QK1 1500
Abstract: 16 QAM Transmitter block diagram receiver QAM schematic diagram qpsk transmitter using microcontroller qpsk transmitter 16 QAM Transmitter 64 QAM Transmitter block diagram AM MODULATOR 1496 differential encoding in qam 16 QAM receiver block diagram
Text: STEL-2176 User Manual STel-MAN-97709 STEL-2176 Digital Mod/Demod ASIC 16/64/256 QAM Receiver with FEC QPSK/16 QAM Transmitter with FEC R TRADEMARKS Stanford Telecom and STEL are registered trademarks of Stanford Telecommunications, Incorporated. STEL-2176
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STEL-2176
STel-MAN-97709
QPSK/16
QK1 1500
16 QAM Transmitter block diagram
receiver QAM schematic diagram
qpsk transmitter using microcontroller
qpsk transmitter
16 QAM Transmitter
64 QAM Transmitter block diagram
AM MODULATOR 1496
differential encoding in qam
16 QAM receiver block diagram
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qpsk modulator chip
Abstract: Stanford Telecom STEL-9244 servo 9g STEL-9257 Stanford Telecommunications demodulator MAX 232A Stanford Telecommunications stel STEL-1108
Text: STEL-9257 Users Manual STEL-9257 5 - 65 MHz QPSK Burst Receiver R FOREWORD The Telecom Component Products Division of Stanford Telecommunications, Inc., is pleased to provide its customers with this copy of the User’s Manual for the STEL-9257 currently under development.
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STEL-9257
STEL-9257
qpsk modulator chip
Stanford Telecom
STEL-9244
servo 9g
Stanford Telecommunications demodulator
MAX 232A
Stanford Telecommunications
stel
STEL-1108
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Untitled
Abstract: No abstract text available
Text: T. J. RODGERS PRESIDENT, CHIEF EXECUTIVE OFFICER AND DIRECTOR T.J. Rodgers is founder, president, CEO, and director of Cypress Semiconductor Corporation. He was a Sloan scholar at Dartmouth College, where he graduated as Salutatorian with a double major in physics and chemistry. Rodgers attended Stanford
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SLOAN COMPANY
Abstract: No abstract text available
Text: T. J. RODGERS PRESIDENT, CHIEF EXECUTIVE OFFICER AND DIRECTOR T.J. Rodgers is founder, president, CEO, and director of Cypress Semiconductor Corporation. He was a Sloan scholar at Dartmouth College, where he graduated as Salutatorian with a double major in physics and chemistry. Rodgers attended Stanford
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Abstract: No abstract text available
Text: T. J. RODGERS PRESIDENT, CHIEF EXECUTIVE OFFICER, AND DIRECTOR T.J. Rodgers is founder, president, CEO, and a director of Cypress Semiconductor Corporation. He was a Sloan scholar at Dartmouth College, where he graduated as Salutatorian with a double major in physics and chemistry. Rodgers attended Stanford
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electrical engineering projects
Abstract: computer architecture
Text: Design and Consulting Services Probitas Consulting Services Standard Features ❏ Determine the technical feasibility of products and develop specifications. ❏ Analyze and design the overall system architecture. ❏ Provide all aspects of software and firmware development, including design, coding, testing, debugging, and documentation.
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Abstract: No abstract text available
Text: Board level thermal analysis via Large Eddy Simulation LES tool Farzam Roknaldin Applied Thermal Technologies 3255 Kifer Road Santa Clara, CA 95051 USA E-mail: [email protected] Arunima Panigrahy Department of Mechanical Engineering San Jose State University
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Abstract: No abstract text available
Text: Miguel Chin 1554 S. Stelling Rd. Suite 140 Cupertino, CA 95014 408 252-5109 Fax: (408) 252-5109 e-mail: [email protected] www: http://www.portal.com/~mca/dsp Company Background Miguel Chin has eight years of experience creating DSP systems for product evaluation,
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TMS320C2x,
TMS320C2xx,
TMS320C5x
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Stanford Telecom package
Abstract: No abstract text available
Text: CYPRESS AT A GLANCE Corporate Profile Cypress Semiconductor Corporation is in its second decade as an international, broad-line manufacturer and supplier of integrated circuits for a range of growth markets. The company supplies its products to leading providers of data communications, telecommunications, personal
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fireberd
Abstract: Stanford Telecommunications DS345 TTC fireberd 6000A Wavetek 145 3785a hp function generator TBR-12 testing of diode Wavetek
Text: TBR-12 and TBR-13 Conformance Testing APRIL, 1996 TABLE OF CONTENTS APPLICATION NOTE 44 Jitter Performance Requirements for E1 Leased Lines ETSI TBR-12 & TBR-13 Conformance Testing G ENERAL INFORMATION Introduction Maximum Output Jitter Specifications This application note summarizes the new jitter perforHORT
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TBR-12
TBR-13
TBR-12
91/263/EEC
56/DDS
LXT304A
fireberd
Stanford Telecommunications
DS345
TTC fireberd 6000A
Wavetek 145
3785a
hp function generator
testing of diode
Wavetek
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Untitled
Abstract: No abstract text available
Text: CYPRESS AT A GLANCE Corporate Profile Cypress Semiconductor Corporation is in its second decade as an international, broad-line manufacturer and supplier of integrated circuits for a range of growth markets. The company supplies its products to leading providers of data communications, telecommunications, personal computer, and military systems
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isa bus interfacing
Abstract: Data Systems
Text: Zeidman Consulting Bob Zeidman, President 7599 Squirewood Way Cupertino, CA 95014 408 255-9279 Fax: (408) 255-4881 e-mail: [email protected] Company Background Zeidman Consulting, founded in 1987, offers high-quality hardware and software design consulting, specializing in RISC-based and DSP-based systems and custom ASICs and
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Wavetek 145
Abstract: TTC fireberd 6000A fireberd DS345 TBR 12 hp3400a Stanford Telecommunications HP3785A LXT304A TBR-12
Text: Jitter Performance Requirements for E1 Leased Lines ETSI TBR-12 & TBR-13 Conformance Testing Application Note January 2001 Order Number: 249157-001 As of January 15, 2001, this document replaces the Level One document known as AN044. Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual
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TBR-12
TBR-13
AN044.
LXT304A
Wavetek 145
TTC fireberd 6000A
fireberd
DS345
TBR 12
hp3400a
Stanford Telecommunications
HP3785A
TBR-12
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Stanford Telecom package
Abstract: cmos video chip STEL-1173
Text: STEL-1173 Data Sheet STEL-1173RH 48-B it Resolution Rad Hard CMOS Numerically Controlled Oscillator STANFORD TELECOM* Û5 Û 5 B 4 2 ÜGGEbl 3 TTT RAD HARDNESS CAPABILITIES • ■ ■ FUNCTIONAL DESCRIPTION The STEL-1173RH Numerically Controlled Oscillator
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STEL-1173
STEL-1173RH
14N/CM
STEL-1173RH
STEL-1173R
Stanford Telecom package
cmos video chip
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Stanford Telecom
Abstract: 0k40 225 Stanford Telecommunications STEL-2120 phase accumulator with bpsk Stanford Telecom package Stanford Telecommunications DPSK viterbi algorithm qpsk modulator stel Stanford Telecommunications demodulator
Text: OCT ? DIGITAL DPSK DEMODULATOR STEL-2120 Custom Division STANFORD TELECOM * FEATURES FUNCTIONAL DESCRIPTION • DEMODULATES DBPSK, DMSK, DQPSK AND ft/4 DQPSK DATA AT UP TO 8 MSYMBOLS/ SEC. The STEL-2120 Digital DPSK Demodulator can be configured for the demodulation of DPSK, DMSK,
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STEL-2120
STEL-3310
STEL-2120
Stanford Telecom
0k40 225
Stanford Telecommunications
phase accumulator with bpsk
Stanford Telecom package
Stanford Telecommunications DPSK
viterbi algorithm
qpsk modulator stel
Stanford Telecommunications demodulator
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Stanford Telecommunications
Abstract: STEL-1103 ttc fireberd 6000 HE1103 et 1103
Text: ST EL-1103 Data S h e e t S T E L-1 1 0 3 /C R 100 MHz B PSK /Q PSK Digital M odulator STANFORD ÔSÔS242 GQQ257D 7Ô4 TABLE OF CONTENTS FEATURES/BENEFITS .
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EL-1103
GQQ257D
STEL-1103
Stanford Telecommunications
STEL-1103
ttc fireberd 6000
HE1103
et 1103
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STEL-2130
Abstract: CI 2410 Stanford Telecommunications Stanford Telecommunications demodulator stel 2410 Stanford Telecom STEL-2120 STEL-2410 Stanford Telecom package
Text: HIGH RATE ACCUMULATOR/CORRELATOR STEL-2410 PÄlucts iMÉsion STANFORD "¿“EZTl I 0505242 ODDl'lfll 2Tb FEA TU RES D ESC R IP T IO N • Up to 70 MHz accumulate rate ■ Dual accumulators for quadrature signal applications ■ Up to 32,768 cycles without overflow
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STEL-2410
68-pin
STEL-2410
STEL-2130
STEL-2120
CI 2410
Stanford Telecommunications
Stanford Telecommunications demodulator
stel 2410
Stanford Telecom
STEL-2120
Stanford Telecom package
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Stanford Telecommunications
Abstract: STI-2003 intel 8085
Text: CMAC COMPLEX MULTIPLIER/ ACCUMULATOR STI-2003 3Ci STANFORD TELECOMMUNICATIONS. INC. This Material Copyrighted By Its Respective Manufacturer COMPLEX MULTIPLIER/ ACCUMULATOR HIGHLIGHTS p o ssib le input lev els rath er than an e x p licit input co m b in atio n . The con trol sig n als C O M P A and C O M P B
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STI-2003
22-bit
Stanford Telecommunications
STI-2003
intel 8085
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Stanford Telecommunications
Abstract: pn sequence generator pn sequence generator 32 bit
Text: PN CODER STEL-1032 Custom PtoduC tS Division STANFORD n I 0 5 6 5 2 4 2 Q D O n i l ^02 FEATURES FUNCTIO NAL DESCRIPTION • 3 independent PN code generators ■ Independent clocks, controls and outputs ■ M icroprocessor control in terface ■ Com posite code generation capabilities
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STEL-1032
STEL-1032
TEL-10
flS242
Stanford Telecommunications
pn sequence generator
pn sequence generator 32 bit
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STEL-1130
Abstract: Stanford Telecom package Stanford Telecommunications
Text: STEL-1130 Data Sheet STEL-1130 Quadrature Amplitude/Vector Modulator STANFORD 05Ô5P4Z DD0BDS7 73b FEATURES • ■ ■ ■ ■ ■ ■ FUNCTIONAL DESCRIPTION 6 0 M H z THRO UG HPUT CA PA BILITY 12-B IT INPU TS OFFSET B INA RY OR TWO'S COM PLEMENT IN PU TS A T NCO PORTS
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STEL-1130
STEL-1130
STEL-1172B
STEL1177.
STEL-1130,
00020b4
Stanford Telecom package
Stanford Telecommunications
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Stanford Telecommunications
Abstract: STEL-1173 STEL-1173RH Stanford Telecom package 84-PIN electrical characteristics of 8096 Numerically Controlled Oscillator
Text: S T E L -1173R H D a ta S h e e t S TE L-1173R H 4 8 -B it R esolution CMOS N um erically C ontrolled O scillato r STANFORD TS j =F * I B This Material Copyrighted By Its Respective Manufacturer ÔSÔ5E42 I =j-m- Tg - - T . . •— □□□2DÛS C hTD =
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STEL-1173RH
48-Bit
2x1011
1014N/CM2
12-BIT
STEL-1173RH
Stanford Telecommunications
STEL-1173
Stanford Telecom package
84-PIN
electrical characteristics of 8096
Numerically Controlled Oscillator
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STEL-1179
Abstract: Stanford Telecommunications
Text: STEL-1179 Data Sheet S T E L - 1 1 7 9 24-Bit Resolution CMOS Numerically Controlled Oscillator STANFORD = = Ë I pas g § = £ m. E |£ i 0 5 0 5 24 2 GG0 2 15 1 ITT FEA TU RES FU N CTIO N A L D ESC R IP T IO N • HIGH FREQ U EN CY RESOLUTION - 24-BITS, 1.5 Hz @ 25 MHz
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STEL-1179
24-Bit
24-BITS,
12-BIT
-75dBc
28-PIN
fiSA5242
Stanford Telecommunications
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STEL-3310
Abstract: Stanford Telecommunications
Text: OCT e DUAL 64-TAP, 1 1 Mcps_ CASCADABLE DIGITAL MATCHED FILTER STEL-3310 AE Products Division STANFORD T î"3 r " ^ V " N |U I CLCLVJÍV1 FEATURES • T E R N A R Y C O E F F IC IE N T V A L U E S 0 ,± 1 ■ U P T O 22 M H z S A M P L E R A TE
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64-TAP,
STEL-3310
STEL-3310
Stanford Telecommunications
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Stanford Telecommunications
Abstract: full adder 2 bit ic pin configuration for half adder half adder ic STEL-2330 of half adder ic
Text: The STEL-2330 SQE provides the front-end processing for estimating Eb/N o bit-energy to noise density ratio of real time data at speeds up to 15 Msamples/sec. This device may be used in conjunction with a host processorto obtain optimal statistical estimates of the means and variances of the in
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16-BIT
24-BIT
STEL-2330
Stanford Telecommunications
full adder 2 bit ic
pin configuration for half adder
half adder ic
of half adder ic
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