AM79C930
Abstract: 20NF20 Introduction to communication systems stremler mobile jammer circuit AN9624 AN9810 AND-C-107 HFA3424 circuit diagram of 6 channel 2.4ghz rf transmitter HFA3624
Text: 2.4GHz Direct Sequence Wireless LAN Cascade Analysis September 1998 AN9810 Authors: Robert Rood, Doug Schultz Abstract The paper describes the cascade analysis of an IEEE 802.11 direct sequence wireless LAN radio in the 2.4GHz ISM band. A step by step approach is taken including: Basic
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AN9810
AM79C930
20NF20
Introduction to communication systems stremler
mobile jammer circuit
AN9624
AN9810
AND-C-107
HFA3424
circuit diagram of 6 channel 2.4ghz rf transmitter
HFA3624
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Introduction to communication systems stremler
Abstract: stremler jammer circuit diagram mobile jammer mobile jammer circuit mobile signal jammer modulator/demodulator 4066 AM79C930 AN9810 AND-C-107
Text: 2.4GHz Direct Sequence Wireless LAN Cascade Analysis TM Application Note May 2000 AN9810.1 Authors: Robert Rood, Doug Schultz Abstract The paper describes the cascade analysis of an IEEE 802.11 direct sequence wireless LAN radio in the 2.4GHz ISM band. A step by step
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AN9810
Introduction to communication systems stremler
stremler
jammer circuit diagram
mobile jammer
mobile jammer circuit
mobile signal jammer
modulator/demodulator 4066
AM79C930
AND-C-107
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MPC5673
Abstract: MPC5645 HCS08/ARM JTAG Programmer Schematics MC9S12ZVM
Text: CodeWarrior Development Studio for Microcontrollers V10.x Targeting Manual Document Number: CWMCUDBGUG Rev 10.5, 09/2013 CodeWarrior Development Studio for Microcontrollers V10.x Targeting Manual, Rev. 10.5, 09/2013 2 Freescale Semiconductor, Inc. Contents
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AN98
Abstract: advantages of mobile signal jammer circuit analog to digital converter ieee 802.11 Murata rf filter Introduction to communication systems stremler mobile jammer mobile jammer circuit HFA3925 AM79C930 HFA3424
Text: [ /Title AN98 10 /Subject (2.4G Hz Direct Sequen ce Wireless LAN Cascade Analysis) /Autho r () /Keywords (Intersil Corporation, Semiconductor, PRIS M, Wireless Communications , RF, 2.4GHz Direct Sequence Wireless LAN Cascade Analysis TM Application Note
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AN9810
AN98
advantages of mobile signal jammer circuit
analog to digital converter ieee 802.11
Murata rf filter
Introduction to communication systems stremler
mobile jammer
mobile jammer circuit
HFA3925
AM79C930
HFA3424
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motorola 68hc705 programming guide
Abstract: 68HC12 microcontroller electronic stethoscope circuit diagram HMI-200 Telefunken supertap emulator 68302 installation guide M68HC11-F mc68hc11evb tag 8944 semiconductors cross index
Text: 1999 MOTOROLA MICROCONTROLLER DEVELOPMENT TOOLS DIRECTORY Design Support for the M68HCO5, M68HCO8, M68HC11, M68HC12, M68HC16, M68300, and MPC500 Families 1999 Edition 1999 Motorola, Inc All Rights Reserved Table of Contents MOTOROLA Table of Contents Development Tools Index by
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M68HCO5,
M68HCO8,
M68HC11,
M68HC12,
M68HC16,
M68300,
MPC500
M68HC11
M68HC05
motorola 68hc705 programming guide
68HC12 microcontroller
electronic stethoscope circuit diagram
HMI-200
Telefunken
supertap emulator 68302 installation guide
M68HC11-F
mc68hc11evb
tag 8944
semiconductors cross index
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WEDSP32C
Abstract: No abstract text available
Text: — * Microelectronics WE DSP32C Digital Signal Processor Introduction Description AT&T is the industry leader in floating-point digital signal processing. AT&T's DSP32 architecture was introduced in 1985 and is now the accepted standard in the speech, signal processing,
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DSP32C
DSP32
32bit,
DSP32,
DS91-051D
005002b
WEDSP32C
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WE-DSP32C
Abstract: we dsp32 7495 4-bit shift register dsp32c WEDSP32 dsp32 att OXE800 AT&T dsp32 PDB11 sy 164
Text: NOV i l 19M . Data Sheet ^ AT&T r Microelectronics WIE DSP32C Digital Signal Processor Introduction Description AT&T is the industry leader in floating-point digital signal processing. AT&T's DSP32 architecture was introduced in 1985 and is now the accepted
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DSP32C
DSP32
24-hour
DS91-051DMQS
DS89-060DMQS)
WE-DSP32C
we dsp32
7495 4-bit shift register
WEDSP32
dsp32 att
OXE800
AT&T dsp32
PDB11
sy 164
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Untitled
Abstract: No abstract text available
Text: NOV 1 1 199« _ ^ Data Sheet jÄ liT r Microelectronics l/ME DSP32C Digital Signal Processor Introduction Description AT&T is the industry leader in floating-point digital signal processing. AT&T's DSP32 architecture was introduced in 1985 and is now the accepted
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DSP32C
DSP32
32bit,
DSP32,
comp51,
DS91-Q51DMOS
DS89-060DMQS)
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Untitled
Abstract: No abstract text available
Text: in te i. 28F200BL-T/B, 28F002BL-T/B 2-MBIT 128K x 16, 256K x 8 LOW POWER BOOT BLOCK FLASH MEMORY FAMILY • Low Voltage Operation for Very Low Power Portable Applications — Vcc = 3.0V-3.6V ■ Expanded Temperature Range 20°C to +70°C ■ x8/x16 Input/Output Architecture
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28F200BL-T/B,
28F002BL-T/B
x8/x16
28F200BL-T,
28F200BL-B
16-bit
32-bit
28F002BL-T,
28F002BL-B
28F200B
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intel 4308
Abstract: No abstract text available
Text: in te l 1-MBIT 128K X 8 BOOT BLOCK FLASH MEMORY 2 8 F 0 0 1B X - T /2 8 F 0 0 18 X - B / 2 8 F 0 0 1 B N - T /2 8 F 0 0 1B N - B High-lntegration Blocked Architecture — One 8 KB Boot Bfock w/Lock Out — Two 4 KB Parameter Blocks — One 112 KB Main Block
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32-Pin
32-Lead
--1BX-B150
P28F001BX-B150
AP-316
AP-608
AP-623
intel 4308
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DSP16A
Abstract: WE DSP16A dsp16a user guide we dsp32 at&t dsp dsp32c G010343 XWXX "saturation value" xlxxx
Text: A T & T HELEC I C bME D • D D S D O S b D D 1 0 32 7 77^ M A T T E INTRODUCTION Architecture 1. INTRODUCTION The WE DSP16A Digital Signal Processor is a 16-bit, high-performance, CMOS integrated circuit. This device can be programmed to perform a wide variety of signal-processing functions. This is the DSP
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005002b
DSP16A
16-bit,
16-bit
36-bit
WE DSP16A
dsp16a user guide
we dsp32
at&t dsp
dsp32c
G010343
XWXX
"saturation value"
xlxxx
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DSP3210
Abstract: DSP32C
Text: A T & T MELEC I C b4E » • 005002b DDlDflME STT ■ ATT2 DSP3210 Information Manual Introduction 1. INTRODUCTION The AT&T DSP3210 brings the power of floating-point signal processing to personal computers and workstations opening a wide range of multimedia applications. From its conception, the DSP3210 has been engineered with a
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005002b
DSP3210
DSP32C
16-bit,
32-bit
ior12
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DSP3210
Abstract: DSP32C AT&T dsp32 DSP32 Floating-Point Arithmetic at&t dsp dsp32 att 3d graphics IS3938 motorola idp
Text: A T & T MELEC I C b4E » • 005002b DDlDflME STT ■ ATT2 DSP3210 Information Manual Introduction 1. INTRODUCTION The AT&T DSP3210 brings the power of floating-point signal processing to personal computers and workstations opening a wide range of multimedia applications. From its conception, the DSP3210 has been engineered with a
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005002b
0010flM2
DSP3210
DSP32C
16-bit,
32-bit
AT&T dsp32
DSP32
Floating-Point Arithmetic
at&t dsp
dsp32 att
3d graphics
IS3938
motorola idp
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ATT65630
Abstract: 65630 ATT65654 ci 7495 ATT65636 ttl 7495 ATT65640 ATT65646 ATT65650 ATT65658
Text: Product Brief = AT&T F Microelectronics ATT656 Series CMOS Gate Arrays Features Description • 1.0 im CMOS Si-gate triple-layer metal process technology; 0.75 |xm effective channel length The ATT656 series of CMOS gate arrays combines the leading edge technology necessary
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ATT656
ATT65630
65630
ATT65654
ci 7495
ATT65636
ttl 7495
ATT65640
ATT65646
ATT65650
ATT65658
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Untitled
Abstract: No abstract text available
Text: Data Sheet March 1992 l M a t& t M icroelectronics T7290 DS1/T1/CEPT Line Interface Features Description • Fully integrated DS1/T1/CEPT line interface The T7290 DS1/T1/CEPT Line Interface is a single chip, CMOS line transceiver capable of operation at
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T7290
TheT7290
CB119,
TR-TSY-000009,
TR-TSY-000170,
DS92-073SMOS
DS91-184SMOS)
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Untitled
Abstract: No abstract text available
Text: Product Brief — Microelectronics ATT656 Series CMOS Gate Arrays Features Description • 1.0 |j.m CMOS Si-gate triple-layer metal process technology; 0.75 |^m effective channel length The ATT656 series of CMOS gate arrays combines the leading edge technology necessary
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ATT656
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K9686-B
Abstract: No abstract text available
Text: PreliminaryData Sheet February1992 ; s AT&T '^^^’Microelectronics T7240A Twisted-Pair Port Transceiver TPORT2 Issue 1.0 Features Description • Compliance with IEEE Std. 802.3M 990 10BASE-T standard The T7240A Twisted-Pair Port Transceiver (TPORT2) simplifies the design and implementation of one
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ary1992
T7240A
10BASE-T
DS91-152SMOS
DS89-062SMOS)
K9686-B
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transformer EC-28
Abstract: t7240a 0921e 7495 dip switch pin diagram of ic 7495 TWISTED PAIR WIRE PE65263 T7240A-EC T7240A-PC PE32101
Text: MAR 2 r Yi-u Preliminary Data Sheet February 1992 ; ^ AT&T M icroelectronics T7240A Twisted-Pair Port Transceiver TPORT2 Issue 1.0 Features Description • Compliance with IEEE Std. 802.3M 990 10BASE-T standard The T7240A Tw isted-P air Port T ransceiver (TPORT2)
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T7240A
3i-1990
10BASE-T
DS91-152SMOS
DS89-062SMOS)
transformer EC-28
0921e
7495 dip switch
pin diagram of ic 7495
TWISTED PAIR WIRE
PE65263
T7240A-EC
T7240A-PC
PE32101
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Untitled
Abstract: No abstract text available
Text: Data Sheet February 1992 ATT7C157 m A T& T Microelectronics High-Speed CMOS Cache SRAM 256 Kbit 16K x 16 RISC-Based, Self-Timed, Latched Data I/O Features High speed — 15 ns maximum access time TTL compatible inputs and outputs Easy interface with SPARC' RISC architecture
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ATT7C157
52-pin,
ATT7C157
DS91-123MMOS
DS90-157MMOS)
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ci 7495
Abstract: capacitor 107 16k 7C602 ATT7C157M-20 att cache
Text: HAR . ja;* Data Sheet February 1992 ATT7C157 m A T& T M icroelectronics High-Speed CMOS Cache SRAM 256 Kbit 16K x 16 RISC-Based, Self-Timed, Latched Data I/O Features High speed — 15 ns maximum access time TTL compatible inputs and outputs Easy interface with SPARC* RISC architecture
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ATT7C157
52-pin,
DS91-123MMOS
DS90-157MMOS)
ci 7495
capacitor 107 16k
7C602
ATT7C157M-20
att cache
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Untitled
Abstract: No abstract text available
Text: MP7652 Z T E X A 4-C hannel Voltage Output 15 M H z, Input Bandwidth, 8-Bit Multiplying DACs with 3-W ire Serial Digital Port and Independent References R FEATURES • Low Harmonic Distortion: 0.25% typical with Vref = 1 V p-p @ 1 MHz • Vre f/2 Output Preset Level
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MP7652
150ns
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TR GmbH CE 65 M
Abstract: No abstract text available
Text: ^ _ Advance Data Sheet ATT7C340 | A O T Microelectronics High-Speed CMOS 1 Mbit 128K x 8 SRAM Synchronous, Pipelined Architecture TTL Compatible Common I/O Features • 128K by 8-bit synchronous registered SRAM with common I/O ■ Registered addresses, data I/O, WE , GE , and
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ATT7C340
32-pin,
ATT7C340
5DS90-170MMOS
TR GmbH CE 65 M
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Untitled
Abstract: No abstract text available
Text: MP7642 M . Micro Power Systems ¡111, Si » ! 16-Channel High-Speed Non-Inverting Two Quadrant Multiplying 8-Bit DACs with Output Buffer and Serial Digital Data Port with Parallel Chip Address Decoder Option . FEATURES • 16 Independent 2-Quadrant Multiplying
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MP7642
16-Channel
750ns
325mW
Feedth4-293
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Untitled
Abstract: No abstract text available
Text: Advance Data Sheet February 1992 ATT7C343 ^ A T & T — Microelectronics High-Speed CMOS 1 Mbit 64K x 18 SRAM Synchronous, Pipelined Architecture TTL Compatible Common I/O Features • High speed — 10 ns maximum access times ■ Fully pipelined architecture
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ATT7C343
52-pin,
ATT7C343
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