Description
EPC13 5+5 PINS smd Transformer
The EPC13 SMD high mfrequency ferrite core transformer features compact footprint, cost-effective pricing and outstanding operational reliability, specially engineered for ultra-thin SMPS circuits designs.
Built with flat ferrite core construction, it balances high-power output performance and ultra-slim dimension requirements perfectly, complying with strict temperature-rise standards for switching power supply equipment.
Compared with EPD & EFD series transformers:
- Superior space utilization for PCB surface mounting, saving more installation space on finished boards;
- Optimized EMI suppression, lower leakage inductance and reduced electromagnetic radiation;
- Other core electrical specifications are comparable to standard EE and EC ferrite transformers.
The Dimension Of EPC13 5+5 PINS smd Transformer
| Type | Structure type | Dimension(mm) | PIN no. | PIN pitch(mm) | Row pitch(mm) | OD Pin(mm) | Note | A | B | C | E | F | EPC13-01 | Horizontal | 15 | 15 | 9 | 5+5 | 2.50 | 17 | ∅0.6 |
| EPC13-02 | Horizontal | 15 | 15 | 9 | 5+5 | 2.50 | 10.5 | ∅0.6 |
Specifications Of EPC13 5+5 PINS smd Transformer
EPC13 SMD frequency transformer performance
1. Operating frequency: 10khz-200khz
2. Output power: customized
3. Operating temperature: -40℃ to +125℃
4. Storage temperature: -25℃ to +85℃
5. Storage humidity: 30 to 95%
Q1: What applications are suitable for EPC13 SMD transformer?
A: This EPC13 surface-mount high frequency ferrite transformer is widely used in ultra-thin SMPS, small power adapters, USB chargers, auxiliary power supplies and compact consumer electronics switching power circuits.
Q2: Can the EPC13 5+5 pins SMD transformer be customized?
A: Yes. We support customized winding turns, inductance, isolation voltage, pin definition and bobbin specifications according to your PCB layout and electrical requirements. Custom samples are available for testing.
Q3: What are the advantages of EPC13 compared with EFD / EPD transformers?
A: It offers better PCB space utilization for SMD mounting, optimized EMI performance, lower leakage inductance and smaller overall height, ideal for slim power supply designs. Its electrical performance is close to conventional EE and EC series transformers.
Q4: Is this EPC13 transformer suitable for flyback SMPS topology?
A: Yes. The EPC13 SMD transformer is commonly designed for low-power flyback converters within ultra-thin switching power supply solutions.
Q5: What is the maximum operating temperature of EPC13 ferrite transformer?
A: The design complies with standard temperature-rise requirements for switching power supplies. We can adjust insulation class to meet your thermal environment demands upon request.
Reviews
There are no reviews yet.