Ignitions and Regulator / Rectifier
Power semiconductors are integral to the functionality of regulator/rectifiers in 2 or 3-wheeler applications, ensuring efficient conversion and regulation of electrical power within the vehicle's electrical system. These components convert the AC (alternating current) generated by the engine's alternator into DC (direct current) for battery charging, while also stabilizing voltage levels to prevent overcharging or damage to sensitive electronics. By enabling precise voltage regulation, power semiconductors contribute to the reliability and longevity of the battery and electrical components, improving overall vehicle performance. Additionally, their role in energy efficiency helps optimize fuel consumption and reduce emissions, making them crucial in the growing market for electric and hybrid two-wheelers.
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Single Phase Half Wave
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Single Phase Full Wave
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Three Phase Series
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Three Phase Shunt
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01 – AC Side
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SCR
Function : SCR
Remarks : Single Phase Half Wave
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02 – DC Side
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SCR
Function : SCR
Remarks : Single Phase Half Wave
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03 – FI Side
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Si Diode
Function : FI Block
Remarks : Single Phase Half Wave
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01 – Bridge
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SCR
Function : Rectifier ( High Side )
Remarks : Single Phase Full Wave
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SCR
Function : Rectifier ( Low Side )
Remarks : Single Phase Full Wave
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02 – Control Ckt
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SCR
Function : Control
Remarks : Single Phase Full Wave
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01 – Bridge
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SCR
Function : Rectifier
Remarks : Three Phase Series
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Si Diode
Function : Rectifier
Remarks : Three Phase Series
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02 – Control Ckt
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SCR
Function : Control
Remarks : Three Phase Series
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01 – Bridge
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Si Diode
Function : Rectifier
Remarks : Three Phase Shunt
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02 – Regulator
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SCR
Function : Regulator
Remarks : Three Phase Shunt
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03 – Control Ckt
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SCR
Function : Control
Remarks : Three Phase Shunt
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