IRf 724 N
Abstract: irf128 irf 729 SA7015 SA7015DK SA7025 php program SR01058 accumulator 1GHz
Text: Philips Semiconductors Objective specification 1GHz low-voltage single Fractional-N synthesizer DESCRIPTION SA7015 PIN CONFIGURATION The SA7015 is a monolithic low power, high performance frequency synthesizer fabricated in QUBiC BiCMOS technology. It is compatible with the main synthesizer of the SA7025. Featuring
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SA7015
SA7015
SA7025.
IRf 724 N
irf128
irf 729
SA7015DK
SA7025
php program
SR01058
accumulator 1GHz
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Untitled
Abstract: No abstract text available
Text: Philips Semiconductors Product specification 1GHz low-voltage Fractional-N synthesizer DESCRIPTION SA7025 PIN CONFIGURATION The SA7025 is a monolithic low power, high performance dual frequency synthesizer fabricated in QUBiC BiCMOS technology. Featuring Fractional-N division with selectable modulo 5 or 8
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SA7025
SA7025
SR00620
SA7025DK
SR00621
SR00622
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SA7025DK
Abstract: irf 4095 SA620 SA7025
Text: Philips Semiconductors Product specification Low-voltage 1GHz fractional-N synthesizer DESCRIPTION SA7025 PIN CONFIGURATION The SA7025 is a monolithic low power, high performance dual frequency synthesizer fabricated in QUBiC BiCMOS technology. Featuring Fractional-N division with selectable modulo 5 or 8
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SA7025
SA7025
SA7025DK
MQE001-926MHz
100nF
irf 4095
SA620
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irf 4095
Abstract: 1GHZ DIVIDE BY 64 PRESCALER SA7025 SA7025DK SR00602 SR00600
Text: INTEGRATED CIRCUITS SA7025 Low-voltage 1GHz fractional-N synthesizer Product specification IC17 Data Handbook Philips Semiconductors 1996 Aug 6 Philips Semiconductors Product specification 1GHz low-voltage Fractional-N synthesizer DESCRIPTION SA7025 PIN CONFIGURATION
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SA7025
SA7025
irf 4095
1GHZ DIVIDE BY 64 PRESCALER
SA7025DK
SR00602
SR00600
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Three phase sine wave oscillator
Abstract: TB318 HSP45106 HSP45116
Text: The NCO as a Stable, Accurate Synthesizer Technical Brief May 1998 TB318.1 Low Jitter Frequency Reference In communication and other circuits, it is often necessary to produce an accurate reference signal whose frequency and phase can be precisely controlled in real time. The Numerically Controlled Oscillator NCO is ideally suited for this purpose. For some applications, the output reference signal is a
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TB318
Three phase sine wave oscillator
HSP45106
HSP45116
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Untitled
Abstract: No abstract text available
Text: The NCO as a Stable, Accurate Synthesizer Technical Brief May 1998 TB318.1 Low Jitter Frequency Reference HARMONIC AM 2fC fCLK effective for applications requiring phase jitter of less than 5ns, however, since it requires a sample rate of 200 Mega Samples Per Second, MSPS , which drives the user to an
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TB318
FO-007
HSP50110,
HSP50210
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HSP45106
Abstract: HSP45116 TB318
Text: The NCO as a Stable, Accurate Synthesizer TM Technical Brief May 1998 TB318.1 Low Jitter Frequency Reference clock rate. This is not cost effective for applications requiring phase jitter of less than 5ns, however, since it requires a sample rate of 200 Mega Samples Per Second, MSPS ,
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HSP45106
HSP45116
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Three phase sine wave oscillator
Abstract: TB318 square wave generator ic HSP45106 HSP45116
Text: The NCO as a Stable, Accurate Synthesizer Technical Brief May 1998 TB318.1 Low Jitter Frequency Reference In communication and other circuits, it is often necessary to produce an accurate reference signal whose frequency and phase can be precisely controlled in real time. The
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TB318
Three phase sine wave oscillator
square wave generator ic
HSP45106
HSP45116
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tb318
Abstract: MIXER 210 HSP45106 HSP45116
Text: Harris Semiconductor No. TB318 Harris Digital Signal Processing January 1994 THE NCO AS A STABLE, ACCURATE SYNTHESIZER Low Jitter Frequency Reference In communication and other circuits, it is often necessary to produce an accurate reference signal whose frequency and
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1-800-4-HARRIS
tb318
MIXER 210
HSP45106
HSP45116
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2Ghz mixer
Abstract: AD9858 100MHZ 150M AD9858BSV AD9858PCB gilbert cell differential pair RF transformer 50ohms
Text: PRELMINARY TECHNICAL DATA 1 GSPS Direct Digital Synthesizer a Preliminary Technical Data AD9858 Integrated Programmable Charge Pump and Phase Frequency Detector with Fast Lock Circuit Isolated Charge Pump Supply up to 5V Integrated 2GHz Mixer FEATURES 1 GSPS Internal Clock Speed
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AD9858
10-bit
32-bit
100-lead
AD9858/PCB
AD9858
AD9858/FDPCB
AD9858/TLPCB
2Ghz mixer
100MHZ
150M
AD9858BSV
AD9858PCB
gilbert cell differential pair
RF transformer 50ohms
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AD9858B
Abstract: No abstract text available
Text: PRELMINARY TECHNICAL DATA 1 GSPS Direct Digital Synthesizer a AD9858 Preliminary Technical Data P Integrated Programmable Charge Pump and Phase Frequency Detector with Fast Lock Circuit Isolated Charge Pump Supply up to 5V Integrated 2GHz Mixer FEATURES 1 GSPS Internal Clock Speed
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10-bit
32-bit
100-lead
AD9858
470mHz,
AD9858/PCB
AD9858
AD9858/FDPCB
AD9858/TLPCB
AD9858B
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ups PURE SINE WAVE schematic diagram
Abstract: AD9854 DDS based CLOCK GENERATOR 10MHZ quality FM TRANSMITTER 16psk block diagram ups transformer winding formula Transistor based fm modulator ct UHf band upconverter LMX1501 lmx1501a disabling prescaler RF MMIC MARK CODE E4
Text: A Technical Tutorial on Digital Signal Synthesis Copyright 1999 Analog Devices, Inc. 1 Outline Section 1. Fundamentals of DDS technology Theory of operation Circuit architecture Tuning equation Elements of DDS circuit functionality and capabilities DAC integration
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ups PURE SINE WAVE schematic diagram
Abstract: ad9850 am modulation quality FM TRANSMITTER AD9854 DDS based CLOCK GENERATOR 10MHZ ad9850 fm modulation 74HC74 optical quadrature encoder ad9850 AD985X LMX1501A 3 phase ups PURE SINE WAVE schematic diagram
Text: A Technical Tutorial on Digital Signal Synthesis a Copyright 1999 Analog Devices, Inc. 1 Outline Section 1. Fundamentals of DDS technology Page 5 Overview DDS Advantages Theory of operation Circuit architecture Tuning equation Elements of DDS circuit functionality and capabilities
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AD9851
ups PURE SINE WAVE schematic diagram
ad9850 am modulation
quality FM TRANSMITTER
AD9854 DDS based CLOCK GENERATOR 10MHZ
ad9850 fm modulation
74HC74 optical quadrature encoder
ad9850
AD985X
LMX1501A
3 phase ups PURE SINE WAVE schematic diagram
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AD9858
Abstract: AD9858FDPCB AD9858PCB AD9858B ncd62
Text: 1 GSPS Direct Digital Synthesizer AD9858 FEATURES GENERAL DESCRIPTION 1 GSPS internal clock speed Up to 2 GHz input clock selectable divide by 2 Integrated 10-bit D/A converter Phase noise < 145 dBc/Hz @ 1 kHz offset Output frequency = 100 MHz (DAC output)
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10-bit
32-bit
AD9858
AD9858BSV
AD9858PCB
AD9858FDPCB
AD9858FDPCB
AD9858PCB
AD9858B
ncd62
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AD9854
Abstract: HIGH SPEED FREQUENCY DIVIDER TQFP-EP AD9858 03166-A
Text: 1 GSPS Direct Digital Synthesizer AD9858 FEATURES GENERAL DESCRIPTION 1 GSPS internal clock speed Up to 2 GHz input clock selectable divide-by-2 Integrated 10-bit D/A converter Phase noise < 145 dBc/Hz @ 1 kHz offset Output frequency = 100 MHz (DAC output)
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AD9858
10-bit
32-bit
AD9858
AD9858BSV
AD9858PCB
AD9858FDPCB
AD9858TLPCB
AD9854
HIGH SPEED FREQUENCY DIVIDER
TQFP-EP
03166-A
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TXAL 2215 B
Abstract: teradyne j750 tip 226d GPR circuit schematic diagram full TXAL 2288 J750 UART 7812 voltage regulator IC txal 226d ZIC2410 aes 128 algorithm
Text: ZIC2410 Datasheet peripheral functions such as timers and UART and is one of the first devices to provide an embedded Voice CODEC. This chip is ideal for very low power applications. APPLICATIONS Home Automation and Security Automatic Meter Reading
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ZIC2410
48-pin
72-pin
20Jun08
TXAL 2215 B
teradyne j750
tip 226d
GPR circuit schematic diagram full
TXAL 2288
J750 UART
7812 voltage regulator IC
txal 226d
aes 128 algorithm
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Q20-Q29
Abstract: 10G102-3X 10G102 10G102-3C1 10G103 10G103-3C1 10G103-3X sine cosine phase quadrant look-up address Gigabit Logic
Text: 10G102 10G103 /GBLiGigaBit Logic 32-Bit DDS Phase Accumulator 1 GHz Clock Rate 10G PicoLogic Family FEATURES 1 GHz typical clock frequency -2 version 18 ns freq. switching time @1GHz 32-Bit frequency resolution 12-Bit parallel output TTL levels for Data and LDSTR inputs
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10G102
10G103
32-Bit
12-Bit
Q20-Q29
10G102-3X
10G102-3C1
10G103
10G103-3C1
10G103-3X
sine cosine phase quadrant look-up address
Gigabit Logic
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synthesizer 144mhz
Abstract: 1030mhz prescaler 64 1GHz PRESCALER CD8402DK SA7015 SA7025 irf128
Text: Philips Semiconductors Product specification 1GHz low-voltage single Fractional-N synthesizer DESCRIPTION CD8402 PIN CONFIGURATION The CD8402 is a monolithic low power, high performance frequency synthesizer fabricated in QUBiC BiCMOS technology. It is compatible with the main synthesizer of the SA7025. Featuring
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CD8402
CD8402
SA7025.
OT266-1
711002b
synthesizer 144mhz
1030mhz
prescaler 64
1GHz PRESCALER
CD8402DK
SA7015
SA7025
irf128
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1GHz vco
Abstract: No abstract text available
Text: Philips Semiconductors Product specification 1GHz low-voltage Fractional-N synthesizer DESCRIPTION SA7025 PIN CONFIGURATION The SA7025 is a monolithic Sow power, high performance duai frequency synthesizer fabricated in QUBiC BiCMOS technology. Featuring Fractionaf-N division with selectable modulo 5 or 8
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SA7025
SA7025
1GHz vco
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H5111
Abstract: LM3L7 WR-100 SA620 SA7025 SA7025DK
Text: RF COMMUNICATIONS PRODUCTS SA7025 Low-voltage 1GHz fractional-N synthesizer Preliminary specification December 15, 1994 IC17 Data Handbook I Philips Semiconductors I PHILIPS P H IL IP S • \\ TT7/ 7110Ô2L 0 0 0 4 t.ll T5S ■ i This Material Copyrighted By Its Respective Manufacturer
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SA7025
0004t
SA7025
7110aSb
OOfl4b30
H5111
LM3L7
WR-100
SA620
SA7025DK
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1030mhz
Abstract: CD8406 M317 CD8406DK irf 4095
Text: Preliminary specification Philips Semiconductors CD8406 1GHz low-voltage Fractional-N synthesizer PIN CONFIGURATION DESCRIPTION The CD8406 is a monolithic low power, high performance dual frequency synthesizer fabricated in QUBiC BiCMOS technology. Featuring Fractional-N division with selectable modulo 5 or 8
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CD8406
CD8406
OT266-1
1996Oct08
711Dfl2b
D10T532
1030mhz
M317
CD8406DK
irf 4095
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irf 4095
Abstract: prescaler 64 SA7025 SA7025DK SR00602 T22N
Text: Product specification Philips Semiconductors 1GHz low-voltage Fractional-N synthesizer SA7025 PIN CONFIGURATION DESCRIPTION The SA7025 is a monolithic low power, high performance dual frequency synthesizer fabricated in QUBiC BiCMOS technology. Featuring Fractional-N division with selectable modulo 5 or 8
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SA7025
SA7025
OT266-1
irf 4095
prescaler 64
SA7025DK
SR00602
T22N
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1GHz PRESCALER
Abstract: SA620 SA7025 SA7025DK
Text: INTEGRATED CIRCUITS im m t& fl SA7025 Low-voltage 1GHz fractional-N synthesizer Product specification 1995 Feb 23 IC17 Data Handbook Philips Semiconductors PHILIPS PH IL IP S V # 711002b ODÛbbBD 7T1 This Material Copyrighted By Its Respective Manufacturer
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SA7025
711002b
SA7025
OT266-1
711D62b
1GHz PRESCALER
SA620
SA7025DK
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accumulator 1GHz
Abstract: No abstract text available
Text: jm /S The NCO as a Stable, Accurate Synthesizer Sem iconductor I T e c h n ic a l B r i e l M a y 1998 T B 3 1 8 .1 Low Jitter Frequency Reference In communication and other circuits, it is often necessary to produce an accurate reference signal whose frequency and
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0000006Hz.
accumulator 1GHz
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