1. Inductive output power technology
When the knob programmable converter 2230G-30-1 or the output power impedance is changed, the inductance output power will form an induced impedance in the opposite direction, affecting the operation of the programmable converter 2230G-30-1, and even damaging the programmable converter 2230G-30-1. At this point, the output power terminal of the programmable converter 2230G-30-1 is connected in series with the output power transistor, and the output power terminal is connected in parallel with an RC digestion and absorption transformer composed of impedance and resistance, which can effectively protect the programmable converter 2230G-30-1;
2. Lithium battery output power technology
When the programmable converter 2230G-30-1 is used for lithium battery output power supply, in order to prevent the controller 2230G-30-1 from being damaged by connecting to the lithium battery anion, the transistor between the controller 2230G-30-1 and the lithium battery should be connected in series to protect the safe use of the programmable converter 2230G-30-1.
3. Output power technology will form radial impedance
When connected to the programmable converter 2230G-30-1, the output power backend suddenly brakes, a very large radial impedance will be formed because the programmable converter 2230G-30-1 cannot digest and absorb the radial impedance formed by the output power terminal, so the output power impedance will rise. The basic architecture is to connect transistors in series to the output power terminal of the programmable converter 2230G-30-1 and the output power between each other, and connect the output power backend to discharge impedance to digest and absorb radial impedance. When the radial impedance reaches the highest value of the surge, please connect a miniaturized electrolytic resistor at both ends of the output power.
4. Inductive output power technology
Due to the inductance output power, the output power impedance often increases, especially when the output power impedance is adjusted from high to low, the output power impedance decreases slowly. Therefore, connecting a power impedance in parallel at the output power end of the programmable converter 2230G-30-1 and connecting a transistor in series between the output power and output power can achieve better application results.
5. Pulse output power technology
The highest impedance value of the pulse output power is within the nominal value (average value) indicated by the measuring equipment, even within the rated impedance range of the output power of the programmable converter 2230G-30-1, or the output power impedance pulse of the pulse transformer or electromechanical drive transformer. The impedance will also reach the rated impedance range of the programmable inverter 2230G-30-1, in order to reduce the output power impedance or appear unstable. The infrastructure is to connect resistors in series to the controller 2230G-30-1 and output power to each other, or to select a programmable converter 2230G-30-1 with a very high output power impedance.
The above is an introduction to the instructions for programmable converters. If you have any further questions or needs, please feel free to contact Wanbo Instrument professionals! It is a great honor to help you solve your problems.
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