Figure 1.

Single-switch high voltage pulse power supply based on resonance and transformer"

Figure 2.

Pulse power supply of switch parallel RCD absorption circuit"

Figure 3.

Pulse power supply with parallel R-D freewheeling circuit on the primary side of transformer"

Figure 4.

Theoretical waveforms of two resonant power supply parameters"

Figure 5.

Two circuit operating principle and equivalent circuit under operating mode one (a)Two circuits equivalent principle under operating mode one (b)The equivalent circuit of the resonant part under Laplace transform"

Figure 6.

Two circuit operating principle and equivalent circuit under operating mode two (a)Two circuits equivalent principle under operating mode two (b)The equivalent circuit of the resonant part under Laplace transform"

Figure 7.

Equivalent circuit of pulse power supply with RCD absorption circuit under operating mode three"

Figure 8.

Equivalent circuit of pulse power supply with R-D continuing branch under operating mode three"

Table 1.

Component parameter"

Figure 9.

Variation law of voltage overshoot with Rb and Cb (a)Variation law of voltage overshoot with Rb (b)Variation law of voltage overshoot with Cb"

Figure 10.

The power consumption of each component varies with Rb and Cb (a)Variation of power consumption of each component with Rb (b)Variation of power consumption of each component with Cb"

Figure 11.

Variation of voltage overshoot with Rp"

Figure 12.

Variation of power consumption of each component with Rp"

Figure 13.

Waveforms of voltage VDS(Q)、leakage inductance current ILs and output voltage Vout at both ends of switch under no-load condition of two-pulse power supply (a)Transformer primary side parallel R-D freewheeling branch (b)Switch parallel RCD snubber circuit"

Figure 14.

The waveforms of the voltage VDS(Q) and the leakage inductance current ILs across the switch when the load is short-circuited and the leakage inductance current is zero-crossing"

Figure 15.

The waveforms of the voltage VDS(Q) and the leakage inductance current ILs across the switches of the two circuits when the load is short-circuited and the leakage inductance current does not cross zero (a)Transformer primary side parallel R-D freewheeling branch (b)Switch parallel RCD snubber circuit"

Figure 16.

Waveforms of voltage VDS(Q), leakage inductance current ILs and output voltage Vout at both ends of the switch when two pulse power supplies are loaded with 50 kΩ non-inductive resistance (a)Transformer primary side parallel R-D freewheeling branch (b)Switch parallel RCD snubber circuit"

Figure 17.

The waveforms of the voltage VDS(Q), the leakage inductance current ILs and the output voltage Vout of the two-pulse power supply under the DBD load (a)Transformer primary side parallel R-D freewheeling branch (b)Switch parallel RCD snubber circuit"

Figure 18.

Discharge effect under DBD load"