fantabulous68
Member
Why is there very little need for snubbing in this type of circuit?
i know that a snubber holds 2 intermediate nodes stationary and slows dv/dt.
So is the circuit balanced because the top diode holds the top half still and the bottom diode holds the bottom half still. Am i correct? theres also 3 inductances , primary leakage, secondary leakage and mutual inductance. The primary leakage inductance goes into the power supply via the diode for the next time round so it does not need a snubber to remove the inductance? and the secondary leakage and mutual inductance get dissipated via the load in the secondary
i know that a snubber holds 2 intermediate nodes stationary and slows dv/dt.
So is the circuit balanced because the top diode holds the top half still and the bottom diode holds the bottom half still. Am i correct? theres also 3 inductances , primary leakage, secondary leakage and mutual inductance. The primary leakage inductance goes into the power supply via the diode for the next time round so it does not need a snubber to remove the inductance? and the secondary leakage and mutual inductance get dissipated via the load in the secondary
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