Adjustable waveform pulse generator based on homonymous inductor isolation

A waveform pulse, inductive isolation technology, applied in pulse generation, pulse technology, pulse processing and other directions, can solve the problems of unfavorable high voltage level pulse, pulse transformer waveform oscillation, pulse source cost increase, etc., to reduce the number of switches, adjust Delay time, effect of reducing the number of capacitors

Pending Publication Date: 2022-05-10
CHONGQING UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

For example, the all-solid-state Marx and LTD circuits can flexibly output pulse square waves with adjustable pulse width and frequency, but the polarities are all unipolar pulses [23]; the pulse source using multi-level MMC can output ladder-shaped Pulse, which makes the rising and falling edges of the pulse adjustable, and can also realize bipolar pulse output. The input voltage is equal to the output voltage, and there is no voltage superposition, which is not conducive to generating high-voltage pulses; the combination of Marx and bridge circuits It is also possible to output bipolar pulses, but the number of switches is large, which increases the cost of the pulse source
In addition, the all-solid-state pulse source also has various types of topologies such as switch series and pulse transformer, which have certain advantages in some application fields, but there are also some disadvantages. For example, pulse transformers are easily affected by winding stray inductance, resulting in waveform Shock, etc.

Method used

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  • Adjustable waveform pulse generator based on homonymous inductor isolation
  • Adjustable waveform pulse generator based on homonymous inductor isolation
  • Adjustable waveform pulse generator based on homonymous inductor isolation

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0059] see Figure 1 to Figure 15 , an adjustable waveform pulse generator based on the inductive isolation of the same name, including a power supply, an n-level pulse module, and a capacitor Cn+1.

[0060] The power supply, the n-stage pulse module, and the capacitor Cn+1 are connected in series.

[0061] The n-stage pulse module includes n parallel pulse modules.

[0062] Each pulse module includes capacitors, isolation transformers and switches.

[0063] The power supply charges the capacitor through the isolation transformer.

[0064] The working state of the capacitor includes charging and discharging.

[0065] The adjustable waveform pulse generator adjusts the working state of the capacitor by controlling the on-off of the switch.

[0066] An adjustable waveform pulse generator outputs bipolar pulses.

[0067] The i-th pulse module includes a capacitor Ci, an isolation transformer Ti, a switch Si_1 and a switch Si_2. The isolation transformer Ti includes a transm...

Embodiment 2

[0092] see Figure 1 to Figure 15 , an adjustable waveform pulse generator based on inductive isolation of the same name, including a power supply, a 4-level pulse module, and a capacitor C5.

[0093] The power supply, the 4-level pulse module, and the capacitor C5 are connected in series.

[0094] The 4-level pulse module includes 4 parallel pulse modules.

[0095] Each pulse module includes capacitors, isolation transformers and switches.

[0096] The power supply charges the capacitor through the isolation transformer.

[0097] The working state of the capacitor includes charging and discharging.

[0098] The adjustable waveform pulse generator adjusts the working state of the capacitor by controlling the on-off of the switch.

[0099] An adjustable waveform pulse generator outputs bipolar pulses.

[0100] The i-th pulse module includes a capacitor Ci, an isolation transformer Ti, a switch Si_1 and a switch Si_2. The isolation transformer Ti includes a transmission li...

Embodiment 3

[0135] see Figure 1 to Figure 15 , based on the eponymous inductively isolated tunable waveform pulse generator whose topology is as figure 1 As shown, it includes a DC charging power supply, N-level pulse and pulse modules. Each module includes a capacitor, an isolation transformer and two switches. In addition, a capacitor Cn+1 is added behind the last stage to ensure positive Negative polarity waveforms have the same amplitude.

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PUM

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Abstract

The invention discloses an adjustable waveform pulse generator based on homonymous inductor isolation. The adjustable waveform pulse generator comprises a power supply, n stages of pulse modules and a capacitor Cn + 1, according to the invention, the transformer wound in the same direction is used as a pulse discharge isolation element, and positive and negative pulses can be isolated during pulse discharge, so that bipolar pulses are output.

Description

technical field [0001] The invention relates to the field of pulse generation, in particular to an adjustable waveform pulse generator based on the inductance isolation of the same name. Background technique [0002] Pulse power technology is an electrophysical technology that quickly compresses, converts, or directly releases energy with a relatively high density that is stored slowly to the load. At the beginning of the development of this technology, its main application fields are mainly in the military and national defense fields such as particle accelerators, electromagnetic pulse weapons, strong laser generators, and new weapon research, and it has promoted the rapid development of pulse power technology. In recent years, as the application of pulse power technology continues to expand to the fields of medical treatment, environmental science, plasma science, food processing, electromagnetic compatibility testing and bioengineering, the parameter requirements for puls...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H03K4/02
CPCH03K4/023H03K2005/00019
Inventor 董守龙姚陈果余亮
Owner CHONGQING UNIV
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