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How to use chip resistors smartly
- 1.Basic knowledge of resistors
- 2.Manufacturing methods and characteristics of thin film resistors
- 3.Performance characteristics of thin film resistors
- 4.High precision and high reliability
- 5.Trimmable chip resistors and altering resistive values
- 6.Application and recommended usage of thin film chip resistors
- 7.Application and recommended usage of small high power thin film ship resistors
- 8.Various methods of current sensing and advantage of current sensing resistors
- 9.Application and recommended usage of current sensing resistors
- Smart usage of High Frequency Chip Components
- Application Information
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Product Technical Report
Standard Specification for surface mount chip resistors
- Recommended land patterns
- Recommended reflow and flow soldering profile
- Dimensions of the packaging reel
- Dimensions of the packaging tape
Standard Specification for High frequency surface mount components
- Recommended reflow soldering profile
- Dimensions of the packaging tape
- Dimensions of the packaging reel
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Technical FAQ
High Precision Thin Film Chip Resistors
- ・Part numbering
- ・Performance characteristics
- ・Quality, reliability
- ・Mounting, packaging
Current sensing chip resistors
- ・Part numbering
- ・Performance characteristics
- ・Quality, reliability
- ・Mounting, packaging
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QC and Environmental
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- Approach to RoHS / REACH
Approach to RoHS / REACH
Our Commitment to RoHS/REACH Compliance
Unit : ppm
Chemical name | Chemical name | RG1005 | |
---|---|---|---|
lead | Pb | 1,000 | <2 |
mercury | Hg | 1,000 | <2 |
cadmium | Cd | 100 | <2 |
hexavalent chromium | Cr6 | 1,000 | <8 |
Poly- bromobiphenyl | PBB | 1,000 | <5 |
Poly- bromodiphenyl ether | PBDE | 1,000 | <5 |
Bis(2-ethylhexyl) phthalate | DEHP | 1,000 | <50 |
Butyl benzyl phthalate | BBP | 1,000 | <50 |
Dibutyl phthalate | DBP | 1,000 | <50 |
Poly- bromodiphenyl ether | PBDE | 1,000 | <50 |
Our products do not contain designated hazardous materials. In Europe,
WEEE (Waste from Electrical and Electronic Equipment) became effective on 8/13/2005, recycling responsibility has been defined, RoHS (Restriction of Hazardous Substance) became effective on 7/1/2006 and electronics components must have less than the required value of the hazardous materials designated by RoHS.
We have never used any of the hazardous materials except for lead.
This means our products will become RoHS compliant when they become lead free.
We have eliminated lead from our products unless customers require lead-containing terminals. We ship only RoHS compliant products by default. All customers who require RoHS products need not to specify RoHS compliant components.
Activity Contents
Technical Information
How to use chip resistors smartly
- 1.Basic knowledge of resistors
- 2.Manufacturing methods and characteristics of thin film resistors
- 3.Performance characteristics of thin film resistors
- 4.High precision and high reliability
- 5.Trimmable chip resistors and altering resistive values
- 6.Application and recommended usage of thin film chip resistors
- 7.Application and recommended usage of small high power thin film ship resistors
Standard Specification for surface mount chip resistors
- Recommended land patterns
- Recommended reflow and flow soldering profile
- Dimensions of the packaging reel
- Dimensions of the packaging tape
Standard Specification for High frequency surface mount components
Smart usage of High Frequency Chip Components
Susumu Deutschland GmbH