Introduction to communication systems stremler
Abstract: dsss FSK modulation design PN generator circuit dsss communication stremler direct sequence spread spectrum military spread spectrum chip rate differential encoder for psk PN generator circuit fhss Condensed 1977 fm radio jammer
Text: [ /Title AN98 20 /Subject (A Condensed Revie w of Spread Spectrum Techniques for ISM Band Systems) /Autho r () /Keywords (Intersil Corporation, semiconductor, PRIS M, Wireless Communication s, RF, Radio Fre- A Condensed Review of Spread Spectrum Techniques for ISM Band Systems
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conn female 300 pins
Abstract: M68HC11RM/AD AN1240 HC05 HC705J1A MC145407 MC145407P MC34064 MC68HC705J1A getchar and putchar
Text: Order this document by AN1240/D Freescale Semiconductor AN1240 HC05 MCU Software-Driven Asynchronous Serial Communication Techniques Using the MC68HC705J1A Freescale Semiconductor, Inc. By Scott George CSIC MCU Product Engineering INTRODUCTION This application note describes a method for asynchronous serial communication with a microcontroller
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AN1240/D
AN1240
MC68HC705J1A
conn female 300 pins
M68HC11RM/AD
AN1240
HC05
HC705J1A
MC145407
MC145407P
MC34064
MC68HC705J1A
getchar and putchar
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DS1991
Abstract: DS2480B DS2482 DS2490 CRC16 CRC-16 DS1920 DS1921 DS1971 DS1990
Text: Maxim > App Notes > 1-Wire DEVICES Keywords: iButton, 1-Wire, OneWire, 1wire, ultra-reliable, communication, techniques, touch, contact, intermittent, tear Sep 22, 2008 Revised: Sep 22, 2008 APPLICATION NOTE 159 Software Methods to Achieve Robust 1-Wire® Communication in
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DS1973:
DS1977:
DS1982:
DS1985:
DS1986:
DS1990A:
DS1992:
DS1993:
DS1995:
DS1996:
DS1991
DS2480B
DS2482
DS2490
CRC16
CRC-16
DS1920
DS1921
DS1971
DS1990
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CRC16
Abstract: CRC-16 DS1920 DS1921 DS1971 DS1990 DS1991 DS2480B DS2482 DS2490
Text: Maxim > App Notes > 1-Wire Devices Keywords: iButton, 1-Wire, OneWire, 1wire, ultra-reliable, communication, techniques, touch, contact, intermittent, tear Sep 22, 2008 APPLICATION NOTE 159 Software Methods to Achieve Robust 1-Wire® Communication in iButton® Applications
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DS1993:
DS1995:
DS1996:
com/an159
AN159,
APP159,
Appnote159,
CRC16
CRC-16
DS1920
DS1921
DS1971
DS1990
DS1991
DS2480B
DS2482
DS2490
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AN1240
Abstract: MC68HC705J1A HC05 HC705J1A MC145407 MC145407P MC34064 mc34064 application note
Text: Order this document by AN1240/D MOTOROLA SEMICONDUCTOR APPLICATION NOTE AN1240 HC05 MCU Software-Driven Asynchronous Serial Communication Techniques Using the MC68HC705J1A By Scott George CSIC MCU Product Engineering INTRODUCTION This application note describes a method for asynchronous serial communication with a microcontroller
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AN1240/D
AN1240
MC68HC705J1A
M68HC11
M68HC11RM/AD.
M68HC05
M68HC05AG/AD.
MC68HC05J1A
M68HC05J1A/D
AN1240
MC68HC705J1A
HC05
HC705J1A
MC145407
MC145407P
MC34064
mc34064 application note
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communication techniques inc
Abstract: Communication Techniques CTI Communication Techniques
Text: • • • • • Wide Electrical Tuning Excellent Linearity Low Jitter Excellent Frequency Stability Wide Operating Temperature Range Communication Techniques, Inc. Series VTDRO Dielectric Resonator Oscillators have been specifically designed for SONET/SDH applications.
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R1390
Abstract: conn female 300 pins AN1240 HC05 HC705J1A MC145407 MC145407P MC34064 MC68HC705J1A circuit using hc705j1a
Text: MOTOROLA Freescale Semiconductor, Inc. Order this document by AN1240/D SEMICONDUCTOR APPLICATION NOTE AN1240 HC05 MCU Software-Driven Asynchronous Serial Communication Techniques Using the MC68HC705J1A Freescale Semiconductor, Inc. By Scott George CSIC MCU Product Engineering
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AN1240/D
AN1240
MC68HC705J1A
M68HC11
M68HC11RM/AD.
M68HC05
M68HC05AG/AD.
MC68HC05J1A
M68HC05J1A/D
R1390
conn female 300 pins
AN1240
HC05
HC705J1A
MC145407
MC145407P
MC34064
MC68HC705J1A
circuit using hc705j1a
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E4407B
Abstract: CYV15G0404DXB agilent E4407B
Text: Crosstalk Measurement Techniques for Multi-Channel and Multi-Rate High Speed Serial Communication Systems By Jeff Hushley, Senior Applications Engineer, Cypress Semiconductor Corp. and Palani Subbiah, Senior Staff Applications Engineer, Cypress Semiconductor Corp.
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GENERAL DESIGN PROCEDURE FOR BANDPASS FILTERS
Abstract: calculation of LC filter 3 to 10 GHz bandpass filter wide band A GENERAL DESIGN PROCEDURE FOR BANDPASS FILTERS capacitors tutorial la log microwave proximity sensor A GENERAL DESIGN PROCEDURE FOR BANDPASS FILTERS D Handbook of Filter Synthesis PCS1900
Text: TUTORIAL A GENERAL DESIGN PROCEDURE FOR BANDPASS FILTERS DERIVED FROM LOW PASS PROTOTYPE ELEMENTS: PART I B Fig. 1 Circuit topologies of low pass prototype filters. ▼ g0 = 1.00 + e1 s − g0 = 1.00 andpass filters serve a variety of functions in communication, radar and instrumentation subsystems. Of the available techniques for the design of bandpass filters, those techniques based upon the low
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multi fsk modem
Abstract: fsk modem fsk modulation and demodulation modem FSK DTMF fsk circuit
Text: FSK Detection Using an SX Microcontroller Chris Fogelklou, Scenix Semiconductor, Inc. An FSK Demodulating Virtual Peripheral This document describes the use of a Scenix SX micro-controller to perform FSK, or frequencyshift keying, demodulation. FSK is an early form of modem communication techniques. The
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32-bit
RS-232
multi fsk modem
fsk modem
fsk modulation and demodulation
modem FSK
DTMF fsk circuit
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gunn diode ghz s-parameter
Abstract: impatt diode impatt C band FET transistor s-parameters fet dro 10 ghz x-band dro california bearing ratio test DRO lnb 25 MHz $ pin Crystal Oscillators THrough hole type Dielectric Resonator Oscillator DRO
Text: California Eastern Laboratories APPLICATION NOTE AN1035 Design Considerations for a Ku-Band DRO in Digital Communication Systems ABSTRACT the parts for the DRO and mechanical assembly will be presented. While the design proposed might not yield the optimum design solution for all DBS applications, it does introduce a few important DRO design techniques that can be applied to other high frequency communication systems.
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AN1035
p-7065.
AN1023,
gunn diode ghz s-parameter
impatt diode
impatt
C band FET transistor s-parameters
fet dro 10 ghz
x-band dro
california bearing ratio test
DRO lnb
25 MHz $ pin Crystal Oscillators THrough hole type
Dielectric Resonator Oscillator DRO
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assembly language program for data sampling
Abstract: relay
Text: FAX Relay Control Software by ILLICO! Software Overview Voice communication systems using advanced voice compression techniques require on-line FAX signal handling to pass FAX traffic in the available channel bandwidth, typically 16 kbps or 8 kbps. FAX relay systems automatically recognize and
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TMS320C3x)
assembly language program for data sampling
relay
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AN-60-009
Abstract: HELA-10 mrah M2909
Text: Application Note AN-60-033 Enhanced Linearity in the HELA-10 Power Amplifier 1.0 Introduction To better satisfy the high linearity requirements of multiple-carrier wideband communication systems such as CATV when using Mini-Circuits model HELA-10, a combination of techniques has been found advantageous:
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AN-60-033)
HELA-10
HELA-10,
AN-60-009
50-ohm
01-ALEH
AN-60-033
M99522
AN60033
mrah
M2909
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Untitled
Abstract: No abstract text available
Text: Application Note AN-60-033 Enhanced Linearity in the HELA-10 Power Amplifier 1.0 Introduction To better satisfy the high linearity requirements of multiple-carrier wideband communication systems such as CATV when using Mini-Circuits model HELA-10, a combination of techniques has been found advantageous:
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AN-60-033)
HELA-10
HELA-10,
AN-60-009
50-ohm
AN-60-033
M150261
AN60033
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2N3904 TRANSISTOR using darlington amplifier
Abstract: crystal 20Mhz of 2n3904 10mhz crystal oscillator 74LS04 as colpitts oscillator 74LS04 LT1034 20MHz quartz crystal crystal oscillator 4049 LT1011
Text: Application Note 12 October 1985 Circuit Techniques for Clock Sources Jim Williams Almost all digital or communication systems require some form of clock source. Generating accurate and stable clock signals is often a difficult design problem. Quartz crystals are the basis for most clock sources. The
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50ppm
an25fa
AN12-8
2N3904 TRANSISTOR using darlington amplifier
crystal 20Mhz
of 2n3904
10mhz crystal oscillator
74LS04 as colpitts oscillator
74LS04
LT1034
20MHz quartz crystal
crystal oscillator 4049
LT1011
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signal constellation
Abstract: No abstract text available
Text: High-Speed Modem Algorithms 13.1 13 OVERVIEW In high-speed data communication systems, there often arises the need for digital signal processing techniques. In the implementation of mediumspeed up to 2400 bps to high-speed (4800 bps and higher) modems, certain effects of the limited-bandwidth communications channel
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AN024
Abstract: cygnal an024 B-100 C8051F300 C8051F301 C8051F302 C8051F303 communication techniques inc
Text: CYGNAL Application Note Pin Sharing Techniques for the C2 Interface Relevant Devices This application note applies to the following devices: C8051F300, C8051F301, C8051F302, and C8051F303. Introduction About the C2 Pins C8051F30x devices include an on-chip Cygnal
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C8051F300,
C8051F301,
C8051F302,
C8051F303.
C8051F30x
10-pin
AN024
NOV01
cygnal an024
B-100
C8051F300
C8051F301
C8051F302
C8051F303
communication techniques inc
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Oscillatek
Abstract: No abstract text available
Text: Introduction The electronic industry has a new and comprehen sive resource in Frequency Generation and Control. The integration of six major industry leaders, Vectron Technologies, Inc VTI ; Vectron Laboratories, Inc. (VLI); Oscillatek; Communication Techniques, Inc. (CTI);
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Oscillatek TCXO
Abstract: Oscillatek Oscillatek 10 MHz T-1115 OSCILLATEK TCXO kvg
Text: Company and Products Introduction The electronic industry has a new and comprehen sive resource in Frequency Generation and Control. The integration of six major industry leaders, Vectron Technologies, Inc VTI ; Vectron Laboratories, Inc. (VLI); Oscillatek; Communication Techniques, Inc. (CTI);
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HEF4750V
Abstract: No abstract text available
Text: HEF4750V LSI FREQUENCY SYNTHESIZER The HEF4750V frequency synthesizer is one of a pair of LOCMOS devices, primarily intended for use in high-performance frequency synthesizers, e.g. in all communication, instrumentation, television and broadcast applications. A combination of analogue and digital techniques results in an integrated
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HEF4750V
HEF4750V
HEF4751V.
HEF4751V)
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HEF4751V
Abstract: HEF4750V HEF4750VD
Text: HEF4750V LSI FREQUENCY SYNTHESIZER The H EF4750V frequency synthesizer is one of a pair of LOCMOS devices, primarily intended for use in high-performance frequency synthesizers, e.g. in all communication, instrumentation, television and broadcast applications. A combination of analogue and digital techniques results in an integrated
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HEF4750V
HEF4750V
EF4751V.
EF4751V)
EF4750V
HEF4751V
HEF4750VD
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HEF4751V
Abstract: hef4751
Text: HEF4750V LSI FREQUENCY SYNTHESIZER The H EF4750V frequency synthesizer is one o f a pair of LO CM O S devices, primarily intended for use in high-performance frequency synthesizers, e.g. in all communication, instrumentation, television and broadcast applications. A combination o f analogue and digital techniques results in an integrated
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HEF4750V
HEF4750V
HEF4751V.
HEF4751VJ
HEF475GV
HEF4751V
hef4751
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TCA 700 y
Abstract: HEF4750V HEF4751V TCA 700 v HEF4751 TCA 700
Text: HEF4750V LSI FREQUENCY SYNTHESIZER The HEF4750V frequency synthesizer is one o f a pair o f LOCMOS devices, prim arily intended fo r use in high-performance frequency synthesizers, e.g. in all communication, instrumentation, television and broadcast applications. A com bination o f analogue and digital techniques results in an integrated
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HEF4750V
F4751V.
HEF4751V)
TCA 700 y
HEF4751V
TCA 700 v
HEF4751
TCA 700
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hef4750
Abstract: TCA Phase Control IC hef4750v hef4751 TCA 700 y
Text: HEF4750V LSI FREQUENCY SYNTHESIZER The HEF4750V frequency synthesizer is one o f a pair o f LOCMOS devices, p 'iin a rily intended fo r use in high-performance frequency synthesizers, e.g. in all communication, instrum entation, television and broadcast applications. A com bination o f analogue and digital techniques results in an integrated
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HEF4750V
HEF4750V
HEF4751V.
HEF4751V)
hef4750
TCA Phase Control IC
hef4751
TCA 700 y
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