Talema Blog

Useful articles and advice from our expert engineering team

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Line-Matching Transformers Part 2: Design Considerations

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Designing a line-matching transformer for distributed audio requires striking a balance between multiple factors in order to deliver sufficient quality at a reasonable cost.

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Line-Matching Transformers Part 1: Constant Voltage Speaker Systems

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Line-matching transformers are a key component of constant voltage speaker systems, which are used to distribute audio signals to multiple loudspeakers and locations.

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Gate Drive Transformer Design Methodology

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Following these 12 steps when designing gate drive transformers will ensure a long component life and optimal performance.

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8 Things to Consider Before Designing a Gate Drive Transformer

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Several important factors need to be considered when designing an optimized gate drive transformer (GDT). This article discusses several GDT design considerations, as well as ideal applications for their use.

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Gate Drive Transformer Pulse Response Characteristics

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A gate drive transformer must reproduce the shape of an input pulse as accurately as possible at its secondary terminals.

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Gate Drive Transformers and Circuits

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A gate drive transformer is optimized for transmitting rectangular electrical pulses with fast rise and fall times to activate or deactivate a switching device. Despite various floating channel MOSFET/IGBT driver ICs being available, a transformer-coupled gate drive is still the better option to use for high power applications.

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Introduction to Gate Drivers for Power Electronics

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A gate driver is a power amplifier that accepts a low-power input from a controller IC and produces the appropriate high current gate drive for a power device. As requirements for power electronics continue to increase, the design and performance of the gate driver circuitry are becoming ever more important. 

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12 Steps for Designing SMPS Transformers

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Designing magnetic components for SMPS can be challenging due to the increasing demands of modern electronics designs. Following these 12 steps can help engineers navigate the challenges and ensure a successful project.

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SMPS: Phase-Shifted Full-Bridge Converters

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Phase-shifted full-bridge (PSFB) converters reduce switching loss and increase efficiency by phase-shifting the gate signals between the leading leg and the lagging leg switches without additional circuits. 

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SMPS: Resonant Converters

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Demand for smaller electronics (and thus smaller power supplies) continues to increase. Resonant techniques are used to allow for high-frequency operation in switched-mode power supplies, which in turn allows for smaller components.

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SMPS: Symmetrical Isolated Converters

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The fourth article in our series on switched-mode power supplies (SMPS) covers the main types of symmetrical isolated converter topologies: push-pull, half-bridge, and full-bridge.

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SMPS: Asymmetrical Isolated Converters

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Isolated SMPS topologies are split into two main categories depending upon how the transformer is utilized: asymmetrical and symmetrical. In this article, we discuss asymmetrical isolated converter topologies.

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SMPS: Non-Isolated Converters

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Non-isolated converters are less common than isolated converters among typical switched-mode power supply (SMPS) topologies. But they still have several useful applications.

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Intro to Switched-Mode Power Supplies (SMPS)

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Switched-mode power supplies (SMPS) are fairly complex compared to linear regulated power supplies. But this complexity results in a stable, regulated DC supply that can deliver power more efficiently for a given size, weight and cost.

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