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Capacitors/Connectors
 Learn more about the benefits and advantages of Vishay’s capacitor technologies including tantalum (solid and wet), ceramic
(multilayer chip and disk), film, energy storage, polymer, power heavy current, and aluminum.
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 View the evolution of Vishay’s capacitor technologies and industry leading expertise in applications innovation.
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 Vishay’s line of RF MLCCs provide tight capacitance control, low losses (high Q), low ESR, and the ability to operate reliability,
in case sizes 0402 to 3838.
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 The NEW ESTAspring was designed to allow for a fast, simple connection. Most tubular power capacitors have an IP20 terminal
block and screw connection. Vishay is introducing a new generation of power capacitors with this fast connection technology.
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 The MKP1847H design benefits provides a robust AC filtering solution. Benefits of the design, such as the special case and
epoxy materials used to ensure protection against high humidity and the segmented film metallization offers safe end of life.
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 In this video we explain the MLCCs performance in RF applications, while showing the different product families within the
RF capacitors and we also analyze benchmarking tests.
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 An overview of Vishay’s DC-Link Capacitors. This video covers the different DC-Link Capacitors while highlighting their features
and applications.
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 A technical overview of Leaded MLCC’s covering construction and production, and key benefits and features with using leaded
MLCCs.
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 Polymer capacitors provide design advantages over traditional tantalum devices. This video highlights the benefits to designers.
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 This demo shows Vishay's RF QUAD Series operates with lower case temperature with higher thermal conductivity and better power
management versus the competitor's part.
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 Demo highlights the exceptional flexibility and enhanced charge and discharge performance of the 196 HVC ENYCAP(TM) hybrid
energy storage capacitor for energy harvesting and power line backup applications.
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 Tantalum vs MLCC - Voltage Coefficient of Capacitance
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 Highlighting the difference in performance between capacitors when they are subjected to a reflow solder wave.
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 High reliability capacitor solutions for medical and military applications
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 This video describes the construction and properties of Vishay non-magnetic MLCC capacitors and highlights applications where
the properties of these capacitors are most useful.
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 An overview covering key features and applications for MKP 1848 DC-Link Film Capacitors. These metallized polypropylene film
capacitors are ideal for power electronics like industrial power supplies and hybrid electric vehicles.
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 Overview covering key features and applications for "597D/T97 series of 75-V rated tantalum capacitors. These devices are
ideal for 28-V power rails and can be used in industrial and high-reliability power supply applications.
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 Overview covering key features and applications for Non-Magnetic Multilayer Ceramic Capacitors. These devices are manufactured
with non-magnetic materials in both terminations and electrodes and are ideal for use in MRIs and other medical products.
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 A short overview of Vishay Dale connector capabilities for edgeboard/rack and panel connectors as well as custom connector
offerings.
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 Vishay EFI offers a full range of wire bondable passive components, including thin film resistors, MOS and MNOS capacitors,
and thin film spiral inductors, all of which share Vishay EFI's high standards for performance and quality.
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Capacitors/Connectors VIDEOS
Non-Magnetic MLCCs
Overview covering key features and applications for Non-Magnetic Multilayer Ceramic Capacitors. These devices are manufactured
with non-magnetic materials in both terminations and electrodes and are ideal for use in MRIs and other medical products.
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