Horizontal winding inner coil structure enables low storage capacitance which result to high noise suppression performance.

1. Horizontal winding inner coil structure enables low storage capacitance which result to high noise suppression performance. Effective in LTE range up to 2.6GHz from 700MHz. 2. Low DC Resistance. Large Rated Current. 3. The small size of BLM03E series (0.6x0.3mm) is suitable for noise supp

Horizontal winding inner coil structure enables low storage capacitance which result to high noise suppression performance.

1. Horizontal winding inner coil structure enables low storage capacitance which result to high noise suppression performance. Effective in LTE range up to 2.6GHz from 700MHz. 2. Low DC Resistance. Large Rated Current. 3. The small size of BLM03E series (0.6x0.3mm) is suitable for noise supp

Horizontal winding inner coil structure enables low storage capacitance which result to high noise suppression performance.

1. Horizontal winding inner coil structure enables low storage capacitance which result to high noise suppression performance. Effective in LTE range up to 2.6GHz from 700MHz. 2. Low DC Resistance. Large Rated Current. 3. The small size of BLM03E series (0.6x0.3mm) is suitable for noise supp

Horizontal winding inner coil structure enables low storage capacitance which result to high noise suppression performance.

1. Horizontal winding inner coil structure enables low storage capacitance which result to high noise suppression performance. Effective in LTE range up to 2.6GHz from 700MHz. 2. Low DC Resistance. Large Rated Current. 3. The small size of BLM03E series (0.6x0.3mm) is suitable for noise supp