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    TDK Releases Industry First 1uF 100V X7R MLCCs in 1608 Case

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    TDK Releases Industry First 1uF 100V X7R MLCCs in 1608 Case

    YAGEO Expands One Turn Inductors for AI and High-Efficiency Power Applications

    YAGEO Extends Lifetime of its Aluminum SMD Chip Capacitors to 5500hrs at 125C/Ur

    Murata Releases Worlds First 10µF/50V Automotive MLCC in 0805 Size

    Würth Elektronik Extends High Saturation Flat-Wire Power Inductors Line

    Vishay Expands Automotive High Frequency Thin Film Chip Resistors

    Advancements and Applications of Switch Capacitor Power Converters

    KYOCERA AVX Releases Robust Vertical-Mating Battery Connectors

    Accelerating Full Bridge LLC Resonant Converter Design with Frenetic AI

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    Inductor Resonances and its Impact to EMI

    Highly Reliable Flex Rigid PCBs, Würth Elektronik Webinar

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Technical Clarification on Polymer Capacitors: No Danger for Graphic Cards.

21.10.2020
Reading Time: 2 mins read
A A

Frozen GPUs, superheated boards – there have been some rumors lately that using Polymer capacitors might cause stability issues for certain applications. Now, Panasonic Industry, a renowned manufacturer of a widespread portfolio of capacitors, gives the all-clear statement that this assumption is entirely incorrect and refers to the need of taking the behavior of polymer capacitors into consideration prior to designing.

Two different types of capacitors – respectively a mix of both – can be used to design a GPU or a CPU board: Polymer technology functions significantly better at higher temperatures and has a high reliability. MLCCs (Multilayer Ceramic Capacitors), on the other hand, tend to function better at high frequencies, but are prone to cracking.

RelatedPosts

TDK Releases Industry First 1uF 100V X7R MLCCs in 1608 Case

YAGEO Expands One Turn Inductors for AI and High-Efficiency Power Applications

YAGEO Extends Lifetime of its Aluminum SMD Chip Capacitors to 5500hrs at 125C/Ur

Hence, combining both technologies would be the option of choice – the appropriate number of Polymers and MLCCs, however, varies according to the specific design.

Speaking about the presumed hardware damages, a comprehensive evaluation of the overall circuit is essential to state whether a graphics card is stable or not. There are different factors that might cause a GPU to freeze, such as hard drive, overheating GPU, bad memory or failing power supply due to many reasons.

As a consequence, the assumption of only Polymer capacitors causing the failure of graphics cards is unrestrained – and wrong.

Panasonic Industry provides contemporary solutions for GPU and CPU manufacturers by offering a wide range of Polymer capacitors which can complement MLCCs for the best performance possible.

Learn more on SP-Cap and POSCAP series of Panasonic Industry standing out with lowest ESR and high capacitance – and being proven in their compatibility with MLCCs for those specific applications.

Graphic Card Manufacturers Refuse to Blame POSCAP Capacitors as Cause for Hardware Crash
Source: Panasonic

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