Unshielded Power Inductor / PI Series
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- Myra Summers
- 5 years ago
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1 .Features: 1. Excellent solderability and high heat resistance. 2. Excellent terminal strength construction. 3. Packed in embossed carrier tape and can be used by automatic mounting machine..applications: Power supply for VCR, OA equipment, LCD television set notebook, DC to DC converters, DC to AC inverters, etc. VCR, notebook PCs, PCs, Portable communication equipment..product Identification: PIHD Tolerance Inductance. Shape and Dimension.Schematic Dimensions in mm ITEM TYPE PI0301 PI0302L PI0302 PI0403 PI0502 PI0503 PI0504 PI0703 PI0705 PI1004 PI1005 A(mm) 3.5± ± ± ± ± ± ± ± ± ± ±0.3 B(mm) 3.0± ± ± ± ± ± ± ± ± ± ±0.3 C(mm) 1.6± ± ± ± ± ± ± ± ± ± ±0.3 D(mm) 0.8 Typ. 1.0 Typ. 1.0 Typ. 1.2 Typ. 1.5 Typ. 1.5 Typ. 1.5 Typ. 2.1 Typ. 2.1 Typ. 2.9 Typ. 2.9 Typ.. Land Patterns PI0301 PI0302L PI0302 PI0403 PI0502 PI0503 PI0504 PI0703 PI0705 PI1004 PI1005 ITEM TYPE F(mm) G(mm) E(mm)
2 . Material No. A B C ITEM Core Wire Terminal Material Ferrite DR Core Enamelled Copper wire Ag+Sn+SnPb.Recommended Reflow
3 . Electrical Characteristics(PI0301 TYPE) PI0301-1R KHz/1.0V PI0301-1R KHz/1.0V PI0301-1R KHz/1.0V PI0301-1R KHz/1.0V PI0301-2R KHz/1.0V PI0301-2R KHz/1.0V PI0301-3R KHz/1.0V PI0301-3R KHz/1.0V PI0301-4R KHz/1.0V PI0301-5R KHz/1.0V PI0301-6R KHz/1.0V PI0301-8R KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V
4 Electrical Characteristics(PI0302 TYPE) PI0302-1R KHz/1.0V PI0302-1R KHz/1.0V PI0302-1R KHz/1.0V PI0302-1R KHz/1.0V PI0302-1R KHz/1.0V PI0302-2R KHz/1.0V PI0302-3R KHz/1.0V PI0302-3R KHz/1.0V PI0302-4R KHz/1.0V PI0302-5R KHz/1.0V PI0302-6R KHz/1.0V PI0302-8R KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V
5 Electrical Characteristics(PI0403 TYPE) PI0403-1R KHz/1.0V PI0403-1R KHz/1.0V PI0403-1R KHz/1.0V PI0403-2R KHz/1.0V PI0403-2R KHz/1.0V PI0403-3R KHz/1.0V PI0403-3R KHz/1.0V PI0403-4R KHz/1.0V PI0403-5R KHz/1.0V PI0403-6R KHz/1.0V PI0403-8R KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V
6 Electrical Characteristics(PI0502 TYPE) PI0502-1R KHz/1.0V PI0502-1R KHz/1.0V PI0502-1R KHz/1.0V PI0502-1R KHz/1.0V PI0502-2R KHz/1.0V PI0502-2R KHz/1.0V PI0502-3R KHz/1.0V PI0502-3R KHz/1.0V PI0502-4R KHz/1.0V PI0502-5R KHz/1.0V PI0502-6R KHz/1.0V PI0502-8R KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V
7 Electrical Characteristics(PI0502 TYPE) PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V Electrical Characteristics(PI0503 TYPE) PI0503-1R KHz/1.0V PI0503-1R KHz/1.0V PI0503-1R KHz/1.0V PI0503-1R KHz/1.0V PI0503-2R KHz/1.0V PI0503-2R KHz/1.0V PI0503-3R KHz/1.0V PI0503-3R KHz/1.0V PI0503-4R KHz/1.0V PI0503-5R KHz/1.0V PI0503-6R KHz/1.0V PI0503-8R KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V
8 Electrical Characteristics(PI0503 TYPE) PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V Electrical Characteristics(PI0504 TYPE) PI0504-1R KHz/1.0V PI0504-1R KHz/1.0V PI0504-1R KHz/1.0V PI0504-1R KHz/1.0V PI0504-2R KHz/1.0V PI0504-2R KHz/1.0V PI0504-3R KHz/1.0V PI0504-3R KHz/1.0V PI0504-4R KHz/1.0V PI0504-5R KHz/1.0V PI0504-6R KHz/1.0V PI0504-8R KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V
9 Electrical Characteristics(PI0504 TYPE) PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V Electrical Characteristics(PI0703 TYPE) PI0703-1R KHz/1.0V PI0703-1R KHz/1.0V PI0703-1R KHz/1.0V PI0703-1R KHz/1.0V PI0703-2R KHz/1.0V PI0703-2R KHz/1.0V PI0703-3R KHz/1.0V PI0703-3R KHz/1.0V PI0703-4R KHz/1.0V PI0703-5R KHz/1.0V PI0703-6R KHz/1.0V PI0703-8R KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V
10 Electrical Characteristics(PI0703 TYPE) PI KHz/1.0V PI KHz/1.0V Electrical Characteristics(PI0705 TYPE) PI0705-1R KHz/1.0V PI0705-1R KHz/1.0V PI0705-1R KHz/1.0V PI0705-1R KHz/1.0V PI0705-2R KHz/1.0V PI0705-2R KHz/1.0V PI0705-3R KHz/1.0V PI0705-3R KHz/1.0V PI0705-4R KHz/1.0V PI0705-5R KHz/1.0V PI0705-6R KHz/1.0V PI0705-8R KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V
11 Electrical Characteristics(PI0705 TYPE) PI KHz/1.0V Electrical Characteristics(PI1004 TYPE) PI1004-1R KHz/1.0V PI1004-1R KHz/1.0V PI1004-2R KHz/1.0V PI1004-3R KHz/1.0V PI1004-4R KHz/1.0V PI1004-6R KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V Electrical Characteristics(PI1005 TYPE) PI1005-1R KHz/1.0V PI1005-1R KHz/1.0V PI1005-2R KHz/1.0V PI1005-3R KHz/1.0V PI1005-4R KHz/1.0V
12 Electrical Characteristics(PI1005 TYPE) PI1005-6R KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V PI KHz/1.0V NOTE: 1. Inductance is Measured by LCR-Meter 4284A(HP) or equivalent. 2. DC Resistance is Measured by HP4338B Milliohms meter or equivalent. 3. Rated current is measured by LCR-meter 3260B(WK) & DC Bias 3265B(WK). 4. Rated current:value obtained when current flows and the temperautre has risen to 40 or when DC current flows and the initial value of inductance has fallen by 35%, whichever is smaller. 5. Operating temperature -55 ~ All test data is referenced to 25 ambient. 7. Tolerance:K=10%;M=20%
13 . Reliability and Test Conditions( 可靠性測試條件 ) ITEM Performance Test Condition Operating Temperature -55~+85 Storage temperature Rated Current -55~+125 Refer to standard electrical characteristics list. Temperature Rise Test 40 max.( t) Electrical Performance Test Solder Heat Resistance Appearance:No significant abnormality. Inductance change:within ± 20%. Preheat:150,60sec. Solder: Sn/Ag3.0/Cu0.5(Pb-Free) Solder temperature:260±5 Flux for lead free: rosin Dip time:10±0.5sec. Solderability Test More than 90% of the terminal electrode should be covered with solder. Preheat:125±25,60sec. Solder: Sn/Ag3.0/Cu0.5(Pb-Free) Solder temperature:230±5 Flux for lead free: rosin Dip time:4±1sec. High Temperature Resistance Test Appearance: no damage. Inductance: within±20%of initial value. No disconnection or short circuit. Temperature:85±2. Applied current: rated current. Duration: 500 hrs. Humidity Resistance Test Appearance: no damage. Inductance: within±20%of initial value. No disconnection or short circuit. Temperature:40±2. Applied current: rated current. Duration: 500 hrs. Humidity: 90~95%
14 . Reliability and Test Conditions( 可靠性測試條件 ) ITEM Performance Test Condition Thermal shock Appearance: no damage. Inductance: within±20%of initial value. No disconnection or short circuit. Condition for 1 cycle Step1:-25±2,30±3 min. Step2:Room temperature within 15 min. Step3:+85±5,30±3 min. Step4: Room temperature within 15 min. Number of cycles: 50 Humidity Resistance Appearance: no damage. Inductance: within±20%of initial value. No disconnection or short circuit. Humidity:90~95%RH. Temperature:40±5. Applied current:rated current. Duration:500±12hrs. Measured at room temperature after placing for 2 to 3hrs.
15 .Packing Specifications Parts per reel Tape and Reel Dimension(mm) TYPE Pcs / Reel A B C D E F G PI ± ± ± 0.1 PI ± ± ± 0.1 PI ± ± ± 0.1 PI ± ± ± 0.1 PI ± ± ± 0.1 PI ± ± ± 0.1 PI ± ± ± 0.1 PI ± ± ± 0.1 PI PI
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POWER INDUCTOR PIP. AiT Semiconductor Inc. FEATURE APPLICATION ORDERING INFORMATION
FEATURE 1. Low profile and Compact Size 2. Low DC resistance 3. Open magnetic circuit construction APPLICATION 3011 2810-R 3015B 10040 1. LCD panels, DC/DC Converters 2. Digital camera, PDA 3. Portable
Thin Film Anti-Sulfurated Chip Resistor (TAS Series)
(TAS Series) Features - Special materials, design, and processing for high sulfur applications - Tolerances as low as 0.05% and s as low as 10 ppm. - Test proven immunity to humidity, moisture, and sulfur
Molded Chip Wirewound Inductors
FEATURES EIA SIZES A (1210), B (1812), C (1008) AND D (0805) EXCELLENT HIGH Q AND HIGH CHARACTERISTICS BOTH FLOW AND REFLOW SOLDERING APPLICABLE HIGH INDUCTANCE AVAILABLE IN SMALL SIZE EMBOSSED PLASTIC
SMT Shielded Power Inductors IDM6025, IDM6028, IDM6045, IDM7032, IDM7045, IDM7055, IDM10145, IDM12555, IDM12565, IDM12575, IDM6028.
SMT Shielded Power s IDM6025, IDM6028, IDM6045, IDM7032, IDM7045, IDM7055, IDM10145, IDM12555, IDM12565, IDM12575, IDM6028 Configurations: FEATURES Magnetically shielded construction. Compact and thin.
Reference Only. Inductance Frequency (μh) Tolerance Typ Max (MHz min.) 85 *
P.1/10 CHIP COIL (CHIP INDUCTORS) LQM2HPN G0L REFERENCE SPECIFICATION 1. Scope This reference specification applies to LQM2HPN_G0 series, Chip Coil (Chip Inductors). 2. Part Numbering (ex) LQ M 2H P N
Wire Wound Chip Inductor (Ferrite)
FEATURES Very strong solderability by reflow soldering, soldering iron or wave soldering Highly accurate dimensions Automated mounting capable Terminals are highly resistant to pull forces Highly resistant
SPECIFICATION FOR APPROVAL
SPECIFICATION FOR APPROVAL CUSTOMER CUSTOMER P/N OUR DWG No Lead-Free & RoHs Compliance!! QUANTITY Pcs. DATE 2010/11/01 ITEM SBK160808T-121Y-N COMPONENT ENGINEER ELECTRICAL ENGINEER MECHANICAL ENGINEER
July terminal Filters. For Large-current Power Line. YFF-HC Series [1206 inch]* Feed through filter. * Dimensions Code JIS[EIA]
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E M C C o m p o n e n t s July 215 3-terminal Filters For Large-current Power Line YFF31HC 3216 [126 inch]* Feed through filter * Dimensions Code JIS[EIA] (1/4) 3-terminal Filters For Large-current Power
Nov 7, 2006 DIELECTRIC CERAMIC FILTER SPECIFICATION 1 OF 9 SPECIFICATION ITEM: DIELECTRIC CERAMIC FILTER PART NUMBER: CF
Nov 7, 2006 DIELECTRIC CERAMIC FILTER SPECIFICATION 1 OF 9 SPECIFICATION ITEM: DIELECTRIC CERAMIC FILTER PART NUMBER: CF-19100328 4/14/06 Added recommended PCB layout and plots. 6/2/06 Added Tape and Reel
Thin Film Chip Resistor (ARG Series)
Construction D1 L (ARG Series) Features -Advanced thin film technology -SMD Type designed for automatic insertion -Wide resistance range 1ohm ~ 2.49Mega ohm Applications -Medical Equipment -Testing / Measurement
INPAQ Global RF/Component Solutions
HCM 1012 G Series Specification Product Name Series Chip Filter HCM G Series Low Profile Type Size EIAJ 1012 HCM1012G SERIES LOW PROFILE TYPE (Chip Filter) Engineering Specification Features and Application.Powerful
74 ( ) 127 ( ) A [0,315] 2,20 [0,079] [0,087] 1,60 [0,063] Land Pattern
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A FEATURES Shielded Construction with very low DCR Heating Current rating up to 17.9 Amps Saturation Current rating up to 7.5 Amps (based on only 10% inductance drop) Inductance up to 1mH for all case
Reference Only. 1. Scope This reference specification applies to LQM2MPN_G0L series, Chip Coil (Chip Inductors).
Spec No. JELF243B-22L-1 P1/9 CHIP COIL (CHIP INDUCTORS) LQM2MPN GL REFERENCE SPECIFICATION 1. Scope This reference specification applies to LQM2MPN_GL series, Chip Coil (Chip Inductors). 2. Part Numbering
S J
1. Part Number Identification SPECIFICATION Brightek (Europe) Limited S01-2220 - 240 250 J Series Name Inner Code Size 1206~3220 250 250 = 25 10 0 V=25J 1R5 1R5 = 1.5J Breakdown Voltage 240 = 24 10 0 V=24V
Multilayer Acrylic Polymer Film Capacitors
FEATURES HIGH CAPACITANCE (UP TO 22μF) WIDE VOLTAGE & TEMPERATURE RANGE (16 ~ 100V, -55 C ~ +125 C or ±105 C) UPGRADE PERFORMANCE VS. MLCC's STABLE OVER FREQUENCY, TEMPERATURE & VOLTAGE NO PIEZO ELECTRIC
ABC'S DWG NO. ABC'S ITEM NO. m/m Marking. Peak Temp:260 max. Max time above 230 :50sec max. Max time above 200 :70sec max. Temperature Rising Area
PGE: 1 Ⅰ. CONFIGURTION & DIMENSIONS: : 5.6±0.2 Marking Dot is start winding & Inductance code 101 B : 4.5±0.3 C : 2.3 ref. D : 5.8 ref. E : 6.0 ref. F : 1.7 ref. B C D F E ( PCB Pattern ) Ⅱ. SCHEMTIC DIGRM:
VLS-E series. Inductors for Power Circuits. Wound Ferrite
May 2013 Inductors for Power Circuits Wound Ferrite VLS-E series VLS201610E VLS201612E VLS2010E VLS2012E VLS252008E VLS252010E VLS252012E VLS252015E VLS3010E VLS3012E VLS3015E VLS4012E (1/52) REMINDERS
Notice for TAIYO YUDEN Products
Notice for TAIYO YUDEN Products [ For General Electronic Equipment (General Environment) ] Please read this notice before using the TAIYO YUDEN products. REMINDERS Product information in this catalog is
Reference Only. Spec No. JELF243C-0023D-01. This reference specification applies to LQP02HQ series, Chip coil (Chip Inductors).
P.1/16 CHIP COIL (CHIP INDUCTORS) LQP02HQ 02 Reference Specification 1.Scope This reference specification applies to LQP02HQ series, Chip coil (Chip Inductors). 2.ing (ex) LQ P 02 H Q 0N4 W 0 2 L Product
Notice for TAIYO YUDEN Products
Notice for TAIYO YUDEN Products [ For General Electronic Equipment (General Environment) ] Please read this notice before using the TAIYO YUDEN products. REMINDERS Product information in this catalog is
YAGEO CORPORATION Lead-Free & RoHs Compliance!!
Lead-Free & RoHs Compliance!! SPECIFICATION FOR APPROVAL CUSTOMER: CUSTOMER P/N: OUR DWG No: QUANTITY: Pcs. DATE: ITEM: PBY321611T-SERIES-N SPECIFICATION ACCEPTED BY: COMPONENT ENGINEER ELECTRICAL ENGINEER
CM45, CM32, CM25, CM20, CM16, CM10 SMT Chip Inductors
*RoHS COMPLIANT 220K Features High resistance to heat and humidity Resistance to mechanical shock and pressure Accurate dimensions for automatic surface mounting Wide inductance range (1.0 nh to 1000 µh)
Data Sheet. Customer: Wire Wound Chip Inductor(Ferrite) NL Series
Data Sheet Customer: Product: Wire Wound Chip Inductor(Ferrite) NL Series Sizes.: 0603/0805/1008/1210/1812/2220 Issued Date: Edition: 22-Jul-16 REV.C1 VIKING TECH CORPORATION 光頡科技股份有限公司 No.70, Guangfu
Multilayer Suppressors and Inductors. Technical Note
Multilayer Suppressors and Inductors Technical Note A Y A G E O C O M P A N Y Multilayer Suppressors and Inductors Contents Introduction 3 Multilayer Suppressors Features 4 Applications 5 Type Number structure
CHIP FUSE; RECTANGULAR TYPE. RoHS COMPLIANCE ITEM Halogen and Antimony Free
Spec. No.: SBF K HTS 0001 /4 Date: 2017. 1. 10 Specification Style: CHIP FUSE; RECTANGULAR TYPE SBF32[Optional code:as] RoHS COMPLIANCE ITEM Halogen and Antimony Free Product specification contained in
WLPM Series SMD Molded Power Inductors
WLPM545230 Series SMD Molded Power Inductors *Contents in this sheet are subject to change without prior notice. Page 1 of 7 ASC_WLPM545230 Series_V3.0 June. 2015 FEATURES 1. Shielded construction. 2.
B Unit: mm TYPE A B C D E F. How to Order KL 1410 M T R60. SEI Type Dimensions Tolerance Packaging Inductance
DIP Power Inductor KL Scope This specification applies to DIP Power Choke. High power Features Magnetic shielded construction for high density board assembly High performance excellent DC current characteristics
SFI Electronics Technology
1. Part Number Identification SFI 2220 SA 240 250 J Company Logo Inner Code Size 1206~3220 SA SHA Series 250 250 = 25 10 0 V=25J 1R5 1R5 = 1.5J Breakdown Voltage 240 = 24 10 0 V=24V 151 = 15 10 1 V=150V
Wire Wound Chip Inductor-WB Series
Wire Wound Chip Inductor-WB Series Construction 4 1 3 1 Ceramic Core 3 Electrode (Ag/Pd+Ni+Sn) 2 Magnet Wire 4 UV Glue 2 Features -Ceramic base provide high -Ultra-compact inductors provide high Q factors
1 Moulded resin 2 Electrode (Ag) 3 Ferrite core 4 Magnet wire
Features: Very strong solderability by flow soldering, soldering iron or wave soldering. Highly accurate dimensions, can be mounted automatically. Terminals are highly resistant to pull forces. Highly
COMPACT SHIELDED SMD POWER INDUCTOR FOR AUTOMOTIVE
FEATURES APPLICATIONS High reliability wire-wound construction Shielded construction reduces EMI Automotive grade power inductor TS-16949 qualified production PPAP level 3 support AEC-Q200 qualified with
Chip Inductor. Power Inductor
Chip Inductor Type Style Features Series Page Thin Film Thin Film Chip Inductor A 3 Thin Film Common Mode Filter CMF 10 Multilayer Multilayer Chip Inductor C 14 Multilayer Ferrite Chip Inductor M 20 Multilayer
Reference Only. *B: Bulk packing also available. Inductance. Tolerance M:±20% N:±30% 0.150±25% 1.0 * * N:±30% 0.23±25% 0.8 *2 0.
CHIP COIL (CHIP INDUCTORS) LQM21PN GRD REFERENCE SPECIFICATION P.1/9 1. Scope This reference specification applies to LQM21PN_GR series, Chip Coil (Chip Inductors). 2. Part Numbering (ex) LQ M 21 P N 1R
RADIAL LEADED INDUCTORS
RADIAL LEADED INDUCTORS WAVE PARTS NUMBER *Operating Temp. : -25~+105 (Including self-generated heat) L H L 0 8 T B 1 0 1 K =Blank space 1 2 3 4 5 6 7 INDUCTORS /LEADED INDUCTORS 1Series name Code LH 2Characteristics
Specification Status: Released
PAGE NO.: 1 of 9 Specification Status: Released BENEFITS ESD protection for high frequency applications (HDMI 1.3) Smaller form factor for board space savings Helps protect electronic circuits against
Content (RF Inductors) Multi-Layer High Frequency Inductors (IQ & HI Series) Cautions... 18
Content (RF Inductors) Multi-Layer High Inductors (IQ & HI Series)... 2 Ordering Code... 2 Standard External Dimensions... 3 High Q Type (IQ Series)... 4 Standard Type (HI Series)... 5 Testing Condition
Specification Status: Released
PAGE NO.: 1 OF 9 Specification Status: Released BENEFITS ESD protection for high frequency applications (HDMI 1.3) Smaller form factor for board space savings Helps protect electronic circuits against
Wirewound Chip Inductors
EATURES CERAMIC BODY, WIRE WOUND CHIP INDUCTOR SIZES K (0402) and J (0603) RoHS Compliant includes all homogeneous materials HIGH CURRENT AND LOW *See Part Number System for Details RELOW SOLDERING APPLICABLE
CHIP FUSE; RECTANGULAR TYPE. RoHS COMPLIANCE ITEM Halogen and Antimony Free
Spec. No.: FMC K HTS 0001 /7 Date: 2017. 1. 10 Specification Title: CHIP FUSE; RECTANGULAR TYPE Style: FMC10, 16 RoHS COMPLIANCE ITEM Halogen and Antimony Free Product specification contained in this specification
SMD Wire Wound Chip Inductor
GSW Series SMD Wire Wound Chip Inductor Scope -Ceramic body and wire wound construction provide highest s available.. Features -Ceramic base provide high -Ultra-compact inductors provide high Q factors
AXIAL LEAD TYPE INDUCTOR
KH CODE NUMBER COMPOSITION AL 0410-331 K T 1 2 3 4 5 1 Product name : Axial Leaded Inductor 2 Dimension ( Diameter Height ) 0307: 3.0mm 7.0 mm 0410: 4.2mm 9.8 mm 3 Inductance 4R7: 4.7 μh, 331: 330 μh,
Power Inductors RFB Series
Document 277-1 Power Inductors RFB Series Low cost, high current power inductors 2.2 µh to 18 mh inductance range 500 V isolation from winding to core. RFB0810 and RFB1010 have a flame retardant polyolefin
Data sheet SMD Wire Wound Chip Inductor WL Series
Data sheet SMD Wire Wound Chip Inductor W Series Scope -Ceramic body and wire wound construction provide highest s available.. Features -Ceramic base provide high -Ultra-compact inductors provide high
Product Specification
Product Name : AEM Part Number : ES0402V014CT Customer : Customer Revision: 2 Date: 2011-09-08 AEM Components (Suzhou) Co., Ltd 458 Shenhu Road, Suzhou Industrial Park Jiangsu, P.R China, 215122 TEL: 86-512-6258-0028
CHIP FUSE; RECTANGULAR TYPE. RoHS COMPLIANCE ITEM Halogen and Antimony Free
Spec. No.: HFC K HTS 0001 /3 Date: 2017. 1. 10 Specification Title: Style: CHIP FUSE; RECTANGULAR TYPE HFC32[Optional code:ag] RoHS COMPLIANCE ITEM Halogen and Antimony Free Product specification contained
SPECIFICATION FOR APPROVAL
PGE: 1 Ⅰ. CONFIGURTION & DIMENSIONS: Marking D C : 12.0±0.3 m/m : 12.0±0.3 m/m C : 8.0 max m/m D : E : 5.0 typ. 5.7 typ. m/m m/m F : 4.5 ref. m/m G : 5.5 ref. m/m H : 4.0 ref. m/m G H E F H Ⅱ. SCHEMTIC
Multilayer Chip Inductor-CL Series
Multilayer Chip Inductor-CL Series Construction A L 5 4 T 1 3 2 W 1 Ceramic Material 3 Inner Electrode (Ag) 5 Direction Mark 2 Through Hole 4 End-termination (Ag/Ni/Sn) Features -A ceramic material construction
Approval sheet. WLCW1608HQ SMD Wire Wound Ceramic Chip Inductors (High Q) *Contents in this sheet are subject to change without prior notice.
WLCW1608HQ SMD Wire Wound Ceramic Chip Inductors (High Q) *Contents in this sheet are subject to change without prior notice. Page 1 of 7 ASC_WLCW1608HQ Series_V3.0 Jun. 2017 Features 1. Standard chip
志耕企業股份有限公司 Jaguar Electronic Components Co., Ltd.
Ferrite hip Inductor FI Series For General Use, Ferrite hip Inductor Provide an Effective Solution for Densely Packed PB Designs 案 Features 1.Momolithic inorganic material construction. 2.losed magnetic
SPECIFICATION COMMERCIALLY AVAILABLE CERAMIC BAND PASS FILTER PART NUMBER: CF RoHS ISSUED CHECKED CHECKED CHECKED APPROVED.
Page 1 of 6 SPECIFICATION COMMERCIALLY AVAILABLE CERAMIC BAND PASS FILTER PART NUMBER: CF-22500024 RoHS 12/7/09 Added Attenuation and graph 9/1/17 Added Recommended Solder Pattern ISSUED CHECKED CHECKED
Multilayer Ferrite Chip Inductor
Features -Closed magnetic circuit avoids crosstalk -Suitable for high density installation and re-flow soldering -Sizes 0603 / 0805 / 1206 Construction Applications -Personal Computers -Portable Equipment