MMO 90-14
Abstract: w48s67 W48S87-72
Text: W48S87-72 Desktop/Notebook Frequency Generator Features • Maximized EMI suppression using Cypress’s Spread Spectrum technology • ±0.5% Spread Spectrum clocking • Equivalent to the W48S67-72 with Spread Spectrum for Tilamook, MMO, and Deschutes processors
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W48S87-72
W48S67-72
318-MHz
24-MHz
48-MHz
48-MHz)
MMO 90-14
w48s67
W48S87-72
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W48S87
Abstract: W48S87-72 W48S67-72 w48s67
Text: PRELIMINARY W48S87-72 Desktop/Notebook Frequency Generator Features • Maximized EMI suppression using Cypress’s Spread Spectrum technology • ± 0.5% Spread Spectrum clocking • Equivalent to the W48S67-72 with Spread Spectrum for Tilamook, MMO, and Deschutes processors
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W48S87-72
W48S67-72
318-MHz
24-MHz
48-MHz
48-MHz)
W48S87
W48S87-72
w48s67
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IEEE 802.11 interference
Abstract: pn sequence generator "multipath performance" 1f35
Text: Short PN Sequences for Direct Sequence Spread Spectrum Radios Carl Andren Harris Semiconductor Palm Bay, Florida Abstract Traditional military spread spectrum systems use Direct Sequence Spread Spectrum DSSS for its jam resistance and low probability of intercept. Additionally, the
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jammer
Abstract: an9633 military jammer application noise jammer jammer circuit diagram PSD 1204 HSP3824 frequency jammer dsss FSK modulation design direct sequence spread spectrum BPSK
Text: Processing Gain in Spread Spectrum Signals. John Fakatselis Harris Semiconductor P.O. Box 883, Melbourne, FL. 32902-0883 ABSTRACT This paper addresses the processing gain PG characteristics of Spread Spectrum Systems. PG provides some unique properties to the Spread Spectrum waveforms that can primarily improve
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AN9633,
jammer
an9633
military jammer application
noise jammer
jammer circuit diagram
PSD 1204
HSP3824
frequency jammer
dsss FSK modulation design
direct sequence spread spectrum BPSK
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TB337
Abstract: No abstract text available
Text: A Brief Tutorial on Spread Spectrum and Packet Radio Technical Brief May 1996 TB337.1 Author: Carl Andren Introduction The next form of spread spectrum is called Direct Spread DS and this is the other form of spread spectrum allowed by the FCC in this band. With DS, the data is mixed (XOR) with a
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TB337
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08906-808-XTP
Abstract: AMI 68 pin 08906-808
Text: AMIS-50050: Spread Spectrum Baseband Controllers Data Sheet Wireless Products 1.0 Introduction AMI Semiconductor’s wireless product portfolio includes the AMIS-50050 spread spectrum baseband transceiver controller. AMI Semiconductor’s AMIS-5005x products simplify the design of direct sequence spread spectrum radios. They contain all the baseband
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AMIS-50050:
AMIS-50050
AMIS-5005x
M-20717-002
08906-808-XTP
AMI 68 pin
08906-808
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Untitled
Abstract: No abstract text available
Text: Rev 1; 11/03 3.3V Spread-Spectrum EconOscillator The DS1087L is a clock generator that produces a spread-spectrum dithered square-wave output of frequencies from 130kHz to 66.6MHz. The DS1087L is shipped from the factory programmed at a specific frequency and spread-spectrum percentage. The user still
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DS1087L
130kHz
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Untitled
Abstract: No abstract text available
Text: 5.0VDC or 3.3VDC • 14 PIN DIP • HCMOS/ TTL SPREAD-SPECTRUM LOW EMI SPREAD SPECTRUM CRYSTAL CLOCK OSCILLATORS ACSO and ACSOL FEATURES: 15.7dB EMI reduction • Uses Integrated Spread Spectrum technology • Standard TTL or HCMOS output. • Meets clock jitter requirements for all major
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ACSO-32
0000-RC3
25ppm
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code for pn generator in digital
Abstract: direct sequence spread spectrum AMIS-50050 direct sequence spread spectrum BPSK GOLD CODE 4 bit pn sequence generator pn sequence generator
Text: AMIS-50050: Spread Spectrum Baseband Controller Data Sheet Wireless Products 1.0 Introduction AMI Semiconductor’s wireless product portfolio includes the AMIS-50050 spread spectrum baseband controller. AMI Semiconductor’s AMIS-5005x products simplify the design of direct sequence spread spectrum radios. They contain all the baseband circuitry needed to
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AMIS-50050:
AMIS-50050
AMIS-5005x
code for pn generator in digital
direct sequence spread spectrum
direct sequence spread spectrum BPSK
GOLD CODE
4 bit pn sequence generator
pn sequence generator
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900092
Abstract: 0/AN-900092
Text: Rev 1; 11/03 3.3V Spread-Spectrum EconOscillator The DS1087L is a clock generator that produces a spread-spectrum dithered square-wave output of frequencies from 130kHz to 66.6MHz. The DS1087L is shipped from the factory programmed at a specific frequency and spread-spectrum percentage. The user still
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DS1087L
130kHz
mvp/id/3942/t/or
12-Jul-2012
900092
0/AN-900092
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DS1087L
Abstract: DS1087LU-202 DS1087LU-210 DS1087LU-216 DS1087LU-266 DS1087LU-402 DS1087LU-466 J-STD-020A
Text: Rev 1; 11/03 3.3V Spread-Spectrum EconOscillator The DS1087L is a clock generator that produces a spread-spectrum dithered square-wave output of frequencies from 130kHz to 66.6MHz. The DS1087L is shipped from the factory programmed at a specific frequency and spread-spectrum percentage. The user still
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DS1087L
130kHz
DS1087LU-202
DS1087LU-210
DS1087LU-216
DS1087LU-266
DS1087LU-402
DS1087LU-466
J-STD-020A
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DS1087L
Abstract: DS1087LU-202 DS1087LU-210 DS1087LU-216 DS1087LU-266 DS1087LU-402 DS1087LU-466 J-STD-020A
Text: Rev 0; 7/03 3.3V Spread-Spectrum EconOscillator The DS1087L is a clock generator that produces a spread-spectrum dithered square-wave output of frequencies from 130kHz to 66.6MHz. The DS1087L is shipped from the factory programmed at a specific frequency and spread-spectrum percentage. The user still
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DS1087L
130kHz
DS1087LU-202
DS1087LU-210
DS1087LU-216
DS1087LU-266
DS1087LU-402
DS1087LU-466
J-STD-020A
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DS1087LU-466
Abstract: DS1087L DS1087LU-202 DS1087LU-210 DS1087LU-216 DS1087LU-266 DS1087LU-402 J-STD-020A
Text: Rev 1; 11/03 3.3V Spread-Spectrum EconOscillator The DS1087L is a clock generator that produces a spread-spectrum dithered square-wave output of frequencies from 130kHz to 66.6MHz. The DS1087L is shipped from the factory programmed at a specific frequency and spread-spectrum percentage. The user still
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DS1087L
130kHz
DS1087LU-466
DS1087LU-202
DS1087LU-210
DS1087LU-216
DS1087LU-266
DS1087LU-402
J-STD-020A
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MSP430
Abstract: MSP430F1111A SLAA291
Text: Application Report SLAA291 – May 2006 Spread-Spectrum Clock Source Using an MSP430 Mark Heminger . MSP430 - Signal Chain Applications Team ABSTRACT While spread-spectrum clocking has long since been used in processor and memory
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SLAA291
MSP430
MSP430
MSP430F1111A
SLAA291
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2.4Ghz transmitter Qpsk modulation
Abstract: 3860a DPSK DSSS QPSK DSSS HFA3424 HFA3624 HFA3860 HFA3860A HFA3860AIV HFA3860AIV96
Text: HFA3860A Data Sheet November 1998 Direct Sequence Spread Spectrum Baseband 4488.2 Features • Complete DSSS Baseband Processor The Intersil HFA3860A Direct Sequence Spread Spectrum DSSS baseband processor is part of the PRISM 2.4GHz radio chipset, and
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HFA3860A
HFA3860A
HFA3724/6
2.4Ghz transmitter Qpsk modulation
3860a
DPSK DSSS
QPSK DSSS
HFA3424
HFA3624
HFA3860
HFA3860AIV
HFA3860AIV96
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48MHZ
Abstract: PCK2010R SW00505
Text: INTEGRATED CIRCUITS PCK2010R CK98R 100/133MHz RCC spread spectrum system clock generator Product specification Philips Semiconductors 1999 Oct 19 Philips Semiconductors Product specification CK98R (100/133MHz) RCC spread spectrum system clock generator PCK2010R
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PCK2010R
CK98R
100/133MHz)
48MHZ
PCK2010R
SW00505
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dsss pSK modulation design
Abstract: HFA3841 HFA3963 "M-ary orthogonal keying" HFA3861B HFA3683A HFA3783 HFA3861A HFA3861AIN HFA3861AIN96
Text: HFA3861A May 2000 File Number 4776.2 Direct Sequence Spread Spectrum Baseband Processor Features The Intersil HFA3861A Direct Sequence Spread Spectrum DSSS baseband processor is part of the PRISM 2.4GHz radio chipset, and contains all the functions necessary for
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HFA3861A
HFA3861A
HFA3783
dsss pSK modulation design
HFA3841
HFA3963
"M-ary orthogonal keying"
HFA3861B
HFA3683A
HFA3861AIN
HFA3861AIN96
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2.4GHZ synthesizer
Abstract: "complementary code" "Complementary Code Keying"
Text: HFA3860B Semiconductor Data Sheet December 1998 File Number 4594 Direct Sequence Spread Spectrum Baseband Processor Features The Harris HFA3860B Direct Sequence Spread Spectrum DSSS baseband processor is part of the PRISM 2.4GHz radio chipset, and contains all
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HFA3860B
HFA3860B
HFA3724/6
2.4GHZ synthesizer
"complementary code"
"Complementary Code Keying"
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PCK2022R
Abstract: PCK2022RA PCK2022RADGG
Text: INTEGRATED CIRCUITS PCK2022RA CK00 100/133 MHz spread spectrum differential system clock generator Product data Philips Semiconductors 2001 Jun 12 Philips Semiconductors Product data CK00 (100/133 MHz) spread spectrum differential system clock generator
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PCK2022RA
SEL100/133
PCK2022R
PCK2022RA
PCK2022RADGG
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PN generator circuit dsss
Abstract: dqpsk demodulator HFA3424 HFA3860 HFA3860A HFA3860AIV HFA3860AIV96 psk demodulation
Text: HFA3860A TM Data Sheet November 1998 FN4488.2 Direct Sequence Spread Spectrum Baseband Features The Intersil HFA3860A Direct Sequence Spread Spectrum DSSS baseband processor is part of the PRISM 2.4GHz radio chipset, and contains all the functions necessary for
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HFA3860A
FN4488
HFA3860A
HFA3724/6
PN generator circuit dsss
dqpsk demodulator
HFA3424
HFA3860
HFA3860AIV
HFA3860AIV96
psk demodulation
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"complementary code"
Abstract: "Complementary Code Keying"
Text: HFA3860B Data Sheet File Number 4594.1 Direct Sequence Spread Spectrum Baseband Processor Features The Intersil HFA3860B Direct Sequence Spread Spectrum DSSS baseband processor is part of the PRISM 2.4GHz radio chipset, and contains all the functions necessary for
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HFA3860B
HFA3860B
11MBPS
"complementary code"
"Complementary Code Keying"
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Descrambler
Abstract: CRC-16 and CRC-32 3 bit pn sequence generator Microcontroller 6502 SX042 low cost pn sequence generator
Text: MAMl WavePlex Wireless Products SX042 Product Description January, 1996 Spread Spectrum Receiver SEMICONDUCTORS General Description The SX042 Spread Spectrum Receiver SRX is a highly programmable baseband CMOS integrated circuit that simplifies the design of direct sequence spread spectrum
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SX042
SX041
SX043
001S714
Descrambler
CRC-16 and CRC-32
3 bit pn sequence generator
Microcontroller 6502
low cost pn sequence generator
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Untitled
Abstract: No abstract text available
Text: •AM I SX042 SEMICONDUCTORS WavePlex Wireless Products Product Description January, 1996 Spread Spectrum Receiver General Description The SX042 Spread Spectrum Receiver SRX is a highly programmable baseband CMOS integrated circuit that simplifies the design of direct sequence spread spectrum
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SX042
CRC-32
CRC-16
SX042
00157m
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W148
Abstract: No abstract text available
Text: ill# ICW 0RKS Preliminary W148 Spread Spectrum 3 DIMM Desktop Clock • Spread Spectrum enabled after power-up Features • Frequency selection not affected during power down/up cycle • Maximized EMI Suppression using IC W O R KS’Spread Spectrum Technology
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100MHz)
48MHz
24MHz
48-pin
W148
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