1. Product Introduction of Iron Powder Based Cold Press Molded Inductor
SMTYT2520 integrated inductance diagram detail:
SMTYT2520 integrated inductance diagram comprises a base body and a winding body, that is, the winding body is embedded in the metal magnetic powder and then pressed and cast. The SMD pin is the lead out pin of the winding body and is directly formed on the surface of the base body. As the volume of electronic device gradually become smaller while its power become higher, the Integrated inductors are also developing at the same trend.
2. Product Parameter (Specification) of Iron Powder Based Cold Press Molded Inductor
|
1. Five-ring pattern and size( SHAPE AND SIZE) ( unit mm ) |
||||||||||
|
|
||||||||||
 |
||||||||||
|
|
3. Product Feature And Application of Iron Powder Based Cold Press Molded Inductor
SMTYT2520 integrated inductance diagram feature and application:
1. Integrated structure
2. High power and low consumption
3. Small volume
4. Low internal resistance and low noise
Application:
Computer and portable power devices
Energy storage applications
DC/DC converters
Input– output filter application
4. Product Details of Iron Powder Based Cold Press Molded Inductor
SMTYT2520 integrated inductance diagram detail:
I sat: the current when the inductance becomes 10%(or 15%) lower than its initial value.(Ta = 20℃)
I rms: the current when temperature of coil increases up toΔT = 40℃(Ta = 20℃)
Operating temperature: -40℃to 105℃.
5. Product Qualification of Iron Powder Based Cold Press Molded Inductor
Production qualification:
Our SMTYT2520 integrated inductance diagram comply with EU standards, and has good current resistance and stability,Well received by customers.
6. Deliver, Shipping And Serving of Iron Powder Based Cold Press Molded Inductor
Our SMTYT2520 integrated inductance diagram generally have a domestic delivery date of 10 working days; The foreign delivery time is 20 working days. Our packaging adopts three-level packaging, which is firm and reliable, and can effectively protect the products from damage.
