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| Place of Origin: | CHINA |
| Brand Name: | IKP |
| Certification: | CE/UL/REACH/ROHS |
| Model Number: | RM10 |
| Minimum Order Quantity: | 1000 |
|---|---|
| Price: | 0.02-0.07 |
| Packaging Details: | Carton |
| Delivery Time: | 10-15 days |
| Payment Terms: | L/C, T/T |
| Supply Ability: | 100,000/week |
High Permeability: The RM type MnZn power core has a high magnetic permeability, which can effectively convert the conversion efficiency between electric energy and magnetic energy.
Low Coercivity: The RM type MnZn power core has a low coercivity, meaning that under the action of an external magnetic field, it can quickly achieve the magnetization and demagnetization processes.
High Saturation Magnetic Induction Strength: The RM type MnZn power core has a high saturation magnetic induction strength, which can achieve a large magnetic induction strength within a small volume.
Good Temperature Stability: The RM type MnZn power core has good temperature stability and can maintain stable magnetic properties within a wide temperature range.
Electronic Products: The RM type MnZn power core can be used in transformers, inductors, filters and other components in electronic products to achieve the conversion and filtering functions of electric energy.
Communication Equipment: The RM type MnZn power core can be used in high-frequency transformers, filters and other components in communication equipment to achieve signal amplification and filtering functions.
Power Electronics: The RM type MnZn power core can be used in transformers, inductors and other components in the field of power electronics to achieve power transmission and conversion functions.
New Energy Field: The RM type MnZn power core can be used in transformers, inductors and other components in new energy fields such as solar and wind power generation to achieve energy conversion and storage functions.
In summary, the RM type MnZn power core plays an important role in many fields with its excellent performance, and its application range is expected to further expand with the progress of technology.
Fig.1 Fig.2 Fig.3
Fig.4 Fig.5 Fig. 6
| Specification | Figure | Dimension(mm) | Effective parameter | Inductor coefficient AL(nH/N2) | Weight | |||||||||||
| A1 | A2 | B | C | D | E | F | G | C1 | Ae | Le | Ve | BP44 | BP95 | (grams/pair) | ||
| (mm-1) | (mm2) | (mm) | (mm3) | |||||||||||||
| RM6-1 | 4 | 18.50±0.35 | 15.50±0.35 | 6.30±0.15 | 8.2±0.15 | 6.25±0.15 | 13.20min | 4.30±0.20 | 9.6 min | 0.91 | 35.20 | 32.00 | 1127.60 | 2200±25% | 2800±25% | 7.40 |
| RM6-2 | 4 | 17.80±0.30 | 14.60±0.35 | 6.30±0.15 | 8.1±0.15 | 6.30±0.15 | 12.70min | 4.30±0.20 | 9.0 min | 0.93 | 34.00 | 31.56 | 1073.04 | 2100±25% | 2600±25% | 7.60 |
| RM6-3 | 4 | 18.50±0.35 | 15.50±0.35 | 6.30±0.15 | 8.2±0.15 | 6.25±0.15 | 13.20min | 4.30±0.20 | 10.2 min | 0.92 | 34.70 | 32.10 | 1113.87 | 2100±25% | 2600±25% | 7.20 |
| RM7 | 1 | 19.90±0.40 | 16.85±0.35 | 6.70±0.15 | 7.05±0.15 | 7.05±0.15 | 15.10±0.30 | 4.45±0.15 | 11.2 min | 0.94 | 36.74 | 34.88 | 1285.60 | 1900±25% | 2800±25% | 8.40 |
| RM8-1 | 3 | 24.00±0.50 | 19.90±0.40 | 8.50±0.15 | 10.85±0.25 | 8.6±0.15 | 18.20±0.40 | 5.95±0.20 | 11.80 min | 0.72 | 59.75 | 43.31 | 2587.90 | 3000±25% | 3800±25% | 15.30 |
| RM8-2 | 2/3 | 22.75±0.50 | 19.50±0.40 | 8.70±0.20 | 10.80±0.30 | 8.4±0.20 | 17.30min | 5.90±0.20 | 11.00 min | 0.70 | 59.90 | 42.30 | 2533.77 | 3200±25% | 4000±25% | 15.10 |
| RM8-3 | 6 | 22.25±0.50 | 19.45±0.30 | 8.05±0.15 | 13.66±0.20 | 8.4+0.15/-0.1 | 17.00min | 4.75+0.2/-0.1 | 12.30min | 0.69 | 56.80 | 39.00 | 2215.20 | 3200±25% | 4000±25% | 14.00 |
| RM8-YJ | 3 | 22.75±0.50 | 19.10±0.40 | 8.35±0.15 | 10.80±0.30 | 8.4±0.20 | 17.30±0.35 | 5.65±0.15 | 9.80 min | 0.69 | 59.76 | 40.94 | 2446.70 | 3100±25% | 4100±25% | 14.20 |
| RM9 | 3 | 25.6±0.60 | 22.00±0.50 | 9.30±0.15 | 12.90±0.30 | 10.3±0.20 | 20.10±0.45 | 6.30±0.20 | 13.5 min | 0.68 | 76.60 | 52.00 | 3983.20 | 4500±25% | 5000±25% | 20.00 |
| RM10-4 | 2 | 27.85±0.65 | 24.15±0.55 | 9.35±0.15 | 13.25±0.25 | 10.7±0.20 | 21.65±0.45 | 6.35±0.15 | 13.5 min | 0.53 | 89.90 | 47.95 | 4310.00 | 4500±25% | 5200±25% | 23.70 |
| RM10-1 | 3 | 28.00±0.50 | 25.30±0.50 | 9.30±0.20 | 13.25±0.20 | 10.7±0.20 | 22.50±0.50 | 6.60±0.20 | 14.5 min | 0.57 | 85.60 | 49.20 | 4210.40 | 4500±25% | 5000±25% | 25.60 |
| RM10-2 | 3 | 28.00±0.55 | 26.00±0.60 | 9.60±0.20 | 13.25±0.20 | 11.20±0.20 | 22.50min | 6.70±0.20 | 14.5 min | 0.55 | 90.50 | 50.00 | 4525.00 | 4500±25% | 5500±25% | 27.00 |
| RM10-3 | 5 | 29.45±0.65 | 25.30±0.60 | 8.80±0.20 | 13.25±0.25 | 10.70±0.20 | 23.25±0.50 | 6.10±0.20 | 16.5 min | 0.58 | 83.30 | 48.25 | 4019.23 | 4500±25% | 5500±25% | 24.00 |
| RM10-5 | 3 | 28.80±0.50 | 24.80±0.50 | 9.20±0.15 | 13.40±0.30 | 10.60±0.20 | 22.00min | 6.10±0.20 | 16.0 min | 0.56 | 86.00 | 48.30 | 4153.80 | 4500±25% | 5500±25% | 23.60 |
| RM12 | 2 | 36.90±0.70 | 29.20±0.60 | 12.25±0.20 | 15.90+0.2-0.3 | 12.6±0.20 | 25.50+0.5-0.6 | 8.55±0.20 | 13.4 min | 0.41 | 140.00 | 56.90 | 7970.0 | 5200±25% | 6200±25% | 51.00 |
| RM14 | 2 | 41.60±0.60 | 34.20±0.50 | 14.40±0.10 | 18.70±0.30 | 14.75±0.25 | 29.50±0.50 | 10.60±0.15 | 17.0 min | 0.41 | 180.00 | 73.80 | 13283.0 | 6000±25% | 7500±25% | 73.50 |
| RM14A | 2 | 41.60±0.60 | 34.20±0.50 | 10.25±0.10 | 18.70±0.30 | 14.75±0.25 | 29.50±0.50 | 5.70±0.15 | 17.0 min | 0.41 | 178.00 | 72.20 | 12851.0 | 8000±25% | 9600±25% | 59.50 |
| RM14B | 2 | 41.60±0.60 | 34.20±0.50 | 15.10±0.10 | 18.70±0.30 | 14.75±0.25 | 29.50±0.50 | 10.60±0.15 | 17.0 min | 0.38 | 193.00 | 74.40 | 14354.7 | 6200±25% | 7200±25% | 77.90 |
| Note: | |||||||||||
| The test conditions for AL value are: 1KHz, 0.3V, and 10Ts. | |||||||||||
| The above are the standard specifications of our company, and they can be designed according to the special requirements of customers. | |||||||||||
