We, Samsung, declare that our component Chip Resistor is produced in accordance with EU RoHS directive.

Transcription

1 May 2015

2 e, Samsung, declare that our component Chip Resistor is produced in accordance with EU RoHS directive. 1.RoHS Compliance and restriction of r he following restricted materials are not used in packaging materials as well as products in compliance with the law and restriction. Cd, b, Hg, Cr6+, s, r and the compounds, C, asbestos romic materials : s, Os, DO, DE, 2.No use of materials breaking Ozone layer he following ODS materials are not used in our fabrication process. ODS material : Freon, Haron, 111 CE, CCl4, HCFC If you want more detailed Information,lease Visit Samsung Electromechanics ebsite [

3 CONENS Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General ow ohms(ru Series) Ultra ow ohms(ru Series) (RUK Series) (RJ Series) (Convex ) (Concave ) (Flat ) s (Convex ) (Concave ) (Flat ) utomotive ntisulfur utomotive ntisulfur (Convex ) ttenuator Characteristics erformance ackaging Standard Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (Convex ) (Concave ) (Flat) ntisulfur (Convex ) (Concave ) (Flat ) utomotive ntisulfur utomotive ntisulfur (Convex ) ttenuator Characteristics erformance ackaging Standard

4 Operation Notes pplications Chip resistors are designed for general electronic devices such as home appliances, computer, mobile communications, digital circuit, etc. If you require our products with high reliabilityperforming at more than 125 or below 55 for medical equipments, aircrafts, high speed machines, military usage, and items that can affect human life or if you need to use in specific conditions (corrosive gas atmosphere like H2S etc.), please contact us beforehand. Normal operation temperature ranges : 55 ~+155 Others (small sizes and flat type arrays) : 55 ~+125 lthough resistor body is coated, sharp excessive impact should be avoided to prevent damages and adverse effects on characteristics (resistor value, open circuited,.c.r.). Mounting lease give more attention not to press the chip owing to the nozzle's improper height when it is mounted on C. (Excessive pressure may cause exterior damage, change in resistance, circuit open, etc.) Storage o maintain proper quality of chip components, the following precautions are required for storage environment, method and period. Storage Environment Make sure that the ambient temperature is within 5 ~40 and the ambient humidity is within 20~70%RH. Chip components may be deformed, if the temperature of packaged components exceeds 40. Do not store where the soldering properties can be deteriorated by harmful gas such as sulphurous gas, chlorine gas, etc. ulk packed chip components should be used as soon as the seal is opened, thus preventing the solderability from deteriorating. he remaining unused chips should be put in the original bag and sealed again or store in a desiccator containing a desiccating agent. Storage ime eriod Stored chip components should be used within 6 months after receiving the components. If 6 months or more have elapsed, please check the solderability before actually using. Safety precautions hese products are designed and produced for applying to the ordinary electronic equipments. (V equipment, O equipment,elecommunication equipment, etc) Consult with our sales department before applying in the devices that require extremely high reliability such as medical equipments, transport equipments, aircrafts/spacecrafts, nuclear power controllers, fuel controllers, car equipments including car accessories and other safety devices. Following special environments, and such environmental conditions may affect the performance of the product. lease verify the performance and reliability thoroughly prior to use. a) Using in various type of iquid including water, oil, organic solvent and other chemicals. b) Using in the places where the products are exposed to direct sunlight, sea wind, corrosive gases (including Cl2, H2S, NH3, SO2, NO2), static electricity, electromagnetic waves and dusty air. c) Using close to heat generating components or other flammable items. d) Using in the places that is sealed or coated with resins or other coating materials after soldering. e) Using in places subject to dew condensation. hese products are not radiation resistant. he company is not responsible for any problems resulting from using of the products under the conditions not recommended herein. he company should notify any safety issues of the products to the customer. nd the safety of the products should be monitored by the customer periodically. Cleaning fter Soldering Cleaning, soldering flux & Ionic cleaning liquid should be avoided on product. If any possibility on product, please take a test before usage. Caution for Chip Resistor Seperation from C. Chip resistor installation on C is a similar phenomenon on to a chocolate chip on top of a cake. C has enough flexibility on outer force but Chip resistor can be defected without any bending. (y chip resistor use of Ceramic, solder, metal) herefore, when separating a Chip resistor from a C, beware of any crack on the chip. Others Manual work henever separating chip resistor from C, do not reuse the chip resistor for circuit safety. Electrical specification of chip resistors can be changed by soldering iron after separation. Reuse of separated chip resistor should be prohibited. Do not use more than rated voltage. (lease check the contents of each product)

5 Example of and attern Design Example of and attern Design hen designing.c., the shape and size of the solder lands must allow a proper amount of solder to form under the resistor. he amount of solder formed at the end terminations has direct effect on the possibility of chip crack. he more the amount of solder and stress, the more the possibilities of chip crack. For Chip (UNI: mm) Operation Notes Example of land attern Design Recommended Soldering Conditions C : and attern : Chip Resistor General Structure General Reflow Soldering(RC, RC, RCM, RU) 2+ C For rray Convex type Reflow Soldering(RU, RUK) 2+ C C * * Reflow Soldering(RJ, R) Concave type (UNI: mm) ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) E : and attern E (Flat ) D : Chip Resistor D utomotive ntisulfur C D E C his is the recommended land pattern for designing C. his pattern does not guarantee any characteristic of other product. 0.8 C C D E utomotive ntisulfur (Convex ) ttenuator Characteristics erformance ackaging Standard he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order. 4 5

6 Recommended Soldering Conditions bstract here are 3 soldering methods. Flow(wave) soldering. Reflow soldering. (Reflow soldering is broadly divided into the total heating method and local heating method.) Iron soldering. ave Soldering Single ave Double aves otal Heating Infrared Ray Convection/Infrared Soldering Methods Reflow Soldering Hot ir Hot late ocal Heating aser Optical eam Iron Soldering ir Heater Since Chip resistors come into direct contact with melted solder during soldering, it is exposed to potential mechanical stress caused by the sudden temperature change. he chip resistors may also be subject to silver migration and flux contamination. Flow(wave) Soldering Features C rimary wave solder Secondary wave here are two types of soldering methods in flow(wave) soldering. One is single wave soldering, and the other is a double waves soldering. However, double waves soldering is mainly used. his method is designed for continuous andmultiple dipping process by using primary and secondary wave, having completely different waveforms and characteristics. ith the primary wave, a comparatively strong jet flow is used to remove the flux gas and to solder. ith the secondary wave, it is used to remove excessive solder. ith the primary wave, the solder flows into a very small gap between components and air bubbles remaining on the soldered joint are removed. ith the secondary wave, the peel back is used to prevent bridging. reheating If a chip component is heated suddenlyduring soldering, it may crack by the thermal shock caused bythe temperature difference between the surface and the inside of the chip. o prevent this, a full preheating is necessary. In case of wave soldering, the temperature difference between solder and surface of the component should be kept within 150. lso when cooling is done by dipping into solvent, care should be taken to keep the temperature difference within 150. Soldering emp. reheating emp. reheating (Ⅰ)1206(3216) and below :150 max. 260±5 5 sec. max. Gradual Cooling in the air Standard Soldering Condition Soldering must be carried out without exceeding the approved soldering temperature and time shown within the shaded area of the graph at right. n excessively long soldering time or high soldering temperature results in leaching of outer terminations. hen a C is warped, mechanical stress applied to the chip will be increased and might cause chip crack, especially if there is a big amount of solder on the chip. So, care should be taken not to use excessive amount of solder on the C. For the flow(wave) soldering, the solder amount can be controlled by land size. 120 sec. min. < Flow Soldering> ime(sec.)

7 General Structure Reflow Soldering reheating and cooling In the reflow soldering method, a full preheating at the proper temperature is necessary to dry and activate solder paste. ombstoning can be reduced by preheating at 150~180 for more than 1 minute. lso when cooling is done by dipping into solvent, care should be taken to keep the temperature difference within 150. Standard Reflow Soldering Condition Soldering must be carried out without exceeding the approved soldering temperature and time shown within the shaded area of the right graph. his prevents the terminations from leaching and characteristics from deteriorating. hen soldering is repeated, the allowed time is the accumulated time. Standard solder amount hen a C is warped, mechanical stress applied to the chip should be reduced, and to do so, care should be taken not to use excessive amount of solder on the C. In the case of the reflow method, the thickness of the coated solder paste is controlled to prevent excessive solder. he thickness of solder paste should be 100~300 μm. hen using a soldering iron or any other soldering operation, the permissible temperature and time should not exceed that of the reflow soldering. In order to prevent the external terminations from leaching and characteristics from deteriorating, the tip of the soldering iron should not touch the chip component (ceramic element, resin case, etc.). Soldering with a soldering iron and correcting with a soldering iron can be performed right under following conditions. Item emperature at tip Soldering iron output End of soldering iron Note Condition 350 Max. 20att Max. 3mm Max. Do not directly touch the chip by the tip of the iron. < Reflow Soldering> ombstoning and revention hen reflow soldering, or especially vapor phase soldering (VS), small chip components of less than RC3216 type may break away from solder and stand on end. his is commonly known as tombstoning or the Manhattan phenomenon. reventing tombstoning Keep land size as small as possible. Keep the preheating conditions properly ( reheating temperature : 150 ~ 180, reheating time : more than 1 min.) Keep the solder paste quantity not too much and uniform for every lands. Keep the position of chips properly. t around the soldering temperature, keep minimum difference of the temperature between the electrodes of a chip. Iron Soldering General Structure of the Chip Resistor Soldering emp.( ) reheating ±5 10 sec. max. Gradual Cooling in the air ime(sec.) Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) (Flat ) utomotive ntisulfur utomotive ntisulfur (Convex ) ttenuator No. Name Ceramic Substrate Inner Electrode Resistor Glass Coat rotective Coat erminal Coat Ni late Sn late Main Substance l2o3 g RuO2 i2o3, SiO2 olymer / Glass NiCr lloy /g Ni Sn Characteristics erformance ackaging Standard he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order. 6 7

8 General Feature Very small, thin, and light weight. oth flow and reflow soldering are applicable. Very low inductance. Suitable size and packaging for surface mount assembly. eadfree terminal. bo(lead oxide) is included in the glass of our product which is prescribed on RoHS appendix as an exemption. pplication General purpose. Home ppliances. (DVD, Digital V, Digital Camera, udio, unner). For Computers & Communications. (Notebook, Memory Module, Mobile, Network Equipment, etc). Structure and Dimensions 103 op View Side View ottom View RC0402 RC0603 R005 R608 RC2012 RC3216 RC3225 RC5025 RC6432 SIZE(Inch) ± ± ± ± ± ± ± ± ± ±0.02 0±0.03 0± ± ± ± ± ± ± and smaller size don t have marking on top of the chips digit models(e96 series) don t have marking on top of the chips. 0.13± ±0.03 5± ±0.10 5±0.10 5±0.10 5±0.10 5±0.10 5± ± ± ±0.10 0± ± ± ± ± ±0.20 (UNI: mm) 0.10± ± ±0.10 5±0.10 5± ± ± ± ±0.20 arts Numbering System he part number system shall be in the following format R C J Dimension & Size Code olerance RC: Chip Resistor 0402: : : : : : : : : D : ±% F : ±1% G : ±2% J : ±5% or 4 digits coding system (IEC coding system) 3digits (E24 series) 4digits (E96 series) Jumper : J Jumper : 000 ackaging Code : ape ackaging 7" ES: ape ackaging 10" S: ape ackaging 13"

9 Specification lease contact our sales representatives or engineers for other specifications ower Derating Curve he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. % ower RC 0402 RC0603 R005 R608 RC2012 RC3216 RC3225 RC5025 RC Size ower () 1/32 1/20 1/16 1/10 1/8 1/4 1/3 2/3 1 Operation area RC0402 RC0603 Voltage (V) X R : ower() R: Max orking Voltage (V) R005 R608 RC2012 RC3216 RC3225 RC5025 RC6432 olerance (%) ±1(F) ±2(G) ±5(J) ±(D) ±1(F) ±2(G) ±5(J) mbient emperature Range 1 ~ ~ 1M 1 ~ ~ 10M 1 ~ ~ 10M Jumper Rating RC0402 RC0603 R005 R608 RC2012 RC3216 RC3225 RC5025 RC6432.C.R (ppm/ ) ±300 ±250 ±300 ±250 ±300 ±100 Size orking emp. 55~125 55~155 Current () mbient emp. Moisture evel 70 evel 1 Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) Marking 3 digits indication (E24 series) eft 2 digits represent significant figures. ast 1 digit represents exponential number of 10. Example: 103 eft 2 digits: 10 ast 1 digit: = = =10k No marking types : RC0402, RC0603, R005 4 digits indication (E96 series) eft 3 digits represent significant figures. ast 1 digit represents exponential number of 10. Example: 1002 eft 3 digits: 100 ast 1 digit: = =10000 =10k No marking types : RC0402, RC0603, R005, R608 IEC Code System (E96, E24) E96 E E96 E E96 E E96 E (Flat ) utomotive ntisulfur utomotive ntisulfur (Convex ) ttenuator Characteristics erformance ackaging Standard he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order. 8 9

10 ow Ohms(RU Series) Feature Under 1 ohms, precision resistance. oth flow and reflow soldering are applicable. High ower with ow CR. 100% ead Free roducts (bo not used). RoHS Complaint. pplication Current Sensing. CM of attery ack. ower supplying part, DC power charger, adapter. Mobile hone, HDD, DSC, CD. Structure and Dimensions R100 op View Side View ottom View SIZE(Inch) (UNI: mm) RU ±0.05 0±0.05 5± ± ±0.10 RU ± ± ±0.10 0±0.20 5±0.10 RU ± ±0.15 5± ±0.20 5±0.20 RU ± ±0.15 5± ± ±0.20 RU ± ±0.20 5± ± ±0.20 RU ± ±0.20 5± ± ±0.20 RU ± ±0.20 5± ± ±0.20 arts Numbering System he part number system shall be in the following format RU 2012 J Code Designation Dimension & Size Code olerance R100 ackaging Code RU: Current Sensing Resistor op Mounting (Faceup) 1005: : : : : : : F: ±1% G: ±2% J: ±5% 4digit coding system : ape & Reel 7" ES : ape & Reel 10" S: ape & Reel 13"

11 Specification 0.1~0.976 ±150 he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. ercentage of the rated dissipation(%) RU1005 RU1608 RU2012 RU3216 RU3225 RU5025 RU Operation area 1/10 1/8 1/4 1/3 1/2 2/3 ower Derating Curve able Code R100 R102 R105 R107 R110 R113 R115 R118 R120 R121 R124 R127 R130 R133 R137 R140 R143 R147 R150 Size ower () mbient emperature( ).C.R (ppm/ ) lease contact our sales representatives or engineers for other specifications Current () Marking he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order. 4 digits indication R means decimal point. Other digits represent the significant value. Example : R100 R100 =.100 = =0.1 or ~+155 Value ol Code Value ol Code Value ol Code Value ol Code Value ol Code Value (%) ( ) (%) ( ) (%) ( ) (%) ( ) (%) ( ) ol (%) 0.1 R ±1 R ±1 R330 3 R R ±1 R ±1 R ±1 R ±1 R ±1 R ± ±1 R R ±1 R340 4 ±1 R ±1 R ± ±1 R ±1 R R ±1 R ±1 R ± R ±1 R ±1 R ±1 R510 1 R ± ±1 R ±1 R ±1 R360 6 R ±1 R ±1 R ±1 R ±1 R ±1 R ±1 R ± ±1 R ±1 R ±1 R ±1 R ±1 R ± R R ±1 R ±1 R ±1 R ± ±1 R ±1 R R390 9 R560 6 R ±1 R ±1 R ±1 R ±1 R ±1 R ± ±1 R ±1 R ±1 R ±1 R ±1 R ± R ±1 R ±1 R ±1 R590 9 ±1 R ± ±1 R R ±1 R ±1 R ±1 R ± ±1 R ±1 R300 R R ±1 R ± ±1 R ±1 R ±1 R ±1 R R ±1 R ±1 R ±1 R ±1 R ±1 R ± ±1 R R ±1 R ±1 R ±1 R ± R ±1 R ±1 R ±1 R ±1 R ±1 / R : ower() R: R100 mbient emperature orking emperature Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) (Flat ) utomotive ntisulfur utomotive ntisulfur (Convex ) ttenuator Characteristics erformance ackaging Standard 10 11

12 (RU Series) Feature hick Film Ultra ow Ohm Resistor. High recision Reliability. High ower with ow CR. 100% ead Free roducts (bo not used). RoHS Compliant. pplication Current Sensing. CM of attery ack. ower supplying part, DC power charger, dapter. Mobile hone, Mobile C, Note C, HDD, DSC, CD. Structure and Dimensions R010 op View Side View ottom View (UNI: mm) SIZE(Inch) RU ±0.05 0±0.05 5± ± ±0.15 RU1608 RU2012 RU3216 RU3225 RU5025 RU ± ± ± ± ± ± ± ± ± ± ± ± ±0.10 5± ± ± ± ±0.10 0± ± ± ±0.20 0±0.20 0±0.20 R 0.05 :0±0.20 R 0.05 :5±0.20 R 0.05 :0.65±0.20 R 0.05 :0.40±0.20 R 0.05 :0.90±0.20 R 0.05 :0.60±0.20 R 0.05 :1.20±0.20 R 0.05 :0.75±0.20 R 0.05 :1.50±0.20 R 0.05 :0.90±0.20 R 0.05 :1.90±0.20 R 0.05 :1.10±0.25 < < < < < < arts Numbering System he part number system shall be in the following format R U 2012 F Code Designation Dimension & Size Code olerance R051 ackaging Code RU : Current sensing resistor 1005: : : : : : : F: ±1% G: ±2% J: ±5% 4digit coding system : ape & Reel 7" ES : ape & Reel 10" S: ape & Reel 13"

13 Specification RU1005 RU1608 RU2012 RU3216 RU3225 RU5025 Size ower () 1/8 1/4 1/3 1/2 2/3 3/4 0.02~ ~0.1.C.R (ppm/ ) R<0.047:±500 R 0.047:±150 R 0.025:±600 R<0.033:±400 R 0.033:±150 R 0.025:±500 R<0.033:±350 R 0.033:±150 Current () / R : ower() R: mbient emperature 70 orking emperature 55~+155 Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General ow ohms (RU Series) RU6432 ower Derating Curve he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. ercentage of the rated dissipation(%) lease contact our sales representatives or engineers for other specifications Operation area mbient emperature( ) Marking 4digit Coding System R means decimal point. Other digits represent the significant value. Example : R010 R010 =.010 = = 0.01 or 10 R010 Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) (Flat ) utomotive ntisulfur able Code R010 R011 R012 R013 R015 R016 R018 Value ol Value ol Value ol Value Code Code Code (%) ( ) (%) ( ) (%) ( ) R020 R022 R024 R027 R030 R033 R R039 R040 R043 R047 R050 R051 R he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order. R062 R068 R075 R082 R091 R ol (%) utomotive ntisulfur (Convex ) ttenuator Characteristics erformance ackaging Standard 12 13

14 (RUK Series) Feature hick Film Ultra ow Ohm Resistor. High recision Reliability. High ower with Very ow CR. 100% ead Free roducts (bo not used). RoHS Compliant. pplication Current Sensing. CM of attery ack. ower supplying part, DC power charger, adapter. Mobile hone, Mobile C, Note C, HDD, DSC, CD. Structure and Dimensions R010 op View Side View ottom View SIZE(Inch) (UNI: mm) RUK ± ±0.10 R<15m : 5±0.10 R 15m : 0.45±0.10 5± ±0.20 RUK ± ±0.15 R<15m : 0.60±0.10 R 15m : 5± ±0.20 5±0.20 RUK ± ±0.15 R<15m : 0.65±0.10 R 15m : 0.60± ± ±0.20 RUK ± ±0.20 R<15m : 0.65±0.10 R 15m : 0.60± ± ±0.20 arts Numbering System he part number system shall be in the following format R U K 1608 F Code Designation Dimension & Size Code olerance R010 ackaging Code RUK : Current Sensing Resistor ow CR 1608: : : : F: ±1% G: ±2% J: ±5% 4digits coding system : ape & Reel 7" ES : ape & Reel 10" S: ape & Reel 13"

15 Specification RUK1608 Size 0603 ower () 1/ ~ C.R (ppm/ ) ±100 Current () mbient emperature orking emperature Operation Notes Example of land attern Design RUK2012 RUK3216 RUK / ~ ~ ~ ~ ~ ±250 ±100 ±100 ±500 ±100 / R : ower() R: ~ +155 Recommended Soldering Conditions General Structure General ow ohms (RU Series) lease contact our sales representatives or engineers for other specifications ower Derating Curve he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. ercentage of the rated dissipation(%) Operation area Marking 4digits coding system R means decimal point. Other digits represent significant value. Example : R010 R010 =.010 = = 0.01 or 10m R010 Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) mbient emperature( ) (Flat ) utomotive ntisulfur able utomotive ntisulfur (Convex ) Code Value ol(%) Code Value ol(%) ttenuator R010 R011 R012 R013 R015 R R018 R020 R022 R024 R027 R Characteristics erformance ackaging Standard he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order

16 (RJ Series) Feature hick Film ide erminal. High recision Reliability. High ower with ow CR. 100% ead Free roducts (bo not used). RoHS Compliant. pplication Current Sensing. CM of attery ack. DC ower Charger, dapter. Mobile hone, Mobile C, HDD, DSC, CD. Structure and Dimensions R010 op View Side View ottom View (UNI: mm) SIZE(Inch) RJ ± ± ± ±0.15 0±0.15 RJ ± ±0.10 5±0.15 0±0.15 5±0.15 RJ ± ±0.15 5±0.15 5± ±0.20 RJ ± ±0.15 5± ±0.20 5±0.20 RJ ± ±0.20 5± ± ±0.20 arts Numbering System he part number system shall be in the following format RJ 0816 F Code Designation Dimension & Size Code olerance R010 ackaging Code RJ : hick Film ide erminal R 0816 : : : : : F: ±1% G: ±2% J: ±5% 4digits coding system : ape & Reel 7" ES : ape & Reel 10" S: ape & Reel 13"

17 Specification Size ower () RJ0816 (1) /2 RJ RJ RJ2037 RJ3264 (1) /2 1 3/ ~ ~ ~ ~ ~ ~ ~ 0.02.C.R (ppm/ ) ± ~ 0 ± ~ 0 ±100 (1) RJ0816, RJ3264 are under development (sample available) lease contact our sales representatives or engineers for other specifications Current () / R : ower() R: mbient emperature 70 orking emperature 55 ~ +155 Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General ow ohms (RU Series) Ultra ow ohms (RU Series) ower Derating Curve he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. ercentage of the rated dissipation(%) Operation area mbient emperature( ) Marking 4digits coding system R means decimal point. Other digits represent significant value. Example : R010 R010 =.010 = = 0.01 or 10m R010 (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) (Flat ) able Code R005 R006 R007 R008 R009 R010 R011 R012 Value ol Code Value ol (%) ( ) (%) Code Value ( ) R R R R R R R R R R R R R R R R he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order. ol (%) utomotive ntisulfur utomotive ntisulfur (Convex ) ttenuator Characteristics erformance ackaging Standard 16 17

18 (Convex ) Feature Reducing SMD surface area (40% reduced). Reducing SMD costs (75% reduced). oth flow and reflow soldering are applicable. he product of leadfree terminal is RoHS compliant. bo(lead oxide) is included in the glass of our product which is prescribed on RoHS appendix as an exception. pplication For semiconductor devices. For computers, digital circuits. Structure and Dimensions 2 rray 4 rray 150 C2 C2 (UNI: mm) R102 5± ± ±0.10 3± ±0.10 R ±0.10 5± ± ± ±0.10 0±0.10 0±0.10 R ± ±0.10 0±0.10 0±0.15 0± ± ± ±0.15 arts Numbering System he part number system shall be in the following format R Code Designation 10 Dimension 4 J olerance ackaging Code R: Convex 10 : 0402 rray 16 : 0603 rray 2: 2 ieces 4: 4 ieces J :±5% Jumper : J 3 digits coding system (IEC coding system) E24 series Jumper : 000 : ape ackaging 7" ES : ape ackaging 10" S : ape ackaging 13"

19 Specification R102 R104 R164 Size ower () 1/16 1/16 1/16 Voltage (V) X R : ower() R: Max orking Voltage (V) lease contact our sales representatives or engineers for other specifications olerance (%) ±5(J) Range 1 ~ ~ 1M.C.R (ppm/ ) ±300 ±200 orking emp. mbient emp. Moisture evel 55~ evel 1 Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. ercentage of the rated dissipation(%) ower Derating Curve Operation area mbient emperature( ) Jumper Rating R102 R104 R164 Size Current () ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur and attern 2 1 (Convex ) (Concave ) : and attern : Chip Resistor E D (Flat ) utomotive ntisulfur C utomotive ntisulfur (Convex ) C D E 1 2 ttenuator R10 R Characteristics erformance R104 R he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order ackaging Standard 18 19

20 (Concave ) Feature Strong ody. oth flow and reflow soldering are applicable. Concave erminal. he product of leadfree terminal is RoHS compliant. bo(lead oxide) is included in the glass of our product which is prescribed on RoHS appendix as an exception. pplication For semiconductor devices. For computers, digital circuits. Structure and Dimensions (1) Concave C2 op View Side View ottom View (UNI: mm) C2 RN102 RN ±0.10 5± ± ± ± ± ±0.15 3±0.10 0±0.10 0±0.10 0±0.10 0±0.10 (2) Inverted Concave 150 C2 op View Side View ottom View (UNI: mm) C2 RM102 RM ±0.10 5± ± ± ± ± ±0.15 3±0.10 0±0.10 0±0.10 0±0.10 0±0.10 (3) Shortfree & Inverted Concave 150 C2 op View Side View ottom View (UNI: mm) C2 RK102 RK ±0.10 5± ± ± ±0.15 3±0.10 0±0.10 0±0.10 0±0.10 0±0.10

21 arts Numbering System he part number system shall be in the following format RN Code Designation RN : Concave RM : Inverted Concave RK : Shortfree & Inverted 10 Dimension 10: 0402 rray 4 2: 2 ieces 4: 4 ieces J olerance F: ±1% J: ±5% Jumper : J digit coding system (IEC coding system) E24 series Jumper : 000 ackaging Code : ape & Reel 7" ES : ape & Reel 10" S : ape & Reel 13" Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure Specification Size ower () 1/16 1/16 Voltage (V) X R : ower() R: Max orking Voltage (V) lease contact our sales representatives or engineers for other specifications he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. ercentage of the rated dissipation(%) ower Derating Curve Operation area mbient emperature( ) olerance (%) ±1(F) ±2(G) ±5(J) Range 1 ~ ~ 1M.C.R (ppm/ ) ±300 ±200 Jumper Rating Size orking emp. 55~ evel 1 Current () mbient emp. Moisture evel General ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) (Flat ) and attern utomotive ntisulfur utomotive ntisulfur (Convex ) : and attern : Chip Resistor E D ttenuator Characteristics erformance C ackaging C D E Standard he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order

22 (Flat ) Feature Very Small rray. Stable and ccurate. Flat erminal. he product of leadfree terminal is RoHS compliant. bo(lead oxide) is included in the glass of our product which is prescribed on RoHS appendix as an exception. pplication For semiconductor devices. For computers, digital circuits. Structure and Dimensions (1) Flat rray D C2 D (UNI: mm) C2 RF062 RF ± ± ± ± ± ± ± ± ± ± ± ± ±0.10 0± ±0.10 (2) Inverted rray D C2 D (UNI: mm) C2 RM062 RM ± ± ± ± ± ± ± ± ± ± ± ± ±0.10 0± ±0.10

23 arts Numbering System he part number system shall be in the following format RF Code Designation RF : Flat RM : Inverted & Flat 06 Dimension 06: 0201 rray 4 2: 2 ieces 4: 4 ieces J olerance J: ±5% Jumper : J digit coding system (IEC coding system) E24 series Jumper : 000 ackaging Code : ape & Reel 7" ES : ape & Reel 10" S : ape & Reel 13" Operation Notes Example of land attern Design Recommended Soldering Conditions Specification Size ower () 1/32 1/32 Voltage (V) X R : ower() R: Max orking Voltage (V) olerance (%) ±5(J) lease contact our sales representatives or engineers for other specifications ower Derating Curve he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. ercentage of the rated dissipation(%) Operation area mbient emperature( ) Range.C.R (ppm/ ) 10 ~ 1M ±200 Jumper Rating Size orking emp. mbient emp. Moisture evel 55~ evel 1 Current () General Structure General ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) (Flat ) and attern : and attern : Chip Resistor utomotive ntisulfur utomotive ntisulfur (Convex ) ttenuator Characteristics erformance C D C C D C YE (Inch) Reflow Soldering Dimension 2 + C D ackaging Standard he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order

24 s Feature Stable in the Sulfur tmosphere. SM Satisfied assed 720hrs with the dried Sulfur at 105. High recision Reliability. RoHS Compliant. pplication Electronic Devices with longterm reliability. Server System (Memory Module / HDD). Network Equipment. Structure and Dimensions op View Side View ottom View SIZE(Inch) (UNI: mm) R ±0.03 0± ± ± ±0.05 R ±0.05 0±0.05 5± ± ±0.10 R ± ± ±0.10 0±0.20 5±0.10 R ± ±0.15 5± ±0.20 5±0.20 R ± ±0.15 5± ± ±0.20 R ± ±0.20 5± ± ±0.20 R ± ±0.20 5± ± ±0.20 R ± ±0.20 5± ± ±0.20 arts Numbering System he part number system shall be in the following format R C S J Code Designation Dimension & Size Code olerance R: ntisulfur General 0603: : : : : : : : D: ±% F: ±1% G: ±2% J: ±5% or 4 digits coding system (IEC coding system) 3digits (E24 series) 4digits (E96 series) Jumper : J Jumper : 000 ackaging Code : ape & Reel 7" ES: ape & Reel 10" S: ape & Reel 13"

25 Specification R0603 R1005 Size ower () 1/20 1/16 Voltage (V) Max orking Voltage (V) R /10 50 X R R /8 150 : ower() R /4 R: 200 R /3 200 R /3 200 R lease contact our sales representatives or engineers for other specifications olerance (%) ±1(F) ±2(G) ±5(J) ±(D) ±1(F) ±2(G) ±5(J) Range 1 ~ ~ 10M 1 ~ ~ 10M.C.R (ppm/ ) ±300 ±250 ±300 ±100 orking emp. 55~125 55~155 mbient emp. Moisture evel 70 evel 1 Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. % ower ower Derating Curve Operation area R0603 R1005 R1608 R2012 R3216 R3225 R5025 R mbient emperature Jumper Rating R0603 R1005 R1608 R2012 R3216 R3225 R5025 R6432 Size Current () (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) (Flat ) Sulfur Corrosion est est name SM Dry Sulfur (IM recommended) dding Material Sulfur 50 g KNO3 200 g DI water 200ml Sulfur 50 g emp Duration ime 720hrs 720hrs Decision Criteria R<±1% R<±1% Desiccator (15 iter) Sulfur KNO3 Hanger (C Holder) utomotive ntisulfur utomotive ntisulfur (Convex ) ttenuator Characteristics erformance ackaging [ est Equipment ] Standard 24 25

26 (Convex ) Feature Stable in the Sulfur tmosphere. SM Satisfied assed 720hrs with the dried Sulfur at 105. High recision Reliability. RoHS Compliant. pplication Electronic Devices with longterm reliability. Server System (Memory Module / HDD). Network Equipment. utomotive ECU parts Structure and Dimensions 2 rray 4 rray C2 (UNI: mm) C2 RS102 RS104 RS ± ± ±0.10 5±0.10 5±0.10 0± ± ±0.10 0± ±0.10 3± ± ±0.10 0±0.10 0± ± ± ±0.10 0± ±0.15 arts Numbering System he part number system shall be in the following format RS Code Designation 10 Dimension 4 J olerance ackaging Code RS : ntisulfur Convex 10 : 0402 rray 16 : 0603 rray 2: 2 ieces 4: 4 ieces F:±1% G:±2% J :±5% Jumper : J 3 or 4 digits coding system (IEC coding system) 3digits (E24 series) 4digits (E96 series) Jumper : 000 : ape ackaging 7" ES : ape ackaging 10" S : ape ackaging 13"

27 Specification RS102 RS104 RS164 Size ower () 1/16 1/16 1/16 Voltage (V) X R : ower() R: Max orking Voltage (V) lease contact our sales representatives or engineers for other specifications olerance (%) ±5(J) Range 1 ~ ~ 1M.C.R (ppm/ ) ±300 ±200 orking emp. mbient emp. Moisture evel 55~ evel 1 Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. ercentage of the rated dissipation(%) ower Derating Curve Operation area mbient emperature( ) Jumper Rating RS102 RS104 RS164 Size Current () ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur and attern 2 1 (Convex ) (Concave ) : and attern : Chip Resistor E D (Flat ) utomotive ntisulfur C utomotive ntisulfur (Convex ) C D E 1 2 RS102 RS104 RS he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order ttenuator Characteristics erformance ackaging Standard 26 27

28 (Concave ) Feature Stable in the Sulfur tmosphere. SM Satisfied assed 720hrs with the dried Sulfur at 105. High recision Reliability. RoHS Compliant. pplication Electronic Devices with longterm reliability. Server System (Memory Module / HDD). Network Equipment. utomotive ECU parts Structure and Dimensions (1) Concave C2 op View Side View ottom View (UNI: mm) C2 RNS102 RNS ±0.10 5± ± ± ± ± ±0.15 3±0.10 0±0.10 0±0.10 0±0.10 0±0.10 (2) Inverted Concave C2 op View Side View ottom View (UNI: mm) C2 RMS102 RMS ±0.10 5± ± ± ± ± ±0.15 3±0.10 0±0.10 0±0.10 0±0.10 0±0.10 (3) Shortfree & Inverted Concave C2 op View Side View ottom View (UNI: mm) C2 RKS102 RKS ±0.10 5± ± ± ±0.15 3±0.10 0±0.10 0±0.10 0±0.10 0±0.10

29 arts Numbering System he part number system shall be in the following format RMS Code Designation RNS : ntisulfur Concave RMS : ntisulfur Inverted Concave RKS : ntisulfur Shortfree & Inverted 10 Dimension 10: 0402 rray 4 2: 2 ieces 4: 4 ieces J olerance F: ±1% J: ±5% Jumper : J digit coding system (IEC coding system) E24 series Jumper : 000 ackaging Code : ape & Reel 7" ES : ape & Reel 10" S : ape & Reel 13" Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure Specification Size ower () Voltage (V) Max orking Voltage (V) olerance (%) Range.C.R (ppm/ ) orking emp. mbient emp. Moisture evel General ow ohms (RU Series) Ultra ow ohms (RU Series) /16 1/16 X R : ower() R: lease contact our sales representatives or engineers for other specifications ±1(F) ±2(G) ±5(J) 1 ~ ~ 1M ±300 ±200 55~ evel 1 (RUK Series) (RJ Series) ower Derating Curve Jumper Rating (CONVEX ) he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. ercentage of the rated dissipation(%) Operation area mbient emperature( ) Size Current () (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) (Flat ) utomotive ntisulfur and attern utomotive ntisulfur (Convex ) ttenuator E : and attern D Characteristics erformance : Chip Resistor ackaging C C D E Standard he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order

30 (Flat ) Feature Stable in the Sulfur tmosphere. SM Satisfied assed 720hrs with the dried Sulfur at 105. High recision Reliability. RoHS Compliant. pplication Electronic Devices with longterm reliability. Server System (Memory Module / HDD). Network Equipment. utomotive ECU parts Structure and Dimensions (1) Flat rray D C2 D (UNI: mm) C2 RFS062 RFS ± ± ± ± ± ± ± ± ± ± ± ± ±0.10 0± ±0.10 (2) Inverted rray D C2 D (UNI: mm) C2 RMS062 RMS ± ± ± ± ± ± ± ± ± ± ± ± ±0.10 0± ±0.10

31 arts Numbering System he part number system shall be in the following format RFS Code Designation RFS: ntisulfur Flat RMS : ntisulfur Inverted & Flat 06 Dimension 06 : 0201 rray 4 2: 2 ieces 4: 4 ieces J olerance J: ±5% Jumper : J digit coding system (IECcoding system) E24 series Jumper : 000 ackaging Code : ape & Reel 7" ES : ape & Reel 10" S : ape & Reel 13" Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure Specification Size ower () 1/32 1/32 Voltage (V) X R : ower() R: Max orking Voltage (V) olerance (%) ±5(J) lease contact our sales representatives or engineers for other specifications Range.C.R (ppm/ ) 10 ~ 1M ±200 orking emp. mbient emp. Moisture evel 55~ evel 1 General ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) ower Derating Curve he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. ercentage of the rated dissipation(%) Operation area mbient emperature( ) Jumper Rating Size Current () (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) (Flat ) utomotive ntisulfur and attern utomotive ntisulfur (Convex ) : and attern : Chip Resistor ttenuator Characteristics erformance C D C C D C YE (Inch) Reflow Soldering Dimension 2 + C D ackaging Standard he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order

32 utomotive ntisulfur Feature ECQ200 Qualified. SM satisfied. Excellent antisulfur performance. eadfree terminal (matt tin) RoHS complaint with exemption. pplication Electronic Control Units of utomotive arts utomotive grade applications Infotainment applications for car. Structure and Dimensions RCM0603 RCM1005 RCM1608 RCM2012 RCM3216 RCM3225 RCM5025 RCM op View Side View ottom View SIZE(Inch) ± ± ± ± ± ± ± ±0.20 0±0.03 0± ± ± ± ± ± ± and smaller size don t have marking on top of the chips digit models(e96 series) don t have marking on top of the chips. 0.23±0.03 5± ±0.10 5±0.10 5±0.10 5±0.10 5±0.10 5± ± ±0.10 0± ± ± ± ± ±0.20 (UNI: mm) 0.15± ±0.10 5±0.10 5± ± ± ± ±0.20 arts Numbering System he part number system shall be in the following format RCM J Dimension & Size Code olerance ackaging Code RCM : utomotive 0603: : : : : : : : F : ±1% G : ±2% J : ±5% Jumper : J 3 or 4 digits coding system (IEC coding system) 3digits (E24 series) 4digits (E96 series) Jumper : 000 : ape ackaging 7" ES: ape ackaging 10" S: ape ackaging 13"

33 Specification RCM0603 RCM1005 RCM1608 RCM2012 RCM3216 RCM3225 RCM5025 RCM6432 Size ower () 1/20 1/16 1/10 1/8 1/4 1/3 2/3 1 Voltage (V) X R : ower() R: Max orking Voltage (V) lease contact our sales representatives or engineers for other specifications ±1(F) 1 ~ 9.9 ± ±2(G) 55~ ~ 10M ±250 ±5(J) olerance (%) ±(D) ±1(F) ±2(G) ±5(J) Range 1 ~ ~ 1M.C.R (ppm/ ) ±300 ±100 orking emp. 55~155 mbient emp. Moisture evel 70 evel 1 Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General ow ohms (RU Series) Ultra ow ohms (RU Series) ower Derating Curve he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. % ower Operation area RCM0603 RCM1005 RCM1608 RCM2012 RCM3216 RCM3225 RCM5025 RCM mbient emperature Jumper Rating RCM0603 RCM1005 RCM1608 RCM2012 RCM3216 RCM3225 RCM5025 RCM6432 Size Current () (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) Marking 3 digits indication (E24 series) eft 2 digits represent significant figures. ast 1 digit represents exponential number of 10. Example: 103 eft 2 digits: 10 ast 1 digit: = = =10k No marking types for 3 digit models : RC0402, RC0603, R005 4 digits indication (E96 series) eft 3 digits represent significant figures. ast 1 digit represents exponential number of 10. Example: 1002 eft 3 digits: 100 ast 1 digit: = =10000 =10k No marking types for 4 digit models : RC0402, RC0603, R005, R608 IEC Code System (E96, E24) E96 E E96 E E96 E E96 E (Flat ) utomotive ntisulfur utomotive ntisulfur (Convex ) ttenuator Characteristics erformance ackaging Standard he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order

34 utomotive ntisulfur (Convex ) Feature ECQ200 Qualified. SM satisfied. Excellent antisulfur performance. eadfree terminal (matt tin) RoHS complaint with exemption. pplication Electronic Control Units of utomotive arts utomotive grade applications Infotainment applications for car. Structure and Dimensions 2 rray 4 rray 150 C2 p C2 (UNI: mm) RM102 RM104 RM ± ± ±0.10 5±0.10 5±0.10 0± ± ±0.10 0± ±0.10 3± ± ±0.10 0±0.10 0± ± ± ±0.10 0± ±0.15 arts Numbering System he part number system shall be in the following format RM Code Designation 10 Dimension 4 J olerance ackaging Code RM : utomotive Convex 10 : 1005 rray 16 : 1608 rray 2: 2 ieces 4: 4 ieces F:±1% G:±2% J :±5% Jumper : J 3 or 4 digits coding system (IEC coding system) 3digits (E24 series) 4digits (E96 series) Jumper : 000 : ape ackaging 7" ES : ape ackaging 10" S : ape ackaging 13"

35 Specification RM102 RM104 RM164 Size ower () 1/16 1/16 1/16 Voltage (V) X R : ower() R: Max orking Voltage (V) lease contact our sales representatives or engineers for other specifications olerance (%) ±1(F) ±2(G) ±5(J) Range 1 ~ ~ 1M.C.R (ppm/ ) ±300 ±200 orking emp. mbient emp. Moisture evel 55~ evel 1 Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. ercentage of the rated dissipation(%) ower Derating Curve Operation area mbient emperature( ) Jumper Rating RM102 RM104 RM164 Size Current () ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur and attern 2 1 (Convex ) (Concave ) : and attern : Chip Resistor E D (Flat ) utomotive ntisulfur C utomotive ntisulfur (Convex ) C D E 1 2 RM RM104 RM he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order ttenuator Characteristics erformance ackaging Standard 34 35

36 ttenuator Feature he R10 is smallsize chip ttenuator, suitable for high density surface mounting. Unbalanced πtype attenuator circuit in one chip(1.0 mm x 1.0 mm). Mounting occupation area reduction : about 50 % reduction. Mounting cost reduction : Mounting times 3 times 1 time. ttenuation : 0 d to 10 d. pplication ttenuation / level control / impedance matching of high frequency signals of communication equipment; cellular phones(gsm, CDM, etc.), HS, D, for example. Structure and Dimensions Structure Dimensions Coating Substrate Resistor Electrode C R10 ower() C 0.04 / package (UNI: mm) verage eight 5±0.10 3± ± ± ± arts Numbering System he part number system shall be in the following format R Code Designation 10 Dimensions & Circuit Configuration ttenuation Value olerance Characteristic Impedance 03 ttenuation Value acking R:Convex type 10:1.0x1.0(mm)0404 :Unbalanced type ttenuator : ± d H : ± d : 50 ohm 3 d EX) 0 0d :ape ackaging 7"

37 Specification ttenuation Value Item ttenuation Value olerance Characteristic Impendance ower Rating Frequency Range VSR (Voltage Standing ave Ratio) Number of terminals Category emperature Range (Operating emperature Range) 0 d~15d 0 d~5 d : ± d 6 d~15d : ± d / package DC to 3 GHz 1.3 max 4 terminals 55 to +125 Specifications Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General ow ohms (RU Series) ower Derating Curve he rated power is the maximum continuous loading power at 70 ambient temperature. For ambient temperature above 70, the loading power follows the below power derating curve. ercentage of the rated dissipation(%) load percent (%) Equivalent Circuit Configuration Operation area mbient emperature( ) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) (Flat ) utomotive ntisulfur R2 utomotive ntisulfur (Convex ) ttenuator R1 R3 Characteristics erformance ackaging Standard he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order

38 Characteristics erformance Electrical Characteristic Item Direct Current emperature Characteristic Requirements Specification est Methods Resistor Jumper Resistor Jumper JIS C ithin the regulated resistance tolerance. 50m Max. Voltage apply ithin 5 sec. est temp: 20, 65RH est board: <FIG. 1> JIS C est emperature 1 R<10 : ±300ppm/ / R 10M : ±100ppm/.C.R(ppm / )=(RR20) / R20 1/(20) 10 6 (0201 size : ±250ppm/ ) =test emperature, 20 =20 R= at, R20 =Resistane at 20 est board: <FIG. 1> Shorttime Overload R ess than ±(1%±0.1 ) of the initial value. Visual No evidence of mechanical damage. 50m Max. JIS C pply 2.5 times rated voltage for 5 sec. ait 60 minutes at room temperature. Measure the resistance value. est board: <FIG. 1> Max Surge Current Intermittent Overload Dielectric ithstanding Voltage Insulation R ess than ±(3%±0.1 ) of the initial value. Visual No evidence of mechanical damage. No evidence of mechanical damage. Over 1,000M 50m Max. JIS C times of rated voltage. 1 second ON, 25 second OFF. 10,000 cycles. est board: <FIG. 1> JIS C pply Voltage for 1 minute :50V 1005, 1608: 100V Other: 500V Cu 1 2 V Cu Max Surge Current 1 Substrate Cu Mechanical Characteristic Item Solderability ending est dhesive strength of termination to Soldering Heat R Visual R Visual Requirements Specification Resistor Jumper Coverage: 95% each termination. No crack of termination parts and ceramic exposure of surface by melting. ess than±(1.0%±0.05 )of the initialvalue. No evidence of mechanical damage. No mechanical damage or sign of disconnection ess than±(1%±0.05 )of the initial value. No evidence of mechanical damage. 50m Max. 50m Max. est Methods Resistor IEC Rosin Flux: Rosin 25%, Methanol 75% Solder emp.: 245+5/0 Dipping time: 2± sec.(oth side dipping) JIS C fter soldering resistor on the C, 3mm of bending shall be applied for 10 sec. est board: <FIG. 2> JIS C 52011(4.16) est strengh : 5N (500g. f), 0603 : 2N est time : pplying pressure for 10 seconds JIS C Flow soldering :260±5,10 sec.max.(both side dipping) R230 Reflow soldering :260±5, 10 sec. max. over 230, 30~40 sec. 90mm Jumper 20 3mm 500 g.f nti Vibration est R Visual ess than±(1%±0.05 )of the initial value. No evidence of mechanical damage. 50m Max. JIS C hours each in X, Y and Z axis(total 6 hours) 10 to 55Hz sweep in 1 minute at 1.5mm amplitude.

39 Environmental Characteristic Item emperature Cycle oad ife ow emp. Exposure High emp. Exposure Moisture R Visual R Visual R Visual R Visual R Visual Requirements Specification Resistor Jumper Resistor Jumper ess than ±(1%±0.1 ) of the initial value. 50m Max. JIS C erform 100 cycles as follows. est Condition: 55 / 30min 125 / 30min No evidence of mechanical damage. sweep time: 5 min est board: <FIG. 1> ess than ±(3%±0.1 ) of the initial value. 50m Max. JIS C est Voltage: rated voltage est temp.: 70±2 No evidence of mechanical damage. ime: 1, hours(90 min; ON, 30 min; OFF) est board: <FIG. 1> ess than ±(3%±0.1 ) of the initial value. No evidence of mechanical damage. ess than ±(3%±0.1 ) of the initial value. No evidence of mechanical damage. ess than ±(3%±0.1 ) of the initial value. No evidence of mechanical damage. 50m Max. 50m Max. 50m Max. hese characteristics apply to 1 ~10M. In case of other resistance range, please contact us. he next is specification in our company for flow soldering and test boards. est Methods JIS C Dwell in 55 chamber without loading for 1, hours. Stabilize for 60 minutes at room temperature. Measure value. est board: <FIG. 1> JIS C Dwell in 125 ±2 or 155 ±2 chamber without loading for 1, hours. Stabilize for 60 minutes at room temperature. Measure value. est board: <FIG. 1> JIS C est Voltage: rated voltage est temp.: 40±2 ime: 1, hours(90 min; ON, 30 min; OFF) Humidity: 90~95% RH Stabilize for 1 hrs & Measure. est board: <FIG. 1> Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) Flow soldering Conditions ntisulfur Item Flux Solder Specification ROSIN 25%, I 75% Sn3.0gCu Dippin g ime: 5~10 sec. ime: 10 sec max. emp.: 260±5. (Convex ) (Concave ) (Flat ) utomotive ntisulfur utomotive ntisulfur (Convex ) ttenuator Characteristics erformance ackaging Standard he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order

40 ackaging aping Reel dimensions E C C Symbol 7" Reel 10" Reel 13" Reel ape idth C D 8mm 12mm 8mm 12mm 8mm 12mm 180+0/3 60± /3 60± ±3 81± ±3 81± ± ± ±2.0 80± ± 13.3± 13± 13± 13± 13± Unit: mm 4±0.2 4±0.2 4±0.2 4±0.2 4±0.2 4±0.2 D t Symbol 7" Reel 10" Reel 13" Reel ape idth E t 8mm 12mm 8mm 12mm 8mm 12mm 2.0± 2.0± 2.0± 2.0± 3.3± 3.3± 9± 13± 9± 13± 9± 13± 1.2± ± ± ± ± ±0.2 ape dimensions itch Carrier idth Dimensions (UNI: mm) ressed aper 1mm 2mm 8mm 8mm ± /0 1.0± ± /0 2.0± ± ± ± ± ± ±0.1 RC/R/RCM RC/R/RCM Size Size ± ±0.03 1± ± ± ±0.05 Size Size ± ±0.03 1±0.02 8± ± ±0.05 unched aper 2mm 8mm ± ± /0 1.75± ± ±0.1 RC/R/RCM /RU/RU RF/RFS/ RM/RMS R/RS/RM RN/RM/RK/ RNS/RMS/RKS Size Size ± ± ± ± ±0.10 0± ± ±0.10 0± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ±0.10 4mm 8mm ± ± /0 4.0± ± ± ±0.1 RC/R/RCM /RU/RU/RUK /RJ RC/RS/RM Size Size ± ± ± ± ± ± ± ± ± ± ± ± ± ± ±0.10 Embossed lastic 4mm 12mm ±0.2 2± / ± ±0.2 RC/R/RCM /RU/RU/RUK /RJ Size Size ± ± ± ± ± ±0.20

41 ackaging able YE (mm) YE * * * * * * * 0815* * * 0201X2R 0201X2R 0402X2R 0402X4R 0603X4R aping ackaging Code Reel Carrier ape Quantity eight(g) DS D S FS F S DS D ES S FS ES S ES S ES S ES S S S S S S S S General type, recision, ow ohms, High ohms. ackaging style can be modified when you want. (*) ide erminal ressed aper ressed aper ressed aper unched E ressed aper ressed aper unched E ressed aper unched aper unched E unched aper Embossed lastic unched aper 20,000 15,000 20,000 20,000 60,000 50,000 50, ,000 10,000 20,000 20,000 30,000 40,000 50,000 5,000 10,000 20,000 5,000 10,000 20,000 5,000 10,000 20,000 5,000 10,000 20,000 4,000 4,000 4,000 15,000 20,000 60,000 20,000 60,000 10,000 40,000 10,000 40,000 5,000 20,000 10,000 40, , Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) (Flat ) utomotive ntisulfur utomotive ntisulfur (Convex ) ttenuator Characteristics erformance ackaging Standard he specifications and designs contained herein may be subject to change without notice. lease contact our sales representatives or product engineers before order

42 Standard Value Digit Number IECCode System Specification olerance Code K E12 ±10% J E24 ±5% G E48 ±2% F E96 ±1% D 3 digit 4 digit E192 ±% M E6 ±20% E192 E96 E48 E E192 E96 E48 E E192 E96 E48 E E192 E96 E48 E24 Example E6 series ±20% E12 series ±10% E24 series ±5% E96 series ±1% olerance Code able Significant Figure of

43 Operation Notes Example of land attern Design Recommended Soldering Conditions General Structure General ow ohms (RU Series) Ultra ow ohms (RU Series) (RUK Series) (RJ Series) (CONVEX ) (CONCVE ) (F ) ntisulfur (Convex ) (Concave ) (Flat ) utomotive ntisulfur utomotive ntisulfur (Convex ) ttenuator Characteristics erformance ackaging Standard 42 43

44 ttention 1. his catalogue is valid only to the products purchased either from us or through our official distributors. 2. roduct specifications included in this catalogue are effective as of May 1, lease be advised that they are standard product specifications for reference only. e may change, modify or discontinue the product specifications without notice at any time. So, you need to approve the product specifications before placing an order. Should you have any question regarding our product specifications, please contact our sales personnel or application engineers. 3. e may modify or cease to produce the products listed in this catalogue without notice. Should you have any question, please contact our sales personnel or application engineers. 4. ithout obtaining our permission, you should not be allowed to reproduce, copy, use or transfer any content or information contained this catalogue in any manner whatsoever for any purpose. 5. In no event, will we be responsible for any claim, dispute, damage or liability whatsoever arising from, relating to or in connection with your misuse of the products or/and information included in this catalogue. e will also not assume any responsibilities whatsoever for any claim, dispute, damage or liability with regards to the intellectual property rights or other related rights of ours or any third party associated with your use of our products and/or information contained in this catalogue. eexpressly disclaim that no license is granted regarding the aforementioned rights. 6. lease note that the products in this catalogue are not designed or intended to use for the appolications set forth below. So, if you intend to use the products in this catalogue for the applications listed below,you should contact our sales personnel or application engineers before using. lease be aware that any misuse of the products deviating from product specifications or information provided in this catalogue may cause a serious property damage or a personal injury. erospace/viation equipment ransportation equipment (vehicles, trains, ships, etc) Medical equipment Military equipment Disaster prevention/crime prevention equipment ny other applications with the same as or similar complexity or reliability to the applications set forth above.

45 ISO/S ISO OHSS QC Quality System Certification ist able 1:Certification list of Samsung Factory Ce rti fi cati on ISO / S ISO OHSS QC S e cti on H i gh e ch( Chi na) uthority SI Number S Date Validity uthority SI Number EMS Date Validity uthority SI Number OHS Date Validity uthority U Number RCHSM17671 Date Validity