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This paper proposes a single-stage direct AC to high-frequency (HF) AC resonant converter based on LLC configuration for induction heating (IH) systems or HF applications.. This paper proposes a single-stage direct AC to high-frequency (HF) AC resonant converter based on LLC configuration for induction heating (IH) systems or HF applications.. This application note will review the basics of the LLC multi-resonant converter and describe a new vector method based on first harmonic approximation (FHA) that will provide a simple algorithm to design the resonant tank system for the LLC converter. It will dissect the 3300 W LLC demo board and. . This topology employs an LLC resonant converter with a high-frequency (HF) isolation transformer in the dc–dc stage. The output of the dc–dc stage is a rectified sine wave voltage and current at the line frequency. An unfolder inverter in-terfaces between this dc stage and the grid. A combined. . LLC resonant converter can achieve high efficiency and soft-switching performance. Since the dc gain curve of the single-resonant LLC converter is flat when order-harmonic resonant current and a zero-gain point to the gain curve. Higher-order- improves output THD and reduces the switching frequency. . The unidirectional high-frequency-link DC-AC converters are becoming popular for applications like grid integration of photovoltaic systems and fuel cells [1], [2]. The high frequency galvanic isolation provides high power density, light weight converter solution. The transformer is used for. . This paper proposes a single-stage direct AC to high-frequency (HF) AC resonant converter based on LLC configuration for induction heating (IH) systems or HF applications. Unlike conventional converters for IH systems, the proposed topology converts the utility frequency to HF AC in a single stage. . Isolated inverter can provide galvanic isolation which is necessary for some applications with safety regulations. Traditionally, a twostage configuration is - widely applied with isolated dc-dc stage and a sinusoidal pulse-width-modulated (SPWM) dc-ac stage. However, this twostage - configuration.
