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Low-loss noise-resistant high-temperature gate driver circuits

机译:低损耗抗噪声高温栅极驱动器电路

摘要

High temperature gate driving circuits with improved noise resistance and minimized loss are implemented with high temperature components with a reduced size magnetic isolation transformer. Input broad-pulse width modulated signals are converted to offsetting narrow pulses to cross the reduced size magnetic transformer minimizing isolation losses. One embodiment teaches time and voltage offset narrow single pulses that control a set and reset regeneration of the pulse width output on the secondary side of the transformer. Another embodiment teaches multiple concurrent voltage offset pulses to cross the transformer and charge a threshold capacitor for both filtering noise and controlling the pulse width regeneration on the secondary side of the transformer.
机译:利用具有减小尺寸的磁隔离变压器的高温组件,可以实现具有改善的抗噪性和最小化损耗的高温栅极驱动电路。输入的宽脉冲宽度调制信号被转换为偏移的窄脉冲,以穿过减小尺寸的磁性变压器,从而将隔离损耗降至最低。一个实施例教导了时间和电压偏移窄的单个脉冲,其控制在变压器的次级侧上输出的脉冲宽度的置位和复位再生。另一个实施例教导了多个并发的电压偏移脉冲跨过变压器并为阈值电容器充电,以过滤噪声并控制变压器的次级侧上的脉冲宽度再生。

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