C LANGUAGE 8051
Abstract: No abstract text available
Text: C Flash Drivers for T89C51RC/RB/IC2 and AT89C51RC/RB/IC2 for Keil Compilers This application note describes C routines for Keil compiler to perform In-application Programming/Self programming according to the “T89C51RC/RB/IC2 and AT89C51RC/RB/IC2 Datasheet”.
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T89C51RC/RB/IC2
AT89C51RC/RB/IC2
C LANGUAGE 8051
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JESD22-A110
Abstract: T80C51ID2 3M Philippines
Text: T83C51RB2 / RC2 – T83C51IB2 / IC2 – T80C51ID2 QualPack Qualification Package T83C51RB2 / RC2 – T83C51IB2 / IC2 – T80C51ID2 ROM and ROMless C51 Microcontrollers T83C51RB2 / RC2 – T83C51IB2 / IC2 – T80C51ID2 February 2002 Rev. 0 – 2002 February
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T83C51RB2
T83C51IB2
T80C51ID2
T80C51ID2
JESD22-A110
3M Philippines
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hcu04
Abstract: TE15EY NFM51R NFM51R00P506 NFM51R30P507 hc04 NFM51R00P206 74HC00 NFM51R00P106 TE15EY 98.03.20
Text: This is the PDF file of text No. TE15EY. TE15EY.pdf 98.03.20 1 Noise Sources in Digital Equipment 1.2 Radiated Noise from Digital Circuit Boards Noise Generated by IC 5 • Test Circuit VCC +5V CERALOCK (16MHz) GND IC2:HC04 IC1:HCU04 ■ Board Layout IC2(HC04)
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TE15EY.
TE15EY
16MHz)
HCU04
HCU04)
NFM51R
NFM51R00P106
NFM51R00P206
NFM51R00P506
NFM51R10P107
hcu04
NFM51R00P506
NFM51R30P507
hc04
NFM51R00P206
74HC00
NFM51R00P106
TE15EY 98.03.20
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89lp51
Abstract: FC51 at89lp programmer p2m0 TPS30 atmel AT89C51RD2 PROGRAMMER FC516 at89lp51ed2 AT89LP51RC2 AT89LP51
Text: Migrating from AT89C51RB2/RC2/RD2/ED2/IC2/ID2 to AT89LP51RB2/RC2/RD2/ED2/IC2/ID2 New Features • • • • • • • • • • • • • • • • • • • • • • • • SIngle Clock Cycle per Byte Fetch with 20 MIPS Throughput at 20MHz Clock Frequency
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AT89C51RB2/RC2/RD2/ED2/IC2/ID2
AT89LP51RB2/RC2/RD2/ED2/IC2/ID2
20MHz
40-bit
16x16
32-byte
AT89LP51ED2
AT89LP51ID2
AT89LP51RB2/RC2/RD2/ED2
89lp51
FC51
at89lp programmer
p2m0
TPS30
atmel AT89C51RD2 PROGRAMMER
FC516
at89lp51ed2
AT89LP51RC2
AT89LP51
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SSB transmission note
Abstract: sdrh
Text: APPLICATION NOTE H8/300L Series SSB Communication via Serial Communication Interface H8/3644 Introduction As shown in figure 1.1, IC1 and IC2, which are connected by a serial clock (SCL) and a serial data (SDA) line, are controlled using an SSB communication function.
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H8/300L
H8/3644)
H8/3644
REJ06B0278-0100Z/Rev
SSB transmission note
sdrh
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1N4148
Abstract: 1N5817 AN9637 HA5020 HA5024 HA5170 HFA3102 1N4148-D4 intersil voltmeter
Text: TM Simple Phase Meter Operates to 10MHz HA5024, HFA3102 Application Note August 1996 Introduction After undergoing amplification by IC1 and IC2, the reference and signal go to IC3 (an HFA3102), a matched set of longtailed pairs that function as matched, high-speed
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10MHz
HA5024,
HFA3102)
1N4148
1N5817
AN9637
HA5020
HA5024
HA5170
HFA3102
1N4148-D4
intersil voltmeter
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Untitled
Abstract: No abstract text available
Text: AN150 MINT1065 Series Overvoltage Protection Theory of Operation The main circuit used to monitor the output and trigger the overvoltage protection is shown in Fig. 1. The trip voltage is determined by Zener ZS1 and optocoupler IC2-A. Upon an overvoltage condition, the
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AN150
MINT1065
AN150,
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ha 431 transistor
Abstract: ic 431 0-18V LX1801 LX1802
Text: LX1802 "PLUG" for MED427A-1 INTEGRATED PRODUCTS MicroPower DATASHEET DESCRIPTION • • KEY FEATURES Low peak current consumption: <2mA 2 Small form factor 0.889 mm Solder bumped die • APPLICATIONS Implantable Cardio Defib • W W W. Microsemi .COM The MSC-LX1802 is the IC2 "Plug" for the MED427A-1 module. The "Plug"
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LX1802
MED427A-1
MSC-LX1802
MED427A-1
155mm(
ha 431 transistor
ic 431
0-18V
LX1801
LX1802
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max132 application
Abstract: Data Logger max132 Data Logger Circuit 655mV lv14 MAX132 219-05M 50hz to 60hz converter MAX1044 MAX399
Text: DESIGN SHOWCASE PC printer port controls data logger One of the computer’s printer ports controls the data logger and provides 5V power. Five volts also powers the charge-pump voltage inverter IC1 that produces a local -5V supply. The negative supply current is small, so simple RC filters at IC2 and IC4
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600mV
15-bit
MAX132)
-600mV
max132 application
Data Logger max132
Data Logger Circuit
655mV
lv14
MAX132
219-05M
50hz to 60hz converter
MAX1044
MAX399
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0-18V
Abstract: LX1801 LX1802 FULL WAVE RECTIFIER active
Text: LX1802 "PLUG" for MED427A-1 CARLSBAD DIVISION TARGET DATASHEET DESCRIPTION • • KEY FEATURES Low peak current consumption: <2mA 2 Small form factor 0.889 mm Solder bumped die • APPLICATIONS Implantable Cardio Defib • W W W. Microsemi .COM The MSC-LX1802 is the IC2 "Plug" for the MED427A-1 module. The "Plug"
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LX1802
MED427A-1
MSC-LX1802
MED427A-1
155mm(
0-18V
LX1801
LX1802
FULL WAVE RECTIFIER active
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Untitled
Abstract: No abstract text available
Text: LX1802 "PLUG" for MED427A-1 CARLSBAD DIVISION DATASHEET DESCRIPTION • • KEY FEATURES Low peak current consumption: <2mA 2 Small form factor 0.889 mm Solder bumped die • APPLICATIONS Implantable Cardio Defib • W W W. Microsemi .COM The MSC-LX1802 is the IC2 "Plug" for the MED427A-1 module. The "Plug"
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LX1802
MED427A-1
MSC-LX1802
MED427A-1
155mm(
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D-006
Abstract: HDSP-211X hdsp211x Hewlett-Packard hdsp capacitor date codes IC9304
Text: hH Determination of ICs Used in the HDSP-211X Displays Application Brief D-006 Description Electrical Test The original IC IC1 was produced using a faster CMOS process compared to the second generation IC (IC2). The speed difference between these two processes caused some customers to experience abnormal
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HDSP-211X
D-006
5963-7225E
D-006
hdsp211x
Hewlett-Packard hdsp
capacitor date codes
IC9304
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AVAGO DATE CODE MARKING
Abstract: HDSP-211X capacitor date codes 9303 D-006
Text: Determination of ICs Used in the HDSP-211X Displays Application Brief D-006 Description The original IC IC1 was produced using a faster CMOS process compared to the second generation IC (IC2). The speed difference between these two processes caused some customers to experience abnormal behavior of the displays. The customers would
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HDSP-211X
D-006
5963-7225E
AVAGO DATE CODE MARKING
capacitor date codes
9303
D-006
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MCCP3001
Abstract: Renesas spi COP472-3 LM74
Text: PRELIMINARY APPLICATION NOTE General Serial Peripheral Interface SPI & Inter-IC (IC2) (SPI_I2C) Introduction This Application note provide a general view on SPI and I2C, comparison of the two communication standard is also detailed. The H8/300L Super Low Power (SLP) series of 8-bit mircocontrollers has at least one Serial Communication Interface (SCI) channel.
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H8/300L
AN0303011/Rev1
MCCP3001
Renesas spi
COP472-3
LM74
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160X80
Abstract: NT-G160802A
Text: 1 2 4 3 WWW.NELYTECH.COM 7 6 5 NELY TECH CO.,LTD. A DB0-DB7 WR RD ADS EN2 EN1 VSS VDD R V0 LED A LED K POWER SUPPLY CIRCUIT A K B A 1 C 80S SEG DRIVER IC2 16 80S C D D A E E F REVISIONS BY NO. DATE 04/05/28 A.CH 1 2 G DESCRIPTION NEW RELEASE UNIT V V V UNIT
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-20--70C)
-30--80C)
NT-G160802A
160X80
NT-G160802A
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AN1117
Abstract: photodiode free space op amp automatic offset photodiode receiver APP1117 1117 MAX4124 MAX985 Comparator application note AN111-7
Text: Maxim > App Notes > Amplifier and Comparator Circuits Keywords: photodiode receiver, fiber-optic, fiber optic, 800kbps, data rate, op amp, amplifier, comparator Jul 01, 2001 APPLICATION NOTE 1117 Small Photodiode Receiver Handles Fiber-Optic Data Rates to
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800kbps,
800kbps
800kbps
800kbps.
com/an1117
MAX4124:
MAX985:
AN1117,
APP1117,
Appnote1117,
AN1117
photodiode free space
op amp automatic offset
photodiode receiver
APP1117
1117
MAX4124
MAX985
Comparator application note
AN111-7
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rs232 pic16f84
Abstract: PIC16F84 spi pic16f84 link management protocol AN631 APP631 DG2020 MAX3131 Infrared Data Access B3-B30
Text: Maxim > App Notes > INTERFACE CIRCUITS Keywords: IrDA, wireless, ENDEC, IR port, optical data link, rs232, RS-232 to IrDA, SIR, optical communication Aug 01, 2001 APPLICATION NOTE 631 Circuit Enables PCs to Communicate via IrDA Abstract: This application note describes a simple circuit allowing a PC to communicate via an IrDA-specified
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rs232,
RS-232
com/an631
MAX3131:
AN631,
APP631,
Appnote631,
rs232 pic16f84
PIC16F84 spi
pic16f84
link management protocol
AN631
APP631
DG2020
MAX3131
Infrared Data Access
B3-B30
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pin diagram of mc68hc811e2
Abstract: 48-Pin DIP MC68HC811E2 1838 ir receiver 11E20 4800 FF adcb 27 MC68HC711 STK 5333 MC68S711E9 MC68HC11
Text: MC68HC11ERG/AD M68HC11E SERIES PROGRAMMING REFERENCE GUIDE M MOTOROLA Block Diagram PAI/OC 1 0C2/0C1 0C3/0C1 0C4/0C1 IC4/OC5/OC1 IC1 IC2 IC3 PA7/PAI/0C1 PA6/OC2/OC1 PA5/OC3/OC1 PA4/OC4/OC1 PA3/IC4/OC5/OC10 ) PA2/IC1 — > PA1/IC2— > PA0/IC3— >• PULSE ACCUMULATOR
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MC68HC11
M68HC11E
PB7/ADDR15*
PB6/ADDR14-PB5/ADDR13*
PB4/ADDR12*
PB3/ADDR11
-PB2/ADDR10*
pin diagram of mc68hc811e2
48-Pin DIP MC68HC811E2
1838 ir receiver
11E20
4800 FF
adcb 27
MC68HC711
STK 5333
MC68S711E9
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MAX359
Abstract: MAX329
Text: DESIGN SHOWCASE Programmable Instrumentation Amplifier Provides Arbitrary Gain Values IC2 Data-acquisition systems often include a programm a b le - g a in a m p lif ie r to e n s u re th a t different-amplitude signals will be digitized to full resolution by the A/D converter. Large signals re
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MAX329,
MAX359
MAX329
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AV-G12864B1
Abstract: lcd module 128x64 el panel LCD 128x64 lcd 128*64 ABG128064 ABG128064F lcd 128*64 L AD0-AD12 T6963C 128*64 128X64
Text: ABG128064F Series r Z - AV-DISPLAY OUTLINE DIMENSIONS 0.56 0.44 0.40 IX / Unmarked tolerance X.X ±0.2 X.XX ±0.1 BLOCK DIAGRAM & POWER SUPPLY -+H D 0-D7 AD0~AD12 R/W /C E C /D - /CE T6963C SRAM 8K VDD +5V IC2 IC1 VEE LCD >o /R D - MODULE -+H - VSS(OV) LCD PANEL
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ABG128064F
AD0-AD12
T6963C
128X64
AV-G12864B1
lcd module 128x64 el panel
LCD 128x64
lcd 128*64
ABG128064
lcd 128*64 L
T6963C 128*64
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STK 5333 s
Abstract: 1838 ir receiver b 010 22 05 feme MC68HC11KA4 STK 407 040 stk 4192 II 009C MC68HC711KA4
Text: MC68HC11KA4RG/AD MC68HC11KA4 MC68HC711KA4 PROGRAMMING REFERENCE GUIDE M m o t o r o l a Block Diagram PAI/0C1 PULSE ACCUMULATOR OC2/OC1 0C3/0C1 OC4/OC1 IC4/OC5/OC1 ICI IC2 IC3 P B 7 -< -> PB6 P B 5 < -> j m PB4 PB3 P B 2< -> 1 PB1 PBO ADDR15 ADDR14 ADDR13
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MC68HC11KA4RG/AD
MC68HC11KA4
MC68HC711KA4
MC68HC711KA4)
MC68HC11KA4RG/AD
STK 5333 s
1838 ir receiver
b 010 22 05 feme
STK 407 040
stk 4192 II
009C
MC68HC711KA4
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KS0108
Abstract: KS0108B KS0107B 12864 12864 lcd ic3 chip
Text: DB0-DB7 D /T .R ^ E CS2 CS1 5 Vdd Vss Vo IC1 KS0108B 64j f IC3 KS0107B A K 64, IC2 KS0108B 84| LCD PANEL BACKLIGHT The tolerance unless classified ± 0.3mm MECHANICAL SPECIFICATION 75.0 x 52.7 Module W /O B/L 60.0 x 32.6 0.39 x 0.39 ELB/L LED B/L 0.43 x 0.43
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KS0107B
KS0108B
KS0108
KS0108B
KS0107B
12864
12864 lcd
ic3 chip
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STK 5333 s
Abstract: STK 5333 STK 4167 14105 1838 ir receiver 18AB 1AB3 stk 1039 MC68HC11F1 STK ss 1001
Text: MC68HC11F1RG/AD REV 2 MC68HC11F1 PROGRAMMING REFERENCE GUIDE M m o to r o la B lo ck D iag ram PA7PA6-" P A 5*< -> j PA4- PA3- P A 2-<->) P A 1 < -^ P A 0<- PAI/OC1 OC2/OC1 OC3/OC1 OC4/OC1 IC4/OC5/OC1 IC1 IC2 IC3 PB7«<PB6-<PB5*<P B 4<PB3-<PB2-<P B 1<P B 0<-
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MC68HC11F1RG/AD
MC68HC11F1
ADDR15
ADDR14
ADDR13
ADDR12
ADDR11
AODR10
csi01
csi02
STK 5333 s
STK 5333
STK 4167
14105
1838 ir receiver
18AB
1AB3
stk 1039
MC68HC11F1
STK ss 1001
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Untitled
Abstract: No abstract text available
Text: N E C ELECTRONICS INC b7E ]> • b427S25 □Q3t17ci7 Q^O « N E C E PRELIMINARY DATA SH EET M O S IN TEG R A TED C IRC U IT ¿ ¿ P D 7 0 7 3 2 V810 32-BIT MICROPROCESSOR The /¿PD70732 V810 is the first microprocessor in NEC's original microprocessors for embedded
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b427S25
32-BIT
PD70732
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