IKP Electronics, China
Since 2000, IKP has been dedicated to the development and manufacture of reactors. A team of 35 engineers in development and quality assurance and a further 230 employees in production and administration have now reached a production capacity of approx. 30 million reactors and 10 million transformers per year.
The product range for flat wire inductors and transformators focuses on:
- Differential Mode Chokes
- Common Mode Chokes
- High frequency transformers
- Line filters
IKP components are used in charging columns, in inverters, in electric vehicles, in switching power supplies, household appliances, communication devices, industrial equipment and in millions of adapters.
Due to the individual requirements behind each area of application, we do not communicate any data sheets or have any inductors in our shop. You will always receive individual product information from us for these components, or an offer tailored to your requirements!
CAPCOMP is official distributor D-A-CH and contact for individual customer requests.
IKP Produktgruppen
Flat Wire Power Line Chokes
Types
- High Frequency Storage Chokes
- Customized Pq Core High Frequency Storage Chokes
- SMD Flat Wire High Current Line Chokes
- Flat Wire Pq Core High Current Line Chokes for DC-DC Converters
- PQ Type Flat Wire Line Choke (Flat Winding)
Advantages
- Flat wire winding, magnetically shielded (closed magnetic circuit)
- Low DC resistance (DCR)
- Lower AC resistance (losses caused by skin effects)
- Excellent heat dissipation
- For high power inductors and applications with high inductance density
- High saturation current
- Low ripple noise
- Best EMI effects
Common Mode Chokes
Types
- SMD Toroidal Ferrite Core
- 3-phase, horizontal, ferrite core
Properties
- Connection types: vertical, horizontal, SMD, bare moun
- High permeability MnZn ferrite or nanocrystalline core material
- 0.3A - 50A
- Applications up to 760 VAC
- Clearance and creepage distances ≥ 7 mm
- Attenuation up to 60 dB
- Attenuation frequency range: 1 kHz to 20 MHz depending on core material used
- Operating temperature: -40 °C to +125 °C