| Brand Name: | VIIP WeiAiPu |
| Model Number: | V18039 |
| MOQ: | 75 |
| Price: | 5.8USD |
| Packaging Details: | Carton |
| Payment Terms: | T/T |
VIIP V18039 is an openable ferrite core fabricated from VN15 ferrite material with initial permeability of 1200. Serving as a high permeability EMI noise absorber, it is developed to mitigate electromagnetic interference on various cables. The part offers minimum impedance of 125 Ohm at 25 MHz and 250 Ohm at 100 MHz. It retains stable magnetic characteristics, featuring Curie temperature over 160 degree Celsius and electrical resistivity higher than 106 Ohm meter. All dimensional parameters are controlled within plus or minus 1.0 mm tolerance. This magnetic ring follows rigorous visual inspection criteria for surface breakage. It conforms to RoHS and REACH standards, helping clients carry out EMC optimization and achieve successful certification evaluations.
This openable ferrite core is widely adopted in power supplies, battery chargers, battery systems, industrial control units, communication equipment and many kinds of electronic cable assemblies. It may be fitted on power lines and signal wires of energy devices, consumer electronics and industrial facilities. It fits projects that need high frequency noise suppression, electromagnetic radiation reduction and EMC performance improvement before formal certification tests.
V18039 magnetic ring is engineered to absorb high frequency EMI noise existing on cables. It limits conducted and radiated electromagnetic disturbance, reduces cable noise and helps electronic hardware meet EMC specifications. Its split structure allows rapid fitting onto completed wiring harnesses with no need to disconnect wires. It resolves electromagnetic noise troubles for electronic products and increases the passing rate of CE FCC UL certification.
Q: Where is the best position to mount split ferrite core on the cable? A: It is recommended to place the ferrite core as close as possible to the noise source or equipment housing. This placement can obtain the optimal noise suppression result and reduce signal radiation leakage effectively.
Q: Will ferrite magnetic rings bring extra signal loss to my signal cables? A: Under normal working frequency range, properly selected ferrite cores will not cause obvious attenuation of useful low frequency signals. It only consumes unwanted high frequency interference and keeps your normal signal intact.
Q: What is the storage requirement for ferrite magnetic rings? A: Store ferrite cores in dry and room temperature environment. Avoid heavy impact, falling and sharp collision. Mechanical damage will create cracks and weaken the EMI suppression capability of the magnetic ring.
Q: Can multiple ferrite magnetic rings be used together for better EMC effect? A: Yes. Stacking several ferrite cores on the same cable can raise total impedance and strengthen high frequency noise absorption. Our technical team can evaluate whether multi ring layout suits your interference situation.
Q: What should I do if the EMC test still fails after installing ferrite cores? A: When ferrite alone cannot meet your EMC target, we can provide extra solutions including EMI filters, inductors and shielding suggestions. Our engineers will analyze your test report and give targeted rectification plans.
| Brand Name: | VIIP WeiAiPu |
| Model Number: | V18039 |
| MOQ: | 75 |
| Price: | 5.8USD |
| Packaging Details: | Carton |
| Payment Terms: | T/T |
VIIP V18039 is an openable ferrite core fabricated from VN15 ferrite material with initial permeability of 1200. Serving as a high permeability EMI noise absorber, it is developed to mitigate electromagnetic interference on various cables. The part offers minimum impedance of 125 Ohm at 25 MHz and 250 Ohm at 100 MHz. It retains stable magnetic characteristics, featuring Curie temperature over 160 degree Celsius and electrical resistivity higher than 106 Ohm meter. All dimensional parameters are controlled within plus or minus 1.0 mm tolerance. This magnetic ring follows rigorous visual inspection criteria for surface breakage. It conforms to RoHS and REACH standards, helping clients carry out EMC optimization and achieve successful certification evaluations.
This openable ferrite core is widely adopted in power supplies, battery chargers, battery systems, industrial control units, communication equipment and many kinds of electronic cable assemblies. It may be fitted on power lines and signal wires of energy devices, consumer electronics and industrial facilities. It fits projects that need high frequency noise suppression, electromagnetic radiation reduction and EMC performance improvement before formal certification tests.
V18039 magnetic ring is engineered to absorb high frequency EMI noise existing on cables. It limits conducted and radiated electromagnetic disturbance, reduces cable noise and helps electronic hardware meet EMC specifications. Its split structure allows rapid fitting onto completed wiring harnesses with no need to disconnect wires. It resolves electromagnetic noise troubles for electronic products and increases the passing rate of CE FCC UL certification.
Q: Where is the best position to mount split ferrite core on the cable? A: It is recommended to place the ferrite core as close as possible to the noise source or equipment housing. This placement can obtain the optimal noise suppression result and reduce signal radiation leakage effectively.
Q: Will ferrite magnetic rings bring extra signal loss to my signal cables? A: Under normal working frequency range, properly selected ferrite cores will not cause obvious attenuation of useful low frequency signals. It only consumes unwanted high frequency interference and keeps your normal signal intact.
Q: What is the storage requirement for ferrite magnetic rings? A: Store ferrite cores in dry and room temperature environment. Avoid heavy impact, falling and sharp collision. Mechanical damage will create cracks and weaken the EMI suppression capability of the magnetic ring.
Q: Can multiple ferrite magnetic rings be used together for better EMC effect? A: Yes. Stacking several ferrite cores on the same cable can raise total impedance and strengthen high frequency noise absorption. Our technical team can evaluate whether multi ring layout suits your interference situation.
Q: What should I do if the EMC test still fails after installing ferrite cores? A: When ferrite alone cannot meet your EMC target, we can provide extra solutions including EMI filters, inductors and shielding suggestions. Our engineers will analyze your test report and give targeted rectification plans.