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We produce Encapsulated Transformer, High frequency switching transformer, Low frequency power transformer ,inductor and current transformer.
Insulation Electronic PCB Transformer
An Insulation Electronic PCB Transformer is a highly efficient printed circuit board assembly technique that involves an opening and snap-off sections formed on both sides. Once the Insulation Electronic PCB Transformer has been mounted on the PCB, these sections are separated and the remaining components are then mounted on the PCB.
Modern transformer designs are made with state-of-the-art technology and advanced design techniques. These transformers are also lightweight and compact. Their insulation is made of aramid-based materials, which are thermally stable. These materials also allow for a more flexible design. This makes them more versatile than conventional transformers.
The insulation design of the PCB transformer is investigated for high-frequency applications. The insulation design for such a high-frequency transformer must take into account the effect of coupling capacitance on the PCB. The electrical performance of the transformer is verified experimentally. The resulting transformers exhibit high electrical field values near the sharp edges of the PCB windings. They also feature a high CTI value.
Another important consideration in PCB design is the thickness of the insulator. Too thin a layer can affect the connection between the signal and ground layers. Consequently, a thick insulator on the double signal layer allows for proper routing of the other layers. The thickness of the insulation can also be affected by the depth of the PCB.
While the nameplate of the Transformer can specify that it is made of PCBs, there are several ways to determine if it contains these circuit components. To start, you need to check the transformer's fluid for PCBs. Hangzhou Yozea Electronic Co.,LTD can tell you if it has PCBs, but you can also check the transformer for PCBs using a test method.
In the PCB assembly process, the various PCB sections can be made from different materials. Some of the PCB sections may require specialized materials, due to high-voltage and thermal requirements. Others may use cheaper materials for their construction. If the temperature of the entire assembly is too high, it may catch fire and cause further damage.
Insulation has two major functions. It can allow the circuit to function, or it can protect the user from hazardous voltages. Different types of insulation have different properties and functions. Some types are essential for proper functioning of the electronic circuit, while others are only required for safety reasons.
YZ20S50-0407B EE20 0.5VA Class B 230V 50hz Insulation Electronic Transformer
YZ20S50-0407B EE20 0.5VA Class B 230V 50hz Insulation Electronic Transformer
· Core Type EE20/10.5
· Power - 0.5VA
· Input voltage - 230V or 115V, 50/60Hz
· Insulation class - Class B (130°C)
· Ambient temperature (ta)- 70°C
· Dielectric strength - 4, 500Vrms
·Inherently short-circuit-proof
· Self-extinguishing material
· Potted under vacuum
· Weight: 35g
