Untitled
Abstract: No abstract text available
Text: Conformal Coated Inductors LD1 .29" max 24 AWG/TCW 1.15" nominal .110" max These axial-leaded inductors have a uniform, conformal coating which makes them ideal for automatic insertion. INDUCTANCES .10 µH to 1,000 µH TERMINAL PULL OPERATING TEMPERATURE RANGE
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LD1-R10K
LD1-R12K
LD1-R15K
LD1-R18K
LD1-R22K
LD1-R27K
LD1-R33K
LD1-R39K
LD1-R47K
LD1-R56K
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LD1-R12K
Abstract: No abstract text available
Text: Conformal Coated Inductors LD1 .29" max 24 AWG/TCW .110" 1.15" nominal These axial-leaded inductors have a uniform, conformal coating which makes them ideal for automa tic insertion. INDUCTANCES .10µH to 1,000µH TERMINAL PULL 5lbs. OPERATING TEMPERATURE RANGE -55•C to +105•C.
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LD1-R10K
LD1-R12K
LD1-R15K
LD1-R18K
LD1-R22K
LD1-R27K
LD1-R33K
LD1-R39K
LD1-R47K
LD1-R56K
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HP4342A
Abstract: HP4191A LD4-100K LD4-120K ld468
Text: LD4 Conformal Coated Inductors .375 max 22 AWG/TCW 1.15 nominal .175 max These axial-leaded inductors are conformal coated with an epoxy material, making them more dura ted models. They are cost effective and compact – ideal for automatic inser tion. INDUCTANCES 0.10µH to 1,000µH
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HP4342A
HP4191A
HP4342A
LD4-100K
LD4-120K
ld468
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SR1019
Abstract: cx 472K 473k capacitor SR0513-682K
Text: SR SERIES THT Inductors Coils and Chokes for general use R.F. I SUPPRESSION INDUCTANCES The chokes included in this series have been specially designed in order to be used whether in small household appliances or directly in the printed circuit board, together with “Cx” and “Cy” additional
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Curren32
SR1019
cx 472K
473k capacitor
SR0513-682K
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transistor marking ld3
Abstract: ld32r marking code LD3 marking ld3 HP4342A transistor LD3 LD3-100K LD3-220K LD3-181K LD3120
Text: Conformal Coated Inductors LD3 .33" max 22 AWG/TCW 1.15" nominal .175" These axial-leaded inductors are conformal coated with an epoxy material, making them more durable than a laquer coated models. They are cost effective and compact – ideal for automatic insertion.
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HP4342A
transistor marking ld3
ld32r
marking code LD3
marking ld3
HP4342A
transistor LD3
LD3-100K
LD3-220K
LD3-181K
LD3120
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marking code LD3
Abstract: No abstract text available
Text: Conformal Coated Inductors LD3 .33" max 22 AWG/TCW 1.15" nominal .175" max These axial-leaded inductors are conformal coated with an epoxy material, making them more durable than a laquer coated models. They are cost effective and compact – ideal for automatic insertion.
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HP4342A
marking code LD3
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ld447
Abstract: No abstract text available
Text: LD4 Conformal Coated Inductors .375 max 22 AWG/TCW 1.15 nominal .175 max These axial-leaded inductors are conformal coated with an epoxy material, making them more durable than a laquer coated models. They are cost effective and compact – ideal for automatic insertion.
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HP4342A
HP4191A
500Vrms.
ld447
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LD247
Abstract: No abstract text available
Text: LD2 Conformal Coated Inductors .29" max 24 AWG/TCW 1.15"nominal .110" These axial-leaded inductors are conformal coated with an epoxy material, making them more durable than a laquer coated models. They are cost effective and compact – ideal for automatic insertion.
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LD2-R10K
LD2-R12K
LD2-R15K
LD2-R18K
LD2-R22K
LD2-R27K
LD2-R33K
LD2-R39K
LD2-R47K
LD2-R56K
LD247
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2r5k
Abstract: inductances axial LFC-561K
Text: Flat Coils .40" max LFC .15 ± .03" .35 ± .05" 1.00" min 24 AWG/TCW .31" ± .02" These are low-cost, high Q, radial lead inductors. This unique configuration makes them ideally suited for use in high density printed circuit board assemblies. The flat coil configuration also offers twice the inductance and Q values as axial lead
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LFC79
2r5k
inductances axial
LFC-561K
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2r5k
Abstract: LFC-3R3K LFC-101K HP4342A LFC-120K LFC-100K LFC-561K
Text: LFC Flat Coils .40" max .15 ± .03" .35 ± .05" 1.00" min 24 AWG/TCW .31"± .02" These are low-cost, high Q, radial lead inductors. This unique configuration makes them ideally suited for use in high density printed circuit board assemblies. The flat coil configuration also offers twice the inductance and Q values as axial lead
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bu 25200
Abstract: bn 033 AA0307 AA0512 axial inductor AA051 R22MS bu+25200
Text: Untitled Document AXIAL INDUCTOR AA0307 SERIES Configuration & Dimension: m/m Series AA0307 A 3.0 B +0 7.5 +0 C(ref.) W•• 61.0 0.05 Schematic Diagram: Materials: a. Core : Ferrite DR core b. Wire : Enamelled copper wire c. Lead : Tinned copper wire d. Coating : Epoxy resin
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AA0307
AA0307
/abc-7/aa0307/Untitled
20Document
files/ALA0307-b
AA0410
/AA0512
bu 25200
bn 033
AA0512
axial inductor
AA051
R22MS
bu+25200
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schema electrique micro FM
Abstract: electronique pratique MK090 data book electronique condensateur electrolytique schema MK090 ampli lineaire diviseur de frequence AMPLI LINEAIRE FM ampli schema
Text: Radio AMPLI LINEAIRE FM 75 à 130 MHz Spécial MICRO-EMETTEUR Etudié pour doper la puissance des petits émetteurs FM expérimentaux, cet amplificateur linéaire délivre grâce à deux étages d'amplification RF, une puissance de 3W environ.
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MK570
vrier/15
schema electrique micro FM
electronique pratique
MK090
data book electronique
condensateur electrolytique
schema MK090
ampli lineaire
diviseur de frequence
AMPLI LINEAIRE FM
ampli schema
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ITA6V1U3
Abstract: fast diode "40 A" transil 30 V TRANSIL DIODE smd 2SB492 ITAXXB3 ITA18C1 ita6v1m3 rs232 schematic diagram WO-2 IEC801-5
Text: APPLICATION NOTE CHOOSING AN ITAxx REQUIRES A SYSTEM APPROACH CH - Politano INTRODUCTION. Destined for the protection of data transmission lines, each one of these components corresponds to a particular application. Therefore, one no longer chooses an ITAxx type protection as he did a Transil diode. In order
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AN588
Abstract: Transil 30V ITA6V1M3 ITA10Bx transil diode equivalent SO20 package 15KV IEC801-5 "parasitic capacitance" smd ITA10B3
Text: AN588 APPLICATION NOTE CHOOSING AN ITAxx REQUIRES A SYSTEM APPROACH INTRODUCTION Destined for the protection of data transmission lines, each one of these components corresponds to a particular application. Therefore, one no longer chooses an ITAxx - type protection as he did a Transil diode. In order to accurately select the correct component, one must take into account the entire system and analyse the following points:
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AN588
AN588
Transil 30V
ITA6V1M3
ITA10Bx
transil diode equivalent
SO20 package
15KV
IEC801-5
"parasitic capacitance" smd
ITA10B3
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5M1194-C
Abstract: No abstract text available
Text: TECHNICAL INFORMATION DECOUPLING: BASICS by Arch Martin AVX Corporation Myrtle Beach, S.C. Abstract: This paper discusses the characteristics of multilayer ceramic capacitors in decoupling applications and compares their performance with other types of decoupling capacitors. A special high-frequency test
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5M1194-C
5M1194-C
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VARISTOR S10k275
Abstract: IRFB3206 DIODE NU 1N4148smd full bridge smps resonance snubber NCP1397 NCP1397A ferrite transformer atx power supply FUSE SH22,5A capacitor 1000 MF
Text: AND8460/D Implementing a 12 V / 240 W Power Supply with the NCP4303B, NCP1605 and NCP1397B http://onsemi.com Prepared by: Roman Stuler, Jaromir Uherek and Ivan Seifert APPLICATION NOTE ON Semiconductor Overview height of only 35 mm. An overview of the entire SMPS
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AND8460/D
NCP4303B,
NCP1605
NCP1397B
NCP4303B
VARISTOR S10k275
IRFB3206
DIODE NU
1N4148smd
full bridge smps resonance snubber
NCP1397
NCP1397A
ferrite transformer atx power supply
FUSE SH22,5A
capacitor 1000 MF
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PCIM 176
Abstract: PCIM 95 CALCULATION SemiSel 30g 122 igbt PCIM 176 display IGBT rectifier theory IGBT cross reference semikron pure sinus inverter circuit makrolon 9425 T100
Text: SEMiX - Technical Explanations SEMiX ® IGBT Modules & Bridge Rectifier Family Technical Explanations Version 2.0 / January 2008 Christian Daucher 1 Version 2.0 2008-01-22 by SEMIKRON SEMiX® - Technical Explanations Content 1 Introduction . 3
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30g 122 igbt
Abstract: SEMIKRON type designation PCIM 176 display CALCULATION SemiSel 3.1 PCIM 176 pure sinus inverter circuit 60749 IGBT cross reference semikron CALCULATION SemiSel PCIM 95
Text: SEMiX - Technical Explanations SEMiX ® IGBT Modules & Bridge Rectifier Family Technical Explanations Version 2.0 / January 2008 Christian Daucher 1 Version 2.0 2008-01-22 by SEMIKRON SEMiX® - Technical Explanations Content 1 Introduction . 3
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453gb12e4s
Abstract: SEMIX 71GD12E4S 300gb12e4 igbt cross-reference SKM200GB128D SEMiX 202GB12E4s SEMiX453GB12E4 101GD12E4s IGBT cross reference semikron 303GD12E4-c
Text: Application Note AN-9001 Revision: 01 Issue Date: 2009-03-01 Prepared by: Dr. Arendt Wintrich Key Words: IGBT, Trench4, Switching Behaviour, Cross Reference IGBT4 and free wheeling diode CAL4 in IGBT modules General properties . 1
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AN-9001
453gb12e4s
SEMIX 71GD12E4S
300gb12e4
igbt cross-reference
SKM200GB128D
SEMiX 202GB12E4s
SEMiX453GB12E4
101GD12E4s
IGBT cross reference semikron
303GD12E4-c
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Untitled
Abstract: No abstract text available
Text: THROUGH-HOLE Introduction to RF Molded inductors Axial leaded molded inductors are the style m ost widely used. Small and very uniform in size, they are ideal for automatic insertion applications. Cores may be powdered iron, ferrite or phenolic. The core windings are often molded in epoxy resin.
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Untitled
Abstract: No abstract text available
Text: Fixed Oval Resistors, V Series _ Single Mount bracket available on Standard size models. Standard Fixed Oval Resistors For o th e r av a ila b le c o re sizes a n d re s is ta n c e , s e e p a g e 12. Wattage Rating Miniature Size 10 15 20 25 ndard Size 30
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180 Ohm, 1 Watt Resistor
Abstract: frv12 FRS12 resistors 563 ohm FRS20 FTS25 FTV12 5 watt resistor RADIAL resistor 75 ohm 200 watt FTV200
Text: Fixed Tùbular, Series FTS & FTV | Pigtail' Wire Leads Radial leads, 8 Watt Typical Tapped Resistor 10 Watt with Base mount Thru-Bolt Standard Fixed Resistors For o th e r a va ila b le c o re sizes a n d re s is ta n c e s , s e e p a g e 12. Resistance Value
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Untitled
Abstract: No abstract text available
Text: 6 ^ § 3 3 . ca & s o Q. Z L D 0 -R 2 2 M L D 0 -R 2 7 M L D 0 -R 3 3 M L D 0 -R 3 9 M L D 0 -R 4 7 M L D 0 -R 5 6 M L D 0 -R 6 8 M L D 0 -R 8 2 M L D 0 -1 R 0 M L D 0 -1 R 2 M L D 0 -1 R 5 M L D 0 -1 R 8 M L D 0 -2 R 2 M L O O -2 R 7 M L D 0 -3 R 3 K L D 0 -3 R 9 K
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HP4342A
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Untitled
Abstract: No abstract text available
Text: 25 25 25 25 25 25 25 25 25 7.9 7.9 7.9 7.9 7.9 7.9 7.9 7.9 7.9 7.9 7.9 7.9 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 .79 .79 .79 .79 .79 .79 .79 .79 .79 .79 .79 .79 380 340 300 280 250 230 210 172 157 144 131 121 110 100 94 86 80 74 68 53 45 34 20 14
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