HIGH VOLTAGE THICK FILM CHIP FIXED RESISTOR

Transcription

1 HIGH VOLTGE THIK FILM HIP FIXED RESISTOR 3000V Max Operating voltage 3000V Stable electrical capability, high reliability Superior mechanical and frequency characteristics ROHS ompliant with RoHS directive Halogen free requirement amera Flash ircuit, omputer, Printer, attery harger, utomotive, Power supply, D-ROM etc. RV S 06 L 4 F T Product ode High Voltage Thick Film hip Fixed Resistor Power Rating Series ode 2 20 ode S ode ode ode 2 20 T..R ode K L M T..R (ppm/ ) W 200 U K À Resistance Value ode 3 digit or 4 digit 6=M 5=M Resistance Tolerance ode ode F J K Tolerance % 5% % Packaging Style ode ode T Packaging Style Tape & Reel ase eramic Substrate ottom Electrode Top Electrode Resistor Layer Primary Overcoat Secondary Overcoat Edge Electrode arrier Layer External Electrode

2 Dimensions(mm) L W t a b Percent Rated Load Operating Temperature Range: -55 ~ mbient temperature ( 70 ( ) Note: For resistors operated in ambient over 70,rated load (rated power) shall be derated in accordance with the above figure. 70 Rating Power at 70 (W) /6 / /8 /4 /3 3 /4 Max. Overload Voltage (V) Limiting Element Voltage (V) Note: Voltage of D or RMS value. 2 E= P R E= P R or Limiting element voltage whichever is lower. E Rated voltage(v) P Rated power(w) R Normal resistance( ) Resistance Range % 39K R M.02M R 20M M R M K R M M <R M 80K R M M <R M 60K R M M <R M 20K R M M <R M 54K R M M <R M 40K R M M <R M 2 T..R (ppm/ ) Resistance Tolerance 5% %

3 HIGH VOLTGE THIK FILM HIP FIXED RESISTOR Item Solderability Resistance to Soldering Heat Substrate ending Test Shear Test T..R Rapid hange of Temperature Short Time Overload Specifications 95% 95% over Min R (.0%R+0.05 ) R (.0%R+0.05 ) Within specified T..R R (.0%R+0.05 ) R (5.0%R+0.05 ) (IE605-) Test Methods (IE605-) IE s 0.3s Lead-free solder bath at for 3s 0.3s IE s s Lead-free solder bath at for s s IE (ending distance) :5mm ; 2 4mm 20 2mm (Duration) 60s 5s IE (pplying force) 5N; 9N; 2 25N; 20 45N. (Duration) s s. IE /-55 /+20 /+25 /+20 IE (30 ) (5 ) 25 (30 ) (30min) normal temperature(5min) 25 (30min) 300 cycles. IE ( ) times rated voltage or max. overload voltage whichever is lower for 5s. Damp Heat Steady State 70 Endurance at 70 Endurance at Upper ategory Temperature Insulation Resistance omponent Solvent Resistance R (3.0%R+0.05 ) R (3.0%R 0.05 ) R (2.0%R 0.05 ) 0M Min R (.0%R+0.05 ) IE % 3%RH 0h. IE ( ).5 / h rated voltage or limiting element voltage whichever is lower for.5h ON/0.5h OFF. IE h. IE V 5V. pply D V 5V between substrate and terminations for min, then check insulation resistance. IE (IP) 23 5 Iso-propyl alcohol (IP) 23 5 h Packaging see the Page. 3

4 PKGING ND PREUTION OF HIP RESISTOR hip fixed resistor Thick Film Resistor and Thin Film Resistor Metal Foil Resistor R003~R004 R005~R030 R003~R004 R005~R047 R003~R004 R005~R068 R003~R009 R0~R R002~R004 R005~R Thick film chip network resistor Q Q2 Q3 Q2 Q3 Q2 Q RMY08 / RMT08 / RML08 Q Q2 Q3 RMY RMT RML

5 Paper Taping RMY08 RMT08 For RMY08 RMT08 W F E RMY RMT P P0 D0 T T P / RMY / RMT / RML08: For 2 RML08: 84

6 PKGING ND PREUTION OF HIP RESISTOR W F E RML P P0 P D0 Thick Film Resistor and Thin Film Resistor T Metal Foil Resistor RML For 20 Embossed Taping 0 0 W F E t P P0 P D0 D Thick Film Resistor and Thin Film Resistor K0 Metal Foil Resistor / /

7 Reel RMY08 RMT08 RML08 20 M W T D Packaging Quantity Packaging style Tape & reel ase RMY08 RMT08 2 RML RMY08 RMT08 RML Quantity(pcs) n E-24 E-24 series( ) ( unit k k k M M M 0M )

8 PKGING ND PREUTION OF HIP RESISTOR n E-96 E-96 series ( ) ( unit k k k M M M 0M ) E 96 E-96 series() multiplied ross-reference List and Resistance ross-reference List multiplied code D 4 E 5 F 6 G 7 H - X -2 Y -3 Z ode E-96 E-96 resistance ode E-96 E-96 resistance ode E-96 E-96 resistance ode E-96 E-96 resistance

9 Description for Resistance Value ode and Marking of Thick Film hip Resistor Resistance Value ode ll the resistance value code of thick film chip resistor is corresponding with the marking. Marking E-24 ( 5%) E-24 series: Express resistance value on the glass side with three digits, the first tow digits should be significant and the third one denote number of zeros. K 33 E-24 ( %& 0.5%) E-24 series( %& 0.5%): One short bar under marking letter. E-96 E24 %& 0.5% R02 4R03 E-96 series & E-24 series:for the dimension type of R02 4R03 express the resistance value with four digits, the first three digits are significant figures and the fourth de notes the number of zeros. K 33 E-96 E-96 For the dimension type of, express the resistance value with three code, the first two digit code denote the resistance of E-96 series, and the third code of letter denote the multiplier (see the table three and four ). 2M R The decimal point should be expressed by R The jumper should be expressed by For the dimension type of there is no mark on the glass side. IE IE E24 For the resistance which don't belong to IE serial, use the resistance of IE serial which is most close to the required resistance of non-ie serial for replacement. To get agreement by both party if there special requirement for the marking. 88

10 PKGING ND PREUTION OF HIP RESISTOR Description for Resistance Value ode and Marking of Thin Film hip Resistor Resistance Value ode ll resistance value code of thin film chip resistor,including size used four digits. Marking TD03G470T 470=4.7K R50=.5 To use four digits code represent resistance value, 470=4.7K R50=.5 E24 E96 E96. When resistance value belongs to E24 as well as E96 series, we suggest preferentially use E96 series. K=2, Marking for 2 20 Size Resistor 2 20 For 2 20 size resistor, express the resistance value with four digits code; K Marking for Size Resistor -E96 For resistance value belongs to E96 series, express the resistance value with three digits code. 2M -E24 For resistance value belongs to E24 series, express the resistance value with three digits code. K The decimal point should be expressed by "R" For the dimension type of 020 there is no mark on the glass side. 89

11 Use in various types of liquid, including water, oils, chemicals, and organic solvents. 2 Use outdoors where the products are exposed to direct sunlight, or in dusty places. 3 Use in places where the products are exposed to sea winds or corrosive gases, including l2, H2S, Nh3, SO2, and No2 etc. 4 Use in places where the products are exposed to static electricity or electromagnetic waves. 5 Use in proximity to heat-producing components, plastic cords, or other flammable items. 6 Use involving sealing or coating the products with resin or other coating materials. 7 Use involving unclean solder or use of water or water-soluble cleaning agents for cleaning after soldering : % 70% void applying power exceeding normal rated power, exceeding the power rating under steady-state loading condition may negatively affect product performance and reliability. 2 e careful when pick up the products with tweezers. There may be a care that the overcoat and / or the body can be chipped. 3 Soldering tip shall not touch the product when install product manually. 4 Storage conditions: T 5 30, RH 30% 70%. Recommended wave solder profile Recommended reflow profile Recommended solder alloy 96.5Sn/3.0g/0.5u 90