MARKING CODE K03 Search Results

Contextual Info: DIODES INC PRODUCT CHANGE NOTICE Contact Date: 8/1/02 Implementation Date: 8/1/02 Alert Category: Discrete Semiconductor DCS/PCN-1012 Alert Type: PCN #: Marking Change PCN #:2002-1012 TITLE Marking Code Change TLC363C6V4 IMPACT None, No Form, Fit or Function Change

DIODE k03

Contextual Info: STK003SF Advanced N-Ch Trench MOSFET Features •    PIN Connection Low Voltage : BVDSS=30V Min. Low VGS(th) : VGS(th)=0.6~1.2V Small footprint due to small package Low RDS(on) : RDS(on)=40m (Max.) D D Type N o. M a r k ing K03 STK003SF G G Ordering Information

6.4V ZENER

Abstract: SOT-363 marking 05 diode zener marking 58 zener diode marking code 30 20V8 J-STD-020A TLC363C TLC363C20V8 TLC363C5V5 TLC363C6V4
Contextual Info: TLC363C Series 5V5, 6V4, 7V0, 20V8 NEW PRODUCT TRIPLE LOW CAPACITANCE MOUNT ZENER DIODE ARRAY UNDER DEVELOPMENT Features • · · · Planar Die Construction 200mW Power Dissipation Nominal Zener Voltages: 5.5V, 6.4V, 7.0V, 20.8V Ultra-Small Surface Mount Package

6.4V ZENER

Abstract: DIODE k03 diode zener marking 58 SOT-363 marking 05 J-STD-020A TLC363C20V8 TLC363C5V5 TLC363C6V4 TLC363C6V4-7 TLC363C6V4-7-F
Contextual Info: TLC363C5V5 - TLC363C20V8 TRIPLE LOW CAPACITANCE SURFACE MOUNT ZENER DIODE ARRAY NEW PRODUCT Features • · · · · · Planar Die Construction 200mW Power Dissipation Nominal Zener Voltages: 5.5V, 6.4V, 7.0V, 20.8V Ultra-Small Surface Mount Package Low Capacitance Ideal for Transient Suppression

6.4v zener diode

Contextual Info: TLC363C5V5 - TLC363C20V8 NEW PRODUCT TRIPLE LOW CAPACITANCE SURFACE MOUNT ZENER DIODE ARRAY Features • · · · · Planar Die Construction 200mW Power Dissipation Nominal Zener Voltages: 5.5V, 6.4V, 7.0V, 20.8V Ultra-Small Surface Mount Package Low Capacitance Ideal for Transient Suppression

DIODE k03

Abstract: BVDSS-30V STK003SF marking code K03
Contextual Info: STK003SF Advanced N-Ch Trench MOSFET PORTABLE EQUIPMENT APPLICATION Features •    PIN Connection Low Voltage : BVDSS=30V Min. Low VGS(th) : VGS(th)=0.6~1.2V Small footprint due to small package Low RDS(on) : RDS(on)=40mΩ(Max.) D D G G Ordering Information

K0392

Abstract: K0332 capacitor y 2n2 k0222 WK0152 10th class K0470 marking cpc marking code KP CPC CAPACITORS
Contextual Info: V I S H A Y -RFI CERAMIC DISC CAPACITORS ^DRALORICy Suppression Capacitors Class X1 AC 440 V Class Y2 AC 250 V WKO Design: Disc capacitor with epoxy coating

D1391

Abstract: G5684 k1060 d5030 power transistor k1821 K0220 d5101 k1120 transistor m1104 K1060 data sheet
Contextual Info: Contents List of Ordering Codes Page 5 8 Overview of Available Types Electrical Characteristics in Brief 11 26 Standard Chip Capacitors Slim-Line Chip Capacitors 27 55 Leaded Capacitors, EIA Standard Leaded Capacitors, CECC Standard 59 68 General Technical Information

D53-92

Abstract: B37942
Contextual Info: Standard Chip Capacitors Z5U Y5U /2F4 fS M D l Features • Extremely high volumetric efficiency • Non-linear capacitance change Applications • • • • Blocking Coupling Decoupling Interference suppression Terminals • For soldering: silver-nickel-tin

B37942

Contextual Info: Standard Chip Capacitors Z5U Y5U /2F4 fS M D l Features • Extremely high volumetric efficiency • Non-linear capacitance change Applications • • • • Blocking Coupling Decoupling Interference suppression Terminals • For soldering: silver-nickel-tin

Contextual Info: 4 H REVISIONS DIST - P H J NOTES: J1 1 DRAWING REPRESENTS PART VERSION "A3". 2 PLATING: 3,70 0,05 1,2µm MIN. NICKEL ALL OVER COPLANARITY OF SOLDER SURFACES 0,08 MAX. 4 DIMENSION DEPENDS ON DISTANCE BETWEEN R0,30 REF PWB AND BATTERY, SEE TABLE ON SHEET 4.

B37922-K0222-M60

Abstract: B37942
Contextual Info: Standard Chip Capacitors Z5U Y5U /2F4 Features ● Extremely high volumetric efficiency ● Non-linear capacitance change Applications ● ● ● ● Blocking Coupling Decoupling Interference suppression Terminals ● For soldering: silver-nickel-tin ● For conductive adhesion:

k0330

Contextual Info: Features • • • • Good thermal stability High insulation resistance Low dissipation factor Low inductance Applications • Resonant circuits • Filter circuits • Timing elements • Coupling and filtering, particularly in RF circuits Terminals • For soldering:

B37942

Contextual Info: Standard Chip Capacitors Z5U Y5U /2F4 Features • • Extremely high volumetric efficiency Non-linear capacitance change Applications • Blocking • Coupling • Decoupling • Interference suppression Terminals • For soldering: silver-nickel-tin • For conductive adhesion:

marking code ZENER

Abstract: DIODE k03
Contextual Info: TLC363C Series 5V5, 6V4, 7V0, 20V8 NEW PRODUCT TRIPLE LOW CAPACITANCE MOUNT ZENER DIODE ARRAY UNDER DEVELOPMENT Features • · · · Planar Die Construction 200mW Power Dissipation Nominal Zener Voltages: 5.5V, 6.4V, 7.0V, 20.8V Ultra-Small Surface Mount Package

K0393

Abstract: k568
Contextual Info: Standard Chip Capacitors 2C1 Features • High volumetric efficiency • Non-linear capacitance change • High insulation resistance • High pulse strength Applications • Blocking • Coupling • Decoupling • Interference suppression Terminals • For soldering:

K0393

Abstract: K1471 k5102k01 k0393k60 K5223 K1153 K1273 K1124
Contextual Info: Standard Chip Capacitors X7R/2R1 Features ● ● ● ● High volumetric efficiency Non-linear capacitance change High insulation resistance High pulse strength Applications ● ● ● ● Blocking Coupling Decoupling Interference suppression Terminals ● For soldering:

PHE840M

Abstract: PHE840MK5100MK01R17 PHE840MK5120MK01R17 PHE840MK5150MK01R17 marking code R08 PHE840MY7100MD16
Contextual Info: PHE840M • EMI suppressor, class X2, metallized polypropylene • 0.01 – 10.0 µF, 275/280 VAC, +105°C • Small dimensions including low profile capacitors TYPICAL APPLICATIONS For worldwide use as electromagnetic interference suppressor in all X2 and

PHE840MA6100MA04R17

Abstract: PHE840MB6100MB05R MARKING B17 PHE840M PHE840MX6330MB11R17 PHE840MK5470MK04R17 rifa x2 PHE840MY7100MD16 PHE840MD7100MD20R06L2 marking A02
Contextual Info: PHE840M RoHS Compliant • EMI suppressor, class X2, metallized polypropylene • 0.01 – 10.0 µF, 275/280 VAC, +105°C • Small dimensions including low profile capacitors typical applications For worldwide use as electromagnetic interference suppressor in all X2 and

PHE840M

Abstract: PHE840MK5100MK01R17 PHE840MK5120MK01R17 PHE840MK5150MK01R17 PHE840MY7100MD16
Contextual Info: PHE840M RoHS Compliant • EMI suppressor, class X2, metallized polypropylene • 0.01 – 10.0 µF, 275/280 VAC, +105°C • Small dimensions including low profile capacitors typical applications For worldwide use as electromagnetic interference suppressor in all X2 and

Evox Rifa phe840m

Abstract: IEC 60384-14 PHE840MY7100MD16 PHE840M PHE840MK5100MK01R17 PHE840MK5120MK01R17 PHE840MK5150MK01R17 PHE840MX6220MB06R17
Contextual Info: PHE840M RoHS Compliant • EMI suppressor, class X2, metallized polypropylene • 0.01 – 10.0 µF, 275/280 VAC, +105°C • Small dimensions including low profile capacitors typical applications For worldwide use as electromagnetic interference suppressor in all X2 and

PHE840MB6470MB16R17

Abstract: Rifa phe840m PHE840MY7100MD16 PHE840MA6100MA04R17 B11 marking code Evox Rifa phe840m MARKING B17 PHE840M PHE840MH6330MB17R17 PHE840MK5330MK03
Contextual Info: PHE840M RoHS Compliant • EMI suppressor, class X2, metallized polypropylene • 0.01 – 10.0 µF, 275/280 VAC, +105°C • Small dimensions including low profile capacitors typical applications For worldwide use as electromagnetic interference suppressor in all X2 and

K0250

Abstract: B84143K0600S081 S080 IEC 60439-1 B8414 B84143B1600S081
Contextual Info: EMC filters 3-line filters for converters and power electronics Series/Type: B84143B/K*S080, S081 Date: November 2012 EPCOS AG 2012. Reproduction, publication and dissemination of this publication, enclosures hereto and the information contained therein without EPCOS' prior express consent is prohibited.

Contextual Info: Standard Chip Capacitors X7R/2R1 Features • High volumetric efficiency • Non-linear capacitance change • High insulation resistance • High pulse strength f Applications B 2 3 - U f • Blocking • Coupling • Decoupling • Interference suppression