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THICK FILM CHIP RESISTORS handbook

1. GENERAL SPECIFICATION Descripition RC1005 RC1608 RC2012 RC3216 RC3225 RC5025 RC6432 Power Rating W 0 063w 0 10W 0 125W 0 25W 0 25W 0 5W 1W at 707 1608 2012 3216 100 00 80 80 60 60 Power Derating Curve T i 20 20 0 0 40 0 40 80 120 55 5 55 70 155 The rated power is the maximum continuous loading power at 70 C ambient temperature For ambient temperature s above 70 C the loading power follows the above power derating curve Rated Voltage 4 Rated power w x Normal resistance value W Working Voltage M ax 50V 50V 50V 150V 200V 200V 200V 200V Overload Voltage Max 100V 100V 100V 300V 400V 400V 400V 400V Resistance Range UNIT Q D 0 5 10 1M 10 1M 10 1M 10 1M F 1 G 2 10 1M 10 1M 10 1M 10 1M 10 1M 10 1M 10 1M 10 1M J 45 10 1M 1 10M 1 10M 1 10M 1 10M 1 10M 1 10M 1 10M K 10 10 1M 1 10M 1 10M 1 10M 1 10M 1 10M 1 10M 1 10M J umper Chip 50 m9 max Operating 55 125C Temperature Range 55 155 For 1608 2012 3216 Rated 1 Temperature Range IUe oo Resistance Range Temperature Coefficient 10 lt R lt 10 Mo 300 200 PPM J 5 Temperature 100 lt R lt 1 Mo 100 PPM t Coefficient K 410 1Mo lt R lt 10 Mo 3 00 PPM t G 2 296
2. 0 5 sec ceramic exposure of surface by melting Solder S63A KSD 6704 Flux ROSIN KSM 2951 Flux is the composition of ROSIN and the methanol Weight rate of ROSIN is about 25 Bending Test AR 0 5 40 05 of the initial value After soldering resistor on the Visual No evidence of mechanical damage PCB 3mm of bending shall be applied for 10 sec Material of PCB Glass Epoxy Thickness 1 6mm Measure resistance during load application Terminal Strenght Load pull 0 5kg 1005 1 16W 1608 1 16W 0 3kg pull Direction fixed 0 4 lead a mea G r 7 um Terminal Strenght AR S 1 0 05 Q ofthe initial value Visual No evidence of mechanical damage Immerse in molten solder at 260 5 for 10 1 sec Preheat and soldering Procedure D Ti T c imebec Solder S63A SSD 6704 150 180 n5 Flux The composition of ROSIN 260 5 10 KSM295 25 and methanol 150 180 60 KSM 1658 75 80 100 60 Anti Vibration Test AR S 1 0 05 Q ofthe initial value Visual No evidence of mechanical damage 2 hours each in X Y and Z axis toyal 6 hours 10 to 55 Hz sweep in 1 minute ampiltude THICK FILM CHIP RESISTORS ELECTRICAL CHARACTERISTICS Item Specification Test Method Low Temperature AR 3 0 1 Q ofthe initial value Dwell in 55 chamber without loading for 1000 12 hours exposure Visual No evidence of mechanical d
3. F 2 196 100 lt R lt 1M 100 PPM C D 40 5 Please specify wattage when power rathing at the mark is required at the time of ordering THICK FILM CHIP RESISTORS SPECIFICATION IN THE LOW RESISTANCE RANGE Descripition RC2012 RC3216 RC3225 RC5025 RC6432 Power Rating W 0 125W at 70 C 0 10W 0 25W 0 25W 0 5W 1W POWER Derating Curve 100 80 60 40 Power Derating Curve 30 Oto 20 0 20 40 80 100 120 125 140 The rated power is the maximum continuous loading power at 70 Cambient temperature For ambient temperature s above 70 the loading power follows the above power derating curve Rated Voltage 4 Rated power w x Normal resistance value W Working Voltage Max 50V 100V 200V 200V 200V Overload Voltage Max 100V 200V 400V 400V 400V Resistance range TET F 1 G 2 0 20 0 919 E24 Series J 3 596 K 10 Operating 3 3 temperature range 55 125C Rated 1 Ambient Temperature 70 Resistance 1 Tolerance Resistance Range Temperature Coefficient F 1 0 20 XR X19 200 PPM 79 o Temperature G 2 0 20 XR X19 200PPM c Coefficient J 2 596 0 29 lt R lt 19 600 300 P PM K 10 0 20 XR x10 600 300 PPM c Please specify wattage when power rathing at the mark s is required at the time of ordering THICK FILM CHIP RESISTORS aM TRIM
4. MABLE CHIP RESISTOR FEATURES e Available in use of function trimming e Compatible with both wave and reflow soldering e Highly stable in auto placement surface mounting application e Excellent eletrical characteristic DIMENSIONS Y Ww tH L m I 4s X Y Trimming area Unit mm TYPE L W H ji I2 X Y RT1608 1 60 0 10 0 80 0 15 0 45 0 10 0 30 0 20 0 35 0 10 0 50 0 10 0 40 0 10 RT2012 2 00 0 20 1 25 0 15 0 50 0 10 0 40 0 20 0 35 0 20 0 70 0 10 0 60 0 10 RT3216 3 20 0 20 160 0 15 0 55 0 10 0 45 0 20 0 40 0 20 1 30 0 0 1 00 0 10 THICK FILM CHIP RESISTORS GENERAL SPECIFICATION tT Code Dimension Resistance Resistance Packaging Designation mm Tolerance Value Code Trimmable 1608 1 6 x 0 8 K 10 E12 Series CS Tape Chip 2012 2 0 x 1 25 E6 Series Packaging Resistor 3216 3 2 x 1 6 IEC Coding system GS Bulk Packaging RT DIP Type Major RATING Working Overload Operting Rating Type ae Voltage Voltage jx HE Temperature Ambient Ed g MAX MAX g Range Temperature RT1608 1 16 W 50V 100 V 1 10 Mo RT2012 1 10W 100V 200 V 1 101 55 oan 200ppm C 1 8W 200 V 400 V 1 10 Mo 125 300ppm C RT3216 1 4W 200 V 400 V 1 10 Mo PACKAGING e The Chip Network Resistors can be sup
5. mm of Resistors Tolerance Value Code Chip Network 16 1608 Type 4p 4 Resistors G 2 E24 Series CS AS ES Resistor 10 1005 Type J 5 IEC Coding system Tape K 10 Packaging GS Bulk Packaging RP RR Dip Type Convex Type RN Through Hole Type Concave Type RATING Working Overload Operting Rating Type ud Voltage Voltage id Temperature Ambient Temperature g MAX MAX g Temperature Coefficient RP104P 1 16W 50V 100V 10 1M 55 125 C 70 C 250PPM C RP164P 1 16W 50V 100V 10 1M 55 125 C 70 C 250PPM C RN164P 1 16W 50V 100V 10 1M 55 125 C 70 C 250PPM C PACKAGING e The Chip Network Resistors can be supplied packaged carrier tape for effective use SMD machine All Reel taping specifications are in accordance with EIAJ RC 1009 e Standard Quantity 7 inch reel 5 000EA 1 reel 10 inch reel 10 000EA 1 reel 13 inch reel 20 000EA 1reel 15 000EA 1reel e Chip Network Resistor for Bulk shall be in the plastic case and Quantity of the Chip Resistors in bag is determined by customer orders Standard Quantity 5 000EA 11 12 THICK FILM CHIP RESISTORS CHARACTERISTICS PERFORMANCE ELECTRICAL CHARACTERISTICS Item Specification Test Method Direct Current Within the regulated resistance tolerance Applying time within 5 sec Resistance J umper chip lt 50 Mo Resistance range 2 Max test voltage V R 100 0 3 100 lt R lt 1K 1 0 1K lt R 10K 3 10K lt R lt 10
6. 0 1 e 1 0 Max 2 0 0 05 4 0 0 1 A P RE Top Tape Chip Resistor sO FF FF Pee Carrier Tape Bottom Tape e WINDOW DIMENSIONS mm ITEM RC 1608 RC 2012 RC 3216 RC 3225 SIGN 1 16W 1 10W 1 8 1 4W 1 4W A 1 10 0 20 1 65 0 20 2 00 0 20 2 90 0 20 B 1 90 0 20 2 40 0 20 3 60 0 20 3 60 0 20 t 0 90 MAX 1 MAX 1 MAX 1 MAX TAPING METHOD NEMENENNIIIIIIT Reel Packed Part Empty Part Lead Part Ci Adhesion Tape Empty portion Chips Empty portion Lead Part z O_O O_O O O Oo o O O O t OW HR aes MONT 20 250mm REEL DEMENSIONS 9178mm 7 inch 0 330mm 13 inch 1 2 0 1 40 Ret 2 040 aes E L 20 AI s f G i m dua T BEF J mi us gt B 5 t el UE 95 01 90 01 1501 13 01 15
7. 0K 10 100K lt R lt 1M 25 IMSR 50 T C R Resistance 1SR lt 10 300ppm Test temperature c 20 gt 55 20 125 gt 20 Temperature 200ppm c T C R ppm c R RoJ Ro x 1 T To x 10 Characteristic 10SR 1M 100ppm c T 20 1M SR S10M 300ppm c T Test temperature c Ro Resistance at room temperature Q R Resistance at T Q Short time Overload AR 19640 1 of the initial value Apply 2 5 times rated voltage for 5sec Visual No evidence of mechanical damage Wait 30 minutes at room temperature and measure the J umper chip lt 50 Mo resistance value Intermittent AR lt c 39640 1 Q of the initial value Perform 10 000 cycles at 2 5 times RCW orthe Max Overload Visual No evidence of mechanical damage over load voltage J umper chip lt 50 Mo ON 2 5 times rated volage 1 sec OFF 25 sec Have stabilization time of 30 minutes without loading and measure resistance Dielectric withstand No evidence of mechanical damage Apply AC 500V for 1 minute ing Voltage 1005 1 16W 1608 1 16W Apply AC 100V for 1 minute Insulation Resistance Over the 1000 Mo Apply DC 500V for 1 minute 1005 1 16W 1608 1 16W Apply DC 100V for 1 minute MECHANICAL CHARACTERISTICS Item Specification Test Method Solderability Coverage 295 each termination After immersing in flux dip into the 235 5 molten Visual No crack of temination parts and solder for 2
8. 12 3216 5025 6432 7 inch reel 10 000EA 1 reel 5 000EA 1 reel 4 000EA 1 reel 10 inch reel 10 000EA 1 reel 13 inch reel 40 000EA 1 reel 20 000EA 1 reel 15 000EA 1 reel e Chip Resistor for Bulk shall be in the plastic Quantity of the Chip Resistors in bag is determined by custom orders Standard Quantity 5 000EA CARRIER TAPE DIMENSIONS gt This is applied to 1005 series Unit mm 1 0 ES l e 2 0 0 05 A SU ERE Top Tape Chip Resistor p Carrier Tape NN Bottom Tape gt This is applied to 5025 6432 series 15 01 Ll int 552005 47 940 3 El t 7 tum 2 0 0 05 4 0 0 1 A S SES Chip Resistor r 7 TEREN N m Embossed Carrier WINDOW DIMENSIONS mm ITEM RC 1005 RC 5025 RC 6432 SIGN 1 16W 1 2W 1W A 0 7 0 10 2 80 3 50 0 10 B 1 20 0 10 5 32 0 20 6 75 0 10 t 0 5 MAX 1 10 MAX 1 10 MAX 14 THICK FILM CHIP RESISTORS gt This is applied to 1608 2012 3216 3225 series Unit mm 4 0 0 1 r 1 75 0 1 1 0 354005 8 0
9. THICK FILM CHIP RESISTORS STRUTURE AND DIMENSIONS Glass Coating RuO Type Resistor Thick Film Electrode Special Plating UNIT mm Type L w H h I2 RC1005 1 16W 1 00 0 05 0 50 0 05 0 35 0 05 0 20 0 10 0 25 0 10 RC1608 1 10W 1 60 0 10 0 80 0 15 0 45 0 10 0 30 0 20 0 35 0 10 RC2012 1 8W 2 00 0 20 1 25 0 15 0 50 0 10 0 40 0 20 0 35 0 20 RC3216 1 4W 3 20 0 20 1 60 0 15 0 55 0 10 0 45 0 20 0 40 0 20 RC3225 1 AW 3 20 0 20 2 55 0 20 0 55 0 10 0 45 0 20 0 40 0 20 RC5025 1 2W 5 00 0 15 2 50 0 15 0 55 0 15 0 60 0 20 0 60 0 20 RC6432 1W 6 30 0 15 3 20 0 15 0 55 0 15 0 60 0 20 0 60 0 20 PARTS NUMBERING SYSTEM EM Ea EN 1 2 3 4 5 a ee Code Dimension Resistance Designation mm Tolerance Resistance Value Packaging Code Chip 1005 1 0 x 0 5 D 0 5 1st two digits represents AS Tape Resistor 1608 1 6 x 0 8 F 1 Significant figures Packaging 13 RC 2012 2 0 x 1 25 G 2 The last digit represents CS Tape Glass Coating 3216 32x1 6 J ix 596 the number of zeros Packaging 7 3226 325c2 85 K 10 J umper chip is ES Tape _ RH 5025 5 0 x2 5 represented as 000 Packaging 10 Polymer Epoxy 6432 64 x32 BS Bulk Coating Is Packaging Resistance Value Marking 3 or4 digit coding system IEC Coding System THICK FILM CHIP RESISTORS
10. amage Dwell for 60 minutes at Room temperature and Measure resistance value Temperature Cycle AR S 1 40 1 Q of the initial value Perform 100Cycles as follows Visual No evidence of mechanical damage No Temperature C Trnermin 1 553 30 2 203 3 15 3 1253 30 4 203 15 Load Life in AtR 100 AR lt 5 Temperature 40 2 Moisture AtR lt 1 Mo AR x 96 0 10 RH 90 9596 AtR 21 Mo AR 4 596 Applying rated voltage for 90 minutes ON and Visual No evidence of mechanical damage 30minutes OFF Duration 1000 hours Dwell in Room temperature for 1 hour and measure resistance value Load Life in high AtR 100 AR 4 596 Temperature 70 3 C at rated voltage Temperature AtR lt 1 M AR x 396 0 19 Applying rated voltage for 90 minutes ON and AtR gt 1 Mo AR lt 5 30minutes OFF Duration 1000 hours Dwell in Room temperature for 1 hour and measure resistance value Heat Resistance AR S 3 0 1 ofthe initial value Dwell in 125 3 chamber without loading for High Temperature Visual No evidence of mechanical damage 1000 12 hours Exposure Dwell in Room temperature for 1 hour and measure resistance value 13 THICK FILM CHIP RESISTORS PACKAGING e The Chip Resistor can be supplied with packaged carrier tape for effective use in SMD machine All Reel taping specifications are in accordance with EIAJ RC 1009 e Standard Quantity REEL SIZE 1005 1608 20
11. plied with packaged carrier tape for effective use in SMD machine e All Reel taping specifications are in accordance with EIAJ RC 1009 e Standard Quantity 7 inch reel 5 000 1 reel 13 inch reel 20 000 1 reel e Chip Resistor for Bulk shall be in the polyethylene bag and Quantity of the Chip Resistors in bag is determined by customer orders Standard Quantity 5 000EA THICK FILM CHIP RESISTORS R R TYPE CHIP NET WORK RESISTOR z f FEATURES DIMENSIONS e High density mouting e Improvement of placement efficiency e Automatic placement TYPE UNIT mm G RR164P 3 2 0 2 15402 0 5 0 2 0 5 0 2 Max 0 16 0 25 0 2 0 80 15 0 50 2 0 25 0 2 10 THICK FILM CHIP RESISTORS R R TYPE CHIP NET WORK RESISTOR g al fa 1 t D D E f j 1 i 1 DIMENSIONS FEATURES e High density mouting e Improvement of placement efficiency e Automatic placement B m E TG E z Ri R2 R3 R4 UNIT mm TYPE L A B P E G RN164P 3 2 0 2 1 6 0 2 0 6 0 1 0 45 0 1 0 3 0 1 0 3 0 2 0 8 0 1 0 45 0 1 0 40 0 15 THICK FILM CHIP RESISTORS PARTS NUMBERING SYSTEM Code Dimension Number Resistance Resistance Packaging Designation

THICK FILM CHIP RESISTORS handbook

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