Thin film surface RG series (This series now includes the former RGH series.) mount resistors Components Metal thin film chip resistors (Ultra-precision) AEC-Q200 Compliant RG series (This series now includes the former RGH series.) Reliability characteristics Specification: drift limits for each power rating Features Item Test Method Low Regular High (Typical) 47 47 47 47 47 47 Ultimate chip resistors: the result of all of our thin film technology Appled voltage : 2.5 times. Test duration: 5 seconds. (When maximun Short time Overload 0.10% 0.05% 0.10% 0.05% 0.10% 0.01% expertise including inorganic passivation operationg voltage: 2 times or less) Resistance drift: less than +/-0.1% after 10000 hour accelerated reliability test Test temperature : 85 (When high voltage : 70 ). Applied voltage : Load Life 0.25% 0.10% 0.50% 0.25% 0.50% 0.01% rated voltage. Repeat 1000 hours as follow : 90 mins on/30mins off. +/-0.02% of resistance tolerance and +/-5ppm/C of temperature Test condition: 85, 85% RH. Applied power : 1/10 rated power. Moisture load life 0.25% 0.10% 0.50% 0.25% 0.50% 0.05% coefficient of resistance Repeat 1000 hours as follow : 90 mins on/30mins off. Repeat 1000 cycle as follow : Excellent tolerance to power surges Temperature Cycle 0.25% 0.10% 0.25% 0.10% 0.10% 0.01% 55 (30 min.)/Room Temp.(2 min.) / +125 (30min.)/Room Temp.(2min.) High temperature Exposure +155 for 1000 hours with no load 0.25% 0.10% 0.25% 0.10% 0.10% 0.01% Applications Any applications that require precision resistors such as automotive electronics, 10000 hour reliability test data industrial test and measurement equipment, and consumer electronics Standard stock item: E-24 series with TCR P, Q, and R grades, as well as tolerance D and B grades. Other Life test High temperature high humidity bias test Specifications E-24 grades and E-96 series are made to order unitmm Dimensions RG1005 RG1608 RG2012 Dimension RG3216 (0402) (0603) (0805) inch (1206) OLD:RGH1005-2B included OLD:RGH1608-2C included OLD:RGH2012-2E included L 1.000.05 1.600.20 2.000.20 3.200.20 W 0.500.05 0.800.20 1.250.20 1.600.20 A 0.200.10 0.300.20 0.400.20 0.500.25 B 0.250.05 0.300.20 0.400.20 0.500.20 T 0.350.05 0.400.10 0.400.10 0.400.10 NOTE Obsoleted : RGH1005-2B (0402) RGH:1608-2C (0603) RGH2012-2E (0805) Alternative P/N : RG1005 (0402) RG1608 (0603) RG2012 (0805) Electrical characteristics Temperature cycle test High temperature exposure test Series name RG1005 RG1608 High power application 1/8WOLDRGH1005-2B 1/6WOLDRGH1608-2C Rated Regular power application 1/16W 1/10W 1 power High precision 1/32W 1/16W E series offered E-24, E-96 Resistance range 1046.4 4797.6 100 2.94k 3k100k 1046.4 4797.6 1004.99k 5.1k270k 274k332k 340k360k 0.02P Resistance 0.05W tolerance 0.1B 0.25C 0.5D 5V Temperature 10N coefficient of 25P resistance 50Q Power derating characteristics Maximum pulse power limit ppm/ 100R Maximum voltage 75V 100V Test procedure Operating temperature 55155 55155 5,000pcs CodeT5 CodeT5 Voltage pulse is applied to the test Packaging samples mounted on the test board. 10,000pcs CodeT10 After each pulse, resistance drift is Series name RG2012 RG3216 measured. Pulse voltage is increased High power application 1/4WOLDRGH2012-2E until the drift exceeds +/-0.5%. The Rated Regular power application 1/8W 1/4W 1 power at that voltage is defined as the power High precision 1/10W 1/8W maximum pulse power. E series offered E-24, E-96 Resistance range 1046.4 4797.6 100 10k 10.2k475k 487k1M 1046.4 4797.6 10033.2k 34k1M 0.02P Resistance 0.05W Part numbering system tolerance 0.1B 0.25C RG 1608 N-102-B-T5 0.5D 5V Temperature 10N coefficient of resistance 25P ppm/ 50Q Maximum voltage 150V 200V Operating temperature 55155 55155 Packaging 5,000pcs CodeT5 CodeT5 1 Depending on customers reliability requirements, power rating between high power and regular power can be selected. - - - - RGH 1608 2C N 102 B T5 Contact us for RG3225 with 1/2W rated power. Complete Product Catalogue Thin Film Product 77 8 Thin film surface RG series (This series now includes the former RGH series.) mount resistors