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  • High Q & Low ESR Ceramic Capacitors

  • High Voltage Ceramic Capacitors up to 3KV

  • Automotive capacitors (AEC-Q200 compliant)

  • General Standard Ceramic Capacitors

  • SMD Power Inductors

  • Power-General Mutilayer Ferrite

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Darfon Electronics develops passive components alongside its IT peripheral and green-energy businesses. For electronic design engineers, the relevant passive-component portfolio includes multilayer ceramic capacitors (MLCCs), inductors, EMI suppression components, and LAN transformers and modules. Darfon states that these product lines combine expertise in materials, chemistry, electronics and mechanical engineering, with development focused on miniaturization, high efficiency and high performance. The MLCC range provides ceramic capacitor solutions for decoupling, filtering, energy storage and other board-level functions where capacitance, voltage rating, dielectric behavior, package size and reliability must be balanced. Darfon’s inductor products address energy storage and filtering in power-conversion circuits, while its EMI suppression components are intended to control conducted and radiated interference in compact electronic assemblies. LAN transformer and module products support galvanic isolation and signal coupling in network interfaces. The manufacturer also provides MLCC specification-management resources and engineering-change information to support component selection and lifecycle control. For power and embedded-system engineers, Darfon’s combination of MLCCs, inductors and EMI components is relevant to DC/DC converters, point-of-load power rails, computing hardware, communications equipment and other high-density electronics. Component selection should consider capacitance or inductance value, DC bias, ESR or DCR, current capability, self-resonant behavior, temperature characteristics and package constraints. Darfon’s portfolio allows designers to coordinate several passive functions within a common manufacturer platform while selecting the technology according to electrical performance, miniaturization and efficiency targets.

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