Cheapest Price Forward Converter Transformer Design - SQ Series High Frequency SQ15 Flat Wire Vertical Common Mode Inductor – Sanhe
Cheapest Price Forward Converter Transformer Design - SQ Series High Frequency SQ15 Flat Wire Vertical Common Mode Inductor – Sanhe Detail:
Flat wire benefits: high current, small size, low DC resistance, ideal EMI effect, extremely small distributed capacitance, high insulation strength, can extend the life of the power supply, good high-frequency skin effect, unit current density is higher than round copper wire, adopts Fully automatic machine winding, single-layer winding, no cross and no overlap, good heat dissipation effect, and the temperature is lower than the common mode inductance of the magnetic ring under the same circumstances. Closed magnetic circuit design, small magnetic leakage, good impedance balance, very small leakage inductance, good conduction and radiation effect, product consistency and stable performance, high production efficiency, fixed pin position, easy and convenient plug-in operation, reducing labor costs, and saving time , Good quality and high efficiency.
CONFIGURATION & DIMENSIONS:（Unit: mm）
NOTE
1 The coil is fixed with the intermediate partition and the coil by dispensing glue;
2. The product does not contain soaking
WINDING DATA
|
WINDING |
PI |
WIRE |
TURNS |
WIND MODE |
INSULATION TAPE |
|
|
Start |
End |
|||||
|
N1 |
1 |
2 |
UEW 0.13*1.0 |
55T±3T |
Forward winding |
|
|
N2 |
4 |
3 |
UEW Ф0.13*1.0 |
55T±3T |
reverse winding |
|
ELECTRIC CHARACTERICS
| NO. | ITEM | TEST PIN | SPECIFICATION | TEST CONDITION | TEST APPARATUS |
| 1 | L | L(1-2) | 15mH MIN | 1.0KHz, 1Vrms AT25℃ | HP4284 OR EQU |
| L | L(4-3) | 15mH MIN | |||
| ∣L∣ | ∣L(1-2)-L(4-3)∣ | 0.4mH MAX | |||
| 2 | DCR | R(1-2)R(4-3) | 0.25Ω MAX | AT25℃ | CH502A OR EQU |
| 3 | HI-POT | COIL – COIL/COIL–CORE | NO BROKEN | AC1.0KV/1mA/60Sec | CH19073 OR EQU |
| 4 | INSULATION/RESISTANCE | COIL – COIL/COIL–CORE | 100MΩ MIN | DC500V | CH19073 OR EQU |
| 5 | Operating/Temperature | -25～+120℃ |
Features
●Use flat wire.
●Shielded inductance structure.
●The DC resistance of the same size is the lowest.
●It can ensure a smooth drop in the current withstand inductance value.
●Suitable for reflow soldering SMT process.
●The product is lead-free and complies with the RoHS directive.
●Suitable for DC to DC rectification applications on power lines in power supplies, personal computers and other palm-sized electronic devices.
Application
Widely used in the field of controlling switch power supply, LCD power supply, high-power UPS inverter power supply, computer power supply, energy-saving lamps
Kindly Reminder
1. About the SAMPLE. Please provide specification or sample materials, we will evaluate your product, design and produce samples.
2. About PRICE. Transformers are customized products. Due to the difference in material and design, even if the model is the same,the price is different. The price also depends on the complexity of the parameters and the number of orders.
3. Regarding SHIPPING. SamplE within 5-7 days; mass production within 10 to 20 days.
4. Packaging, logistics, according to the specific requirements of the purchase and sale contract.
Packing & Delivery
FAQ
Product detail pictures:
Related Product Guide:
We are also focusing on enhancing the things administration and QC program in order that we could keep fantastic advantage within the fiercely-competitive enterprise for Cheapest Price Forward Converter Transformer Design - SQ Series High Frequency SQ15 Flat Wire Vertical Common Mode Inductor – Sanhe, The product will supply to all over the world, such as: Philadelphia, Costa Rica, Sweden, We will continue to devote ourselves to market & product development and build a well-knit service to our customer to create a more prosperous future. Please contact us today to find out how we can work together.
By Chloe from Philippines - 2018.02.21 12:14
In China, we have many partners, this company is the most satisfying to us, reliable quality and good credit, it is worth appreciation.
By Mavis from Greek - 2017.09.30 16:36
