode Q0420 Q3036
Contextual Info: AN8: Application Note Introduction Peregrine Semiconductor offers an Evaluation Kit specifically designed for evaluating the PE3236. The PE3236 Evaluation Kit allows maximum flexibility for optimizing phase noise, spur, lock time, and power performance for specific applications. Using the

PE3238

Abstract: PE3238EK Q3236 VCO 1.5 GHz
Contextual Info: PRODUCT SPECIFICATION PE3238 1.5 GHz Integer-N PLL for Low Phase Noise Applications Product Description Peregrine’s PE3238 is a high performance integer-N PLL capable of frequency synthesis up to 1.5 GHz. The superior phase noise performance of the PE3238 is ideal

PE9501

Abstract: PE9601 Q3236 9601-11
Contextual Info: Product Specification PE9601 2.2GHz Integer-N PLL for Rad Hard Applications Description Peregrine’s PE9601 is a high performance integer-N PLL capable of frequency synthesis up to 2.2 GHz. The device is designed for superior phase noise performance while providing

Q0420

Abstract: Q3036 PE3236 PE3282A C82 diode QUALCOMM datasheet Q3236 Ridge
Contextual Info: 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

VCO 1.5 GHz

Abstract: phas locked loop PE3238-44PLCC-EVAL
Contextual Info: Product Specification PE3238 1500 MHz UltraCMOS Integer-N PLL for Low Phase Noise Applications Product Description Peregrine’s PE3238 is a high performance integer-N PLL capable of frequency synthesis up to 1.5 GHz. The superior phase noise performance of the PE3238 is ideal

Contextual Info: Product Specification PE9601 2200 MHz UltraCMOS Integer-N PLL for Rad Hard Applications Product Description Peregrine’s PE9601 is a high performance integer-N PLL capable of frequency synthesis up to 2200 MHz. The device is designed for superior phase noise performance while

radiation hard PLL

Abstract: prescaler 10 Q3236 10/11 prescaler Prescaler PE9600 TA 7227 Upset
Contextual Info: PE9600Custom DESCRIPTION 2.2 GHz Integer-N Peregrine’s PLL Circuit Core is a building block for customer- FEATURES defined PLL requirements. This core includes the necessary n Configurable to customer specifications n 2.2 GHz operation added benefits of reduced design cycle time and enhanced

Contextual Info: Product Specification PE3236 2200 MHz UltraCMOS Integer-N PLL for Low Phase Noise Applications Product Description Features Peregrine’s PE3236 is a high performance integer-N PLL capable of frequency synthesis up to 2.2 GHz. The superior phase noise performance of the PE3236 is ideal

Q0256

Abstract: FC28
Contextual Info: Q2240 FEATURE SET • Arbitrary Waveform Mode • Outputs 14 MSBs of the phase accumulator DIRECT DIGITAL SYNTHESIZER directly • Arbitrary waveform synthesis using an external RAM or RAMDAC • User-selectable via pin setting PRELIMINARY DATA SHEET • Power-Down Mode

QFN 4x4 mm 20L

Abstract: QUALCOMM QFN CQFJ qualcomm temperature spec rf spdt mhz dbm PE9308 CQFj 44 GSM qualcomm PE3336 PE3341
Contextual Info: 2007 Second Edition Product Selection Guide Changing how you design RF. Forever. Welcome to Peregrine Semiconductor UltraCMOS RF Process Technology Peregrine Semiconductor is a leading supplier of high-performance RF CMOS and mixed-signal communications ICs which are ideally suited for