10k resistor array SIP
Abstract: D10 SMD CODE MARKING DIODE smd marking R12 SMD MARKING CODE 470 diode SMD MARKING CODE d6 ca2 smd code diode j8 smd RN4D smd diode marking code d7 smd marking D11
Text: 5 4 3 2 1 J7 1 PS 13 CA1A 2 10 100pF RN1A 1 16 220 25 GND PUP2 12 CA1B 3 9 100pF RN1B 2 15 220 PUP1 24 GND PUP1 11 CA1C 4 8 100pF RN1C 3 14 220 PUP2 23 GND C16 10 CA1D 5 7 100pF RN1D 4 13 220 C8 9 CA2A 2 10 100pF RN1E 5 12 220 C4 8 CA2B 3 9 100pF RN1F 6 11
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100pF
10k resistor array SIP
D10 SMD CODE MARKING
DIODE smd marking R12
SMD MARKING CODE 470
diode SMD MARKING CODE d6
ca2 smd code
diode j8 smd
RN4D
smd diode marking code d7
smd marking D11
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SBFA001
Abstract: REF1V50 INA132 INA137 INA152 OPA277 OPA301 OPA335 OPA364 OPA725
Text: Application Report SBOA097 - June 2004 High-Voltage Signal Conditioning for Low-Voltage ADCs Pete Wilson, P.E. High-Performance Linear Products/ Analog Field Applications ABSTRACT Analog designers are frequently required to develop circuits that convert high-voltage signals
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SBOA097
SBFA001
REF1V50
INA132
INA137
INA152
OPA277
OPA301
OPA335
OPA364
OPA725
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SBFA001
Abstract: SBVA002 RN1B RN1B 10k RN3D INA132 INA146 INA152 OPA277 OPA301
Text: Application Report SBOA097A – June 2004 – Revised November 2004 High-Voltage Signal Conditioning for Low-Voltage ADCs Pete Wilson, P.E. . High-Performance Linear Products/Analog Field Applications ABSTRACT Analog designers are frequently required to develop circuits that convert high-voltage
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SBOA097A
SBFA001
SBVA002
RN1B
RN1B 10k
RN3D
INA132
INA146
INA152
OPA277
OPA301
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LTC2909
Abstract: LTC2909CDDB-5 RP2A RN1B ltbzv
Text: LTC2909 Precision Triple/Dual Input UV, OV and Negative Voltage Monitor U DESCRIPTIO FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ Two Low Voltage Adjustable Inputs 0.5V Pin Selectable Input Polarity Allows Negative and OV Monitoring Guaranteed Threshold Accuracy: ±1.5%
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LTC2909
TSOT-23
LTC2904/LTC2905
LTC2906/LTC2907
OT-23
LTC2908
LT6700
400mV
LTC2909
LTC2909CDDB-5
RP2A
RN1B
ltbzv
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LTC2909CDDB-5
Abstract: LTC2909 LTC2909-5 LTC2909I FFB2227
Text: LTC2909 Precision Triple/Dual Input UV, OV and Negative Voltage Monitor U DESCRIPTIO FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ Two Low Voltage Adjustable Inputs 0.5V Pin Selectable Input Polarity Allows Negative and OV Monitoring Guaranteed Threshold Accuracy: ±1.5%
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LTC2909
TSOT-23
LTC2904/LTC2905
LTC2906/LTC2907
OT-23
LTC2908
LT6700
400mV
LTC2909CDDB-5
LTC2909
LTC2909-5
LTC2909I
FFB2227
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LTC2909
Abstract: LTC2909CDDB-5 M-022
Text: LTC2909 Precision Triple/Dual Input UV, OV and Negative Voltage Monitor U DESCRIPTIO FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ Two Low Voltage Adjustable Inputs 0.5V Pin Selectable Input Polarity Allows Negative and OV Monitoring Guaranteed Threshold Accuracy: ±1.5%
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LTC2909
TSOT-23
LTC2904/LTC2905
OT-23
LTC2906/LTC2907
LTC2908
LT6700
400mV
LTC2909
LTC2909CDDB-5
M-022
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RN1B 10k
Abstract: OPA725 SBOA096 OPA2364 OPA277 OPA301 OPA335 OPA356 REF3140
Text: Application Report SBOA096 - June 2004 High-Voltage Signal Conditioning for Differential ADCs Pete Wilson, P.E. High-Performance Linear Products/ Analog Field Applications ABSTRACT Analog designers are frequently required to convert high-voltage signals to levels acceptable
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SBOA096
RN1B 10k
OPA725
OPA2364
OPA277
OPA301
OPA335
OPA356
REF3140
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4301P
Abstract: THAT4301 IC 4301P THAT4301P RN1D 10k 40 pin demo board schematic 4301-DEMO 4301PA 4301D compressor limiter
Text: THAT4301 Analog Engineâ Demonstration System T H AT Corporation THAT 4301-DEMO FEATURES APPLICATIONS • Basic Compressor/Limiter Circuit · Verification of 4301 Performance · Threshold · Compressor/Limiter Application Evaluation · Compression Ratio · Output Gain
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THAT4301
4301-DEMO
THAT4301P/PA
1N4148
4301P
4301P
IC 4301P
THAT4301P
RN1D 10k
40 pin demo board schematic
4301-DEMO
4301PA
4301D
compressor limiter
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Untitled
Abstract: No abstract text available
Text: LTC2919 Precision Triple/Dual Input UV, OV and Negative Voltage Monitor U DESCRIPTIO FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ Two Low Voltage Adjustable Inputs 0.5V Accurate UVLO Provides a Third Monitor Input Open-Drain RST, OUT1 and OUT2 Outputs
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LTC2919
10-Lead
LTC2909
OT-23
LTC2912-LTC2914
LTC2915-LTC2918
TSOT-8/MSOP-10
LT6700
400mV
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icsp1
Abstract: RN1B 10k ncp1117st50t3g RN3D TS42031
Text: PL7 PL6 PL5 PL4 PL3 PL2 PL1 PL0 8x1F-H8.5 +5V XIO pwm pwm pwm ADCH 8 7 6 5 4 3 2 1 ADC15 ADC14 ADC13 ADC12 ADC11 ADC10 ADC9 ADC8 +5V+3V3 1 2 3 4 5 6 7 8 VIN GND TXD3 RXD3 POWER 8x1F-H8.5 pwm pwm pwm pwm PH6 PH5 PH4 PH3 TXD2 RXD2 42 41 40 39 38 37 36 35 PL7
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ADC15
ADC14
ADC13
ADC12
ADC11
ADC10
PCINT15)
PCINT14)
PCINT13)
PCINT12)
icsp1
RN1B 10k
ncp1117st50t3g
RN3D
TS42031
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PL05A
Abstract: PB03B pr64a PT05A PB64B PT08A PL08A PR09A PR63A PB07B
Text: Terbi-ECP2Mulator_090721.sch-1 - Tue Jul 21 18:29:32 2009 PT47A PT47B PT48A PT48B PT49A PT49B PT50A PT50B PT51A PT51B PT52A PT52B PT53A PT53B PT54A PT54B PT55A PT55B BANK0 BANK1 LFE2M-50E-7FN484C PR41A PR41B PR42A PR42B PR43A PR43B PR44A PR46A PR45A PR45B
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PT47A
PT47B
PT48A
PT48B
PT49A
PT49B
PT50A
PT50B
PT51A
PT51B
PL05A
PB03B
pr64a
PT05A
PB64B
PT08A
PL08A
PR09A
PR63A
PB07B
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SW-DIP-8
Abstract: SW-DIP-2 IC 7407 mach210-20jc SW-DIP2 MCU17 U15C 13la6 LM317T HDR103
Text: NOTES, M68EML05P6A EMULATION MODULE UNLESS OTHERWISE SPECIFIED 1. VCC PIN LOCATIONS : VCC IS APPLIED TO PIN 8 OF ALL 8-PIN IC’s, PIN 14 OF ALL 14-PIN IC’s, PIN 16 OF ALL 16-PIN IC’s, PIN 20 OF ALL 20-PIN IC’s, ETC. 2. GROUND PIN LOCATIONS : GROUND IS APPLIED TO PIN 4 OF ALL 8-PIN IC’s,
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M68EML05P6A
14-PIN
16-PIN
20-PIN
16-PIN
74HC4066
M68EML05P6A
63BSE90895W
SW-DIP-8
SW-DIP-2
IC 7407
mach210-20jc
SW-DIP2
MCU17
U15C
13la6
LM317T
HDR103
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HDR 2x5
Abstract: SW-DIP-2 ADP1047 SW-DIP2 hdr_1x3 3224b SPF-26136 HDR 1x3 mma7361 MC9S08MM128
Text: 5 4 3 2 1 Table of Contents 1 2 3 4 5 6 Revisions TITLE PAGE NOTES MC9S08MM128-MCU OSBDM & PWR CHANGE PERIPHERALS ELEVATOR CONNS Rev Description Date Approved D Release 22-July-10 Michael Norman Garcia Donnie Han Lin Hao Wang D D C C B B Microcontroller Solutions Group
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MC9S08MM128-MCU
22-July-10
TWR-15
C26GND
C31GND
C49GND
C65GND
C81GND
TWR-S08MM128
SCH-26136
HDR 2x5
SW-DIP-2
ADP1047
SW-DIP2
hdr_1x3
3224b
SPF-26136
HDR 1x3
mma7361
MC9S08MM128
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HDR2X8
Abstract: HDR2X3
Text: 5 4 3 2 1 Table of Contents D 2 3 4 5 6 7 Notes Block Diagram MCU USB to BDM Interface UART_LIN Tower Connector Revisions Rev Description X1 Initial Release 11/16/2010 DK A Proto Release Refer Notes Page for Design chnages 12/13/2010 DK AX1 B Proto Release
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PAD13
PAD12
PAD13/KWAD13/AN13
PAD12/KWAD12/AN12
TWR-S12G240
SCH-26925
SPF-26925
HDR2X8
HDR2X3
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POWR1220
Abstract: SCHEMATIC DIAGRAM lcd 12v 3A LCMXO640-T144/TN144 2n3904 j16 TRANZORB 1.5k tranzorb AJ8 sot hercules irf7832 TN14-4
Text: 5 4 3 2 1 D D C C Block Diagrams to go on this page B B A A Lattice Semiconductor Applications Email: techsupport@Latticesemi.com Phone 503 268-8001 -or- (800) LATTICE Title Sytem Block Diagram Size B Date: 5 4 3 2 Project Hercules Demo Board 29 April 2010
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IRF7832
2N3904
POWR1220
SCHEMATIC DIAGRAM lcd 12v 3A
LCMXO640-T144/TN144
2n3904 j16
TRANZORB
1.5k tranzorb
AJ8 sot
hercules
irf7832
TN14-4
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CR16-104J
Abstract: No abstract text available
Text: DEMO MANUAL DC919A LTC2207, LTC2206, LTC2205, LTC2204, LTC2203, LTC2202, LTC2201 16-Bit/14-Bit 10Msps to 105Msps ADCs DESCRIPTION Demonstration circuit 919A supports members of a family of 16-bit/14-bit 10Msps to 105Msps ADCs. Each assembly features one of the following devices: LTC 2207, LTC2206,
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DC919A
LTC2207,
LTC2206,
LTC2205,
LTC2204,
LTC2203,
LTC2202,
LTC2201
16-Bit/14-Bit
10Msps
CR16-104J
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tranzorb
Abstract: irf7832 POWR1220AT8 300v 10 amp n-channel mosfet 2N3906 ZXCT1009 2N3904 12v LED-0603 RN1D 10k
Text: 12V Hot Swap Controller with ispPAC-POWR1220AT8 April 2010 Reference Design RD1068 Introduction A hot swap controller is used to limit the inrush current when a circuit board is plugged into a powered backplane. In addition, a hot swap controller may offer some or all of the following features: over-current protection electronic
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ispPAC-POWR1220AT8
RD1068
-POWR1220AT8
OKY-T/3-D12P-C
2N3904
MMSZ5231BS-7-F
1000uF
tranzorb
irf7832
POWR1220AT8
300v 10 amp n-channel mosfet
2N3906
ZXCT1009
2N3904 12v
LED-0603
RN1D 10k
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example schematic diagram power supply 12v
Abstract: TRANZORB POWR1220AT8 irf7832 schematic diagram 12v power supply 1.5k tranzorb 1000UF 20V CAPACITOR 2N3904 12v REDUNDANT POWER SUPPLY zener diode in 12v 3a power supply
Text: Redundant Power Supply Management April 2010 Reference Design RD1064 Introduction This reference design describes the use of a Lattice Power Manager II device to achieve Redundant Power Supply Management using the power supply OR’ing technique. One method used to increase the reliability of high availability systems is though the use of redundant power supplies. These systems are powered by two or more supplies. These supplies are generated either by multiple
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RD1064
2N3906
2N3904
NSR0530P2T5G
PZT4401
OT-223
example schematic diagram power supply 12v
TRANZORB
POWR1220AT8
irf7832
schematic diagram 12v power supply
1.5k tranzorb
1000UF 20V CAPACITOR
2N3904 12v
REDUNDANT POWER SUPPLY
zener diode in 12v 3a power supply
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YB4 RECTIFIER
Abstract: XC1765D rectifier yb4 ADMCF32X AD7306 CON28C NME0505S 37LV65 ADMCF326 ADMCF327
Text: a ADMCF32X PROCESSOR BOARD USER’S MANUAL INTRODUCTION The ADMCF32X PROCESSOR BOARD is a compact, highly flexible evaluation and development board for the family of low cost, single-chip Flash Memory DSPbased motor controllers, the ADMCF32X. The ADMCF32X device provides the following significant
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ADMCF32X
ADMCF32X.
16-bit
24-bit
ADMCF326
YB4 RECTIFIER
XC1765D
rectifier yb4
AD7306
CON28C
NME0505S
37LV65
ADMCF326
ADMCF327
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XC1765D
Abstract: RN1A NME0505S 74F243 AD7306 AD7306JR ADM709 ADMC330 AT17C65 HCPL0630
Text: a ADMC330 PROCESSOR BOARD INTRODUCTION The ADMC330 PROCESSOR BOARD is a compact, highly flexible evaluation and development board for the low cost, single-chip DSP-based motor controller, the ADMC330. The device provides the following significant features:
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ADMC330
ADMC330.
16-bit
12-bit
INTERFACE24X3
INTERFACE30X3
XC1765D
RN1A
NME0505S
74F243
AD7306
AD7306JR
ADM709
AT17C65
HCPL0630
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XC1765D
Abstract: AD7306 ADMC331 ADM709 AT17C65 HCPL0630 NME0505S PIO22 dac opto isolated RN1D 10k
Text: a ADMC331 PROCESSOR BOARD INTRODUCTION The ADMC331 PROCESSOR BOARD is a compact, highly flexible evaluation and development board for the low cost, single-chip DSP-based motor controller, the ADMC331. The device provides the following significant features:
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ADMC331
ADMC331.
16-bit
INTERFACE24X3
PIO11
PIO14
XC1765D
AD7306
ADM709
AT17C65
HCPL0630
NME0505S
PIO22
dac opto isolated
RN1D 10k
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12 volt 5 pin relay data sheet
Abstract: relay 5 volt datasheet two way solenoid valve schematic diagram circuit 12 volt DC JACK lm339 square wave SMC-25 5 pin relay 12vdc ADVANCED MICRO SYSTEMS RJ45 modular jack two way solenoid valve circuit controller
Text: CCB-25 / DCMB Hardware - Revision Date: 03/21/08 CCB-25 / DCMB HARDWARE MANUAL ADVANCED MICRO SYSTEMS, INC. ii TABLE OF CONTENTS ADVANCED MICRO SYSTEMS, INC. CCB-25 / DCMB HARDWARE MANUAL Table of Contents Overview. 1
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CCB-25
RS-422
CCB-25/CCB-26.
SIN-11
12 volt 5 pin relay data sheet
relay 5 volt datasheet
two way solenoid valve schematic diagram circuit
12 volt DC JACK
lm339 square wave
SMC-25
5 pin relay 12vdc
ADVANCED MICRO SYSTEMS
RJ45 modular jack
two way solenoid valve circuit controller
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RN10B
Abstract: 8pg31 RN10A R529 MCF52259 DP83640 multilink RN14B HDR2X8 C520 silicon
Text: 5 4 3 2 1 Table of Contents D 2 3 4 5 6 7 8 9 10 11 12 13 Revisions Rev Power Supply Processor Ethernet Phy MRAM CPLD/LCD/CF Card Serial Ports USB Port Clocks LED and Switch BDM and Breakout Connector Decoupling USB TO BDM BLOCK A A1 Description Date Prototype Release
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MC34717
Page12)
48MHz
SPF-24470
SCH-24470
RN10B
8pg31
RN10A
R529
MCF52259
DP83640
multilink
RN14B
HDR2X8
C520 silicon
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LM7812CT
Abstract: NX1820 Z-World 0UT7 0P497-S0IC16W RN1B LM7805CT RN1D+10k
Text: J1 [ 1,2 ] [1,2,3] [ 1,2 ] [1 2 .3 ] [ 1.2 ] [1 2 ,3 ] [ 1,2] [1 2,3] [ 1,2 ] [1 2,3 ] cu» ri II \n > n d> n I i=> nz OUTO GND 0UT1 GND 0UT2 GND 0UT3 GND 0UT4 GND i= î> n OUTO GND OUT1 GND 0UT2 GND 0UT3 GND 0UT4 GND I n i> n I n n > -n i> \m > c=>
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OCR Scan
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-12IN
FDV301Nâ
S0T23
NJU7662-S08
12VDC
12VREF
-12VDC
LM7812CT
NX1820
Z-World
0UT7
0P497-S0IC16W
RN1B
LM7805CT
RN1D+10k
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