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    How to Manage Supercapacitors Leakage Current and Self Discharge 

    Qualification of Commercial Supercapacitors for Space Applications

    Experimental Evaluation of Wear Failures in SMD Inductors

    Resonant Capacitors in High-Power Resonant Circuits

    a Schematic diagram of the BNT-based components constructed based on the entropy-increase strategy. b Digital photograph, cross-sectional SEM image, and EDS mappings of the MLCCs. c Unipolar P-E loops of MLCCs as a function of applied E. d Wrec and η of the MLCCs as a function of applied E. The comparison of (e) Wrec and η, (f) η and UF of the MLCCs with those of other recently reported state-of-the-art MLCCs. source: Nature Communications

    Researchers Proposed Enhanced Energy Storage MLCC

    Littelfuse Releases First Reflow-Compatible Illuminated Tactile Switch

    Vishay Unveils 5W Power Metal Strip Resistor in Compact 1206 Case Size

    Improving SMPS Performance with Thermal Interface Material

    Polymer Tantalum Capacitors Beyond AEC-Q200 LEO Satellites

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    Efficient Power Converters: Duty Cycle vs Conduction Losses

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    Non-Linear MLCC Class II Capacitor Measurements Challenges

    Percolation Phenomenon and Reliability of Molded Power Inductors in DC/DC converters

    Root Causes and Effects of DC Bias and AC in Ceramic Capacitors

    How to Calculate the Output Capacitor for a Switching Power Supply

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    How to Manage Supercapacitors Leakage Current and Self Discharge 

    Qualification of Commercial Supercapacitors for Space Applications

    Experimental Evaluation of Wear Failures in SMD Inductors

    Resonant Capacitors in High-Power Resonant Circuits

    a Schematic diagram of the BNT-based components constructed based on the entropy-increase strategy. b Digital photograph, cross-sectional SEM image, and EDS mappings of the MLCCs. c Unipolar P-E loops of MLCCs as a function of applied E. d Wrec and η of the MLCCs as a function of applied E. The comparison of (e) Wrec and η, (f) η and UF of the MLCCs with those of other recently reported state-of-the-art MLCCs. source: Nature Communications

    Researchers Proposed Enhanced Energy Storage MLCC

    Littelfuse Releases First Reflow-Compatible Illuminated Tactile Switch

    Vishay Unveils 5W Power Metal Strip Resistor in Compact 1206 Case Size

    Improving SMPS Performance with Thermal Interface Material

    Polymer Tantalum Capacitors Beyond AEC-Q200 LEO Satellites

    Trending Tags

    • Ripple Current
    • RF
    • Leakage Current
    • Tantalum vs Ceramic
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    Efficient Power Converters: Duty Cycle vs Conduction Losses

    Ripple Steering in Coupled Inductors: SEPIC Case

    SEPIC Converter with Coupled and Uncoupled Inductors

    Coupled Inductors in SEPIC versus Flyback Converters

    Non-Linear MLCC Class II Capacitor Measurements Challenges

    Percolation Phenomenon and Reliability of Molded Power Inductors in DC/DC converters

    Root Causes and Effects of DC Bias and AC in Ceramic Capacitors

    How to Calculate the Output Capacitor for a Switching Power Supply

    Switched Capacitor Converter Explained

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Vishay Increases 1206 Thick Film Chip Resistor Power Rating to 0.5W

30.12.2021
Reading Time: 1 min read
A A

AEC-Q200 Qualified Device Saves Board Space While Lowering Component Counts and Placement Costs 

Vishay Intertechnology, Inc. announced that it has enhanced the Vishay Draloric RCC1206 e3 thick film chip resistor in the 1206 case size with a higher power rating of 0.5 W. 

RelatedPosts

How to Manage Supercapacitors Leakage Current and Self Discharge 

Vishay Unveils 5W Power Metal Strip Resistor in Compact 1206 Case Size

Tantalum Capacitor Technology Advantages for Harsh Environment

Offering twice the power of standard thick film chip resistors in this size, the RCC1206 e3 can be used in place of two parallel 1206 devices or a single device in the larger 1210 case size. This allows designers to save board space in automotive, industrial, telecommunications, and medical applications while lowering component counts and reducing placement costs. 

AEC-Q200 qualified, the RCC1206 e3 features a resistance range from 1 Ω to 1 MΩ — and 0 Ω jumper — with tolerances of ± 1 % and ± 5 % and TCR of ± 100 ppm/K and ± 200 ppm/K. The resistor offers an operating voltage of 200 V and an operating temperature range of -55 °C to +155 °C. RoHS-compliant and halogen-free, the device is suitable for processing on automatic assembly systems and for wave, reflow, or vapor phase soldering per IEC 61760-1. 

Samples and production quantities of the RCC1206 e3 are available now, with lead times of 10 weeks.

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Source: Vishay Intertechnology

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