Diode HER 507
Abstract: an1543 AN1577 on semiconductor AN873 saturable core oscillator MJE18604D2 electronic ballast with npn transistor BUD43B BUD44D2 BUL44D2
Text: AN1577/D ON Semiconductor’s D2 Series Transistors for Fluorescent Converters Prepared by: Pascal M. Otero ON Semiconductor Applications Engineer http://onsemi.com APPLICATION NOTE INTRODUCTION Switching bipolar transistors are very popular in the fluorescent ballast field where they provide cheap designs.
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AN1577/D
Diode HER 507
an1543
AN1577
on semiconductor AN873
saturable core oscillator
MJE18604D2
electronic ballast with npn transistor
BUD43B
BUD44D2
BUL44D2
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23K256
Abstract: 8631 23A256 23K640 256 kbyte Low Power Serial SRAM 6166 ram pic with spi
Text: Serial SRAM Memory Serial SRAM Memory Family www.microchip.com/SRAM Serial SRAM Memory Do you need more RAM in your application? Does it need to be small, cheap, fast and low power? Are you completing a design and need just a little more volatile memory? Do you need a simple, inexpensive way to add RAM without
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R60-4-227-8870
DS22127A
DS22127A*
23K256
8631
23A256
23K640
256 kbyte Low Power Serial SRAM
6166 ram
pic with spi
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design ideas
Abstract: cheap sheets HSP43220 TB310
Text: HSP43220 Common Configuration Problems to Avoid TM April 1998 1. Loads too many coefficients. Only “half” the coefficients including center tap are needed. Loading more or less coefficients will cause incorrect operation. 2. Improper reset of part. Both clocks must be active during
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HSP43220
1-888-INTERSIL
design ideas
cheap sheets
TB310
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HSP43220
Abstract: TB310
Text: HSP43220: Common Configuration Problems to Avoid April 1998 1. Loads too many coefficients. Only “half” the coefficients including center tap are needed. Loading more or less coefficients will cause incorrect operation. 2. Improper reset of part. Both clocks must be active during
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HSP43220:
HSP43220
TB310
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Untitled
Abstract: No abstract text available
Text: HSP43220: Common Configuration Problems to Avoid April 1998 [ /Title TB31 0 /Subject (HSP4 3220: Common Configuration Problems to Avoid) /Autho r () /Keywords (Intersil Corporation, semiconductor) /Creator () /DOCI NFO pdfmark 1. Loads too many coefficients. Only “half” the coefficients
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HSP43220:
TB310
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103AT
Abstract: bq2022 bq2023 bq26150 bq27000 seed to key automotive 16 bit
Text: Application Report SLUA346 – July 2005 Battery Authentication and Security Schemes . Portable Power Battery Management Applications ABSTRACT Driven by integrated functionality and shrinking form factors, the demand for portable
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SLUA346
103AT
bq2022
bq2023
bq26150
bq27000
seed to key automotive 16 bit
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TPS65950
Abstract: TPS65950 battery charge schematics TPS65950 keypad SWCA073A CPCAP g10 3pin
Text: Application Report SWCA073A – October 2008 – Revised December 2008 TPS65950 Schematic Checklist . ABSTRACT
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SWCA073A
TPS65950
TPS65950,
TPS65950 battery charge schematics
TPS65950 keypad
SWCA073A
CPCAP
g10 3pin
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AN2026
Abstract: MAX756 MAX1724 1206YG475ZAT2A APP2026 BAV70 BAV99 MAX856 MAX858 2026
Text: Maxim/Dallas > App Notes > A/D and D/A CONVERSION/SAMPLING CIRCUITS Keywords: Boost Converter Generates Three Analog Rails May 13, 2003 APPLICATION NOTE 2026 Boost Converter Generates Three Analog Rails In Figure 1, a standard boost converter consisting of IC1, C1, L1, D1, and C2 generates, in addition to the main
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com/an2026
MAX856:
MAX858:
AN2026,
APP2026,
Appnote2026,
AN2026
MAX756
MAX1724
1206YG475ZAT2A
APP2026
BAV70
BAV99
MAX856
MAX858
2026
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AN2026
Abstract: MAX756 1206YG475ZAT2A APP2026 BAV70 BAV99 MAX1724 MAX856 MAX858 2026
Text: Maxim > App Notes > A/D and D/A Conversion/Sampling Circuits Keywords: boost converter, A/D, D/A conversion, sampling circuits May 13, 2003 APPLICATION NOTE 2026 Boost Converter Generates Three Analog Rails In Figure 1, a standard boost converter consisting of IC1, C1, L1, D1, and C2 generates, in addition to the main
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MAX856:
MAX858:
com/an2026
AN2026,
APP2026,
Appnote2026,
AN2026
MAX756
1206YG475ZAT2A
APP2026
BAV70
BAV99
MAX1724
MAX856
MAX858
2026
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uc3845 SCHEMATIC smps
Abstract: flyback MC34063 mc34063 flyback uc3845 power supply schematic flyback smps uc3845 uc3845 schematic MC34063 MOSFET UC3845 spice model MC34063 current source application notes mc34063
Text: MOTOROLA Order this document by AN1689/D SEMICONDUCTOR APPLICATION NOTE AN1689 Motorola's Solutions for Very Low Power in Standby Mode in Switchmode Power Supplies Christophe BASSO, MOTOROLA SPS, Toulouse Center Avenue Eisenhower,BP–1029, Le Mirail, 31023 Toulouse Cedex France
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AN1689/D
AN1689
R38010
uc3845 SCHEMATIC smps
flyback MC34063
mc34063 flyback
uc3845 power supply schematic
flyback smps uc3845
uc3845 schematic
MC34063 MOSFET
UC3845 spice model
MC34063 current source
application notes mc34063
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17D06
Abstract: capacitor j u47 17D10 NCP1217D065
Text: NCP1217 Product Preview Second−Generation Enhanced PWM Current−Mode Controller for High−Power Universal Off−Line Supplies Housed in an SOIC-7 or PDIP-7 package, the NCP1217 represents the second generation of NCP1203-based controllers. Thanks to its
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NCP1217
NCP1203-based
UC384X-based
NCP1217/D
17D06
capacitor j u47
17D10
NCP1217D065
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R107 diode
Abstract: LM10 LM163 optoiso LM10S 4N28 spec sheet trim pot 4N28 R/diode r107 AN-300
Text: Four-to-twenty milliampere current loops are commonly used in the process control industry. They take advantage of the fact that a remote amplifier can be powered by the same 4-20 mA current that it controls as its output signal, thus using a single pair of wires for signal and power. Circuits for
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LM163,
LH0045
R107 diode
LM10
LM163
optoiso
LM10S
4N28 spec sheet
trim pot
4N28
R/diode r107
AN-300
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17D06
Abstract: Thermistor pspice
Text: NCP1217 Advance Information Enhanced PWM Current−Mode Controller for High−Power Universal Off−Line Supplies Housed in an SO−8 or PDIP−7 package, the NCP1217 represents the enhanced version of the NCP1203−based controllers. Thanks to its high drive capability, NCP1217 drives large gate−charge MOSFETs,
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NCP1217
NCP1203-based
UC384X-based
NCP1217/D
17D06
Thermistor pspice
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Untitled
Abstract: No abstract text available
Text: NCP1217, NCP1217A Enhanced PWM Current-Mode Controller for High-Power Universal Off-Line Supplies Housed in an SO-8 or PDIP-7 package, the NCP1217 represents the enhanced version of the NCP1203-based controllers. Due to its high drive capability, NCP1217 drives large gate-charge MOSFETs,
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NCP1217,
NCP1217A
NCP1217
NCP1203-based
UC384X-based
NCP1217/D
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motorola transistor cross reference
Abstract: transistor aaa zero bias diode saturable core oscillator motorola diode cross reference an873/D
Text: MOTOROLA Order this document by AN1577/D SEMICONDUCTOR APPLICATION NOTE AN1577 Motorola's D2 Series Transistors for Fluorescent Converters Prepared by: Pascal M. OTERO Application Engineer – MOTOROLA – Toulouse ture are probably the most critical issues the designer has to
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AN1577/D
AN1577
AN1577/D
motorola transistor cross reference
transistor aaa
zero bias diode
saturable core oscillator
motorola diode cross reference
an873/D
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d2 transistor
Abstract: motorola transistor cross reference motorola bipolar transistor GUIDE AN1543 Electronic Lamp Ballast Design high power bipolar transistor selection motorola diode cross reference an1543 npn pnp transistor bipolar cross reference AN1577 BUD44D2
Text: MOTOROLA Order this document by AN1577/D SEMICONDUCTOR APPLICATION NOTE AN1577 Motorola's D2 Series Transistors for Fluorescent Converters Prepared by: Pascal M. OTERO Application Engineer – MOTOROLA – Toulouse INTRODUCTION ture are probably the most critical issues the designer has to
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AN1577/D
AN1577
d2 transistor
motorola transistor cross reference
motorola bipolar transistor GUIDE
AN1543 Electronic Lamp Ballast Design
high power bipolar transistor selection
motorola diode cross reference
an1543
npn pnp transistor bipolar cross reference
AN1577
BUD44D2
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17A06
Abstract: P1217AP10 P1217AP p1217A 17d06 17A10
Text: NCP1217, NCP1217A Enhanced PWM Current−Mode Controller for High−Power Universal Off−Line Supplies Housed in an SO−8 or PDIP−7 package, the NCP1217 represents the enhanced version of the NCP1203−based controllers. Thanks to its high drive capability, NCP1217 drives large gate−charge MOSFETs,
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NCP1217,
NCP1217A
NCP1217
NCP1203-based
UC384X-based
NCP1217/D
17A06
P1217AP10
P1217AP
p1217A
17d06
17A10
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u47 K
Abstract: No abstract text available
Text: NCP1217 Product Preview Enhanced PWM Current−Mode Controller for High−Power Universal Off−Line Supplies Housed in an SO−8 or PDIP−7 package, the NCP1217 represents the enhanced version of the NCP1203−based controllers. Thanks to its high drive capability, NCP1217 drives large gate−charge MOSFETs,
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NCP1217
NCP1203-based
UC384X-based
NCP1217/D
u47 K
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NCP1203-based
Abstract: u47 K power supply based ncp1217 HV Flyback TRANSFORMERS NPC1217 mosfet a06 NCP1217 ORCAD PSPICE BOOK UC384x pulse skipping p133 smps
Text: NCP1217, NCP1217A Enhanced PWM Current−Mode Controller for High−Power Universal Off−Line Supplies Housed in an SO−8 or PDIP−7 package, the NCP1217 represents the enhanced version of the NCP1203−based controllers. Thanks to its high drive capability, NCP1217 drives large gate−charge MOSFETs,
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NCP1217,
NCP1217A
NCP1217
NCP1203-based
UC384X-based
NCP1217/D
u47 K
power supply based ncp1217
HV Flyback TRANSFORMERS
NPC1217
mosfet a06
ORCAD PSPICE BOOK
UC384x pulse skipping
p133 smps
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17D06
Abstract: 17A06 P1217AP10 PWM 17D06 17D10 p1217p065 NPC1217 p1217A UC384x pulse skipping NCP1203-based
Text: NCP1217, NCP1217A Enhanced PWM Current- Mode Controller for High- Power Universal Off- Line Supplies Housed in an SO-8 or PDIP-7 package, the NCP1217 represents the enhanced version of the NCP1203-based controllers. Thanks to its high drive capability, NCP1217 drives large gate-charge MOSFETs,
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NCP1217,
NCP1217A
NCP1217
NCP1203-based
UC384X-based
NCP1217/D
17D06
17A06
P1217AP10
PWM 17D06
17D10
p1217p065
NPC1217
p1217A
UC384x pulse skipping
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17D06
Abstract: 17D10 NPC1217 P1217P133 ncp1203b PWM 17D06 NCP1217D065
Text: NCP1217 Enhanced PWM Current−Mode Controller for High−Power Universal Off−Line Supplies Housed in an SO−8 or PDIP−7 package, the NCP1217 represents the enhanced version of the NCP1203−based controllers. Thanks to its high drive capability, NCP1217 drives large gate−charge MOSFETs,
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NCP1217
NCP1203-based
UC384X-based
NCP1217/D
17D06
17D10
NPC1217
P1217P133
ncp1203b
PWM 17D06
NCP1217D065
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17D06
Abstract: PWM 17D06 17D10
Text: NCP1217 Enhanced PWM Current−Mode Controller for High−Power Universal Off−Line Supplies Housed in an SO−8 or PDIP−7 package, the NCP1217 represents the enhanced version of the NCP1203−based controllers. Thanks to its high drive capability, NCP1217 drives large gate−charge MOSFETs,
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NCP1217
NCP1203-based
UC384X-based
NCP1217/D
17D06
PWM 17D06
17D10
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NCP1217
Abstract: NCP1217 D 17d06 17A06 P1217AP10 PWM 17D06 1N4007 MMBT3906 NCP1217D100R2G NCP1217D65R2G
Text: NCP1217, NCP1217A Enhanced PWM Current-Mode Controller for High-Power Universal Off-Line Supplies Housed in an SO-8 or PDIP-7 package, the NCP1217 represents the enhanced version of the NCP1203-based controllers. Due to its high drive capability, NCP1217 drives large gate-charge MOSFETs,
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NCP1217,
NCP1217A
NCP1217
NCP1203-based
UC384X-based
NCP1217/D
NCP1217 D
17d06
17A06
P1217AP10
PWM 17D06
1N4007
MMBT3906
NCP1217D100R2G
NCP1217D65R2G
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17D06
Abstract: 17A06 PWM 17D06 P1217AP10 NCP1203-based power supply based ncp1217 17D10 17A10 P1217P065 NPC1217
Text: NCP1217, NCP1217A Enhanced PWM Current-Mode Controller for High-Power Universal Off-Line Supplies Housed in an SO−8 or PDIP−7 package, the NCP1217 represents the enhanced version of the NCP1203−based controllers. Thanks to its high drive capability, NCP1217 drives large gate−charge MOSFETs,
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NCP1217,
NCP1217A
NCP1217
NCP1203-based
UC384X-based
NCP1217/D
17D06
17A06
PWM 17D06
P1217AP10
power supply based ncp1217
17D10
17A10
P1217P065
NPC1217
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