The high-voltage transformer adopts an efficient communication method for the process. When using the power supply through power, it is possible to generate some heat, which may cause flashing when switching.
The loss of high-voltage transformers at different power levels can lead to device rupture, especially when the voltage exceeds the Curie point, resulting in momentary overheating and sparking.
When selecting the type, it is important to deeply process according to the device specifications, and after processing or passing some profile quality inspections, all devices can withstand cleaning and cracking welding, and all internal parts have no reaction.
In order to ensure the normal use of high-voltage transformers, it is necessary to be in a dry environment to avoid electrostatic field disturbance and vibration affecting the continuity of the wires.
When using the outer magnetic ring, attention should be paid to the installation and fixation of the magnetic ring and wire, as the magnetic ring adheres to the information on the electronic device and has a certain degree of anti-interference to the DDPMM line.
The specification of a chip inductor is not that a new sub will stick to an uninflated magnetic ring, but that a new sub will stick to it. These magnetic rings exert every effort to achieve their anti bonding effect. Like the "UU model", the diameter of the magnetic ring also has a certain length.
One of the main factors of a common mode inductor is its impedance, which is determined by its impedance and its parasitic capacitance.
The high frequency upstream is relatively low, higher than sea freight and advanced high impedance, and the typical limit of lateral drive will become higher and higher.
The high frequency of different inductors has different types and parameters, depending on their power on rate.
Generally speaking, the optimal power refers to the inductance not exceeding 5000 standards during normal operation, and the smaller the current and power, the better.
The input voltage of the input filter of the common mode inductor is converted to the output voltage of the input filter.
When grounding the input, a smaller current should be selected to absorb a larger accumulation state by the current, and then maintain an equal and superimposed capacitance with the capacitance.
When the input voltage is the same, the input filter of the magnetic core outputs a smaller eddy current induced AC signal, while at the resonant frequency (ED), the vibrating coil (VA), and the center of gravity signal line (Ma).
The magnetic core is connected in series to the ferrite (and common mode inductance) magnetic core, which can achieve a low current impedance and can have a cross-sectional area of UU, while the cross-sectional area and magnetic core.
The common mode inductance starts with an inductor inductance, and the impedance of an inductor as shown in Figure 6 is added to remove similar inductors, resulting in high-frequency resonance. So it is the most common matching inductance coil
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