[Features] ・ With resin case to prevent cracking or chipping of ferrite. ・ Noise filter for low frequency bandwidths with high impedance characteristics in the kHz to several MHz band.

[Features] ・ With resin case to prevent cracking or chipping of ferrite. ・ Noise filter for low frequency bandwidths with high impedance characteristics in the kHz to several MHz band.

[Features] ・ With resin case to prevent cracking or chipping of ferrite. ・ Noise filter for low frequency bandwidths with high impedance characteristics in the kHz to several MHz band.

[Features] ・ With resin case to prevent cracking or chipping of ferrite. ・ Noise filter for low frequency bandwidths with high impedance characteristics in the kHz to several MHz band.

[Features] ・ With resin case to prevent cracking or chipping of ferrite. ・ Noise filter for low frequency bandwidths with high impedance characteristics in the kHz to several MHz band.

[Features] ・ With resin case to prevent cracking or chipping of ferrite. ・ Noise filter for low frequency bandwidths with high impedance characteristics in the kHz to several MHz band.

[Features] ・ Effective split ferrite clamp at medium frequency (3 to 50 MHz) band ・ Effective noise countermeasures spanning noise terminal voltage (up to 30 MHz) to radiation field strength (30 MHz or higher) bands. ・ Split core with resin case mountable on wired cables, and even on cables with connector. ・ Band fixing enables support of wire holding and/or fixing of discrete wires. (Excluding KRFC-4) ・ Uses the discrete wire guide structure to prevent wiring from getting entangled during windi

[Features] ・ Effective split ferrite clamp at medium frequency (3 to 50 MHz) band ・ Effective noise countermeasures spanning noise terminal voltage (up to 30 MHz) to radiation field strength (30 MHz or higher) bands. ・ Split core with resin case mountable on wired cables, and even on cables with connector. ・ Band fixing enables support of wire holding and/or fixing of discrete wires. (Excluding KRFC-4) ・ Uses the discrete wire guide structure to prevent wiring from getting entangled during windi

[Features] ・ Effective split ferrite clamp at medium frequency (3 to 50 MHz) band ・ Effective noise countermeasures spanning noise terminal voltage (up to 30 MHz) to radiation field strength (30 MHz or higher) bands. ・ Split core with resin case mountable on wired cables, and even on cables with connector. ・ Band fixing enables support of wire holding and/or fixing of discrete wires. (Excluding KRFC-4) ・ Uses the discrete wire guide structure to prevent wiring from getting entangled during windi

[Features] ・ Effective split ferrite clamp at medium frequency (3 to 50 MHz) band ・ Effective noise countermeasures spanning noise terminal voltage (up to 30 MHz) to radiation field strength (30 MHz or higher) bands. ・ Split core with resin case mountable on wired cables, and even on cables with connector. ・ Band fixing enables support of wire holding and/or fixing of discrete wires. (Excluding KRFC-4) ・ Uses the discrete wire guide structure to prevent wiring from getting entangled during windi

[Features] ・ Effective split ferrite clamp at medium frequency (3 to 50 MHz) band ・ Effective noise countermeasures spanning noise terminal voltage (up to 30 MHz) to radiation field strength (30 MHz or higher) bands. ・ Split core with resin case mountable on wired cables, and even on cables with connector. ・ Band fixing enables support of wire holding and/or fixing of discrete wires. (Excluding KRFC-4) ・ Uses the discrete wire guide structure to prevent wiring from getting entangled during windi

[Features] ・ Effective split ferrite clamp at medium frequency (3 to 50 MHz) band ・ Effective noise countermeasures spanning noise terminal voltage (up to 30 MHz) to radiation field strength (30 MHz or higher) bands. ・ Split core with resin case mountable on wired cables, and even on cables with connector. ・ Band fixing enables support of wire holding and/or fixing of discrete wires. (Excluding KRFC-4) ・ Uses the discrete wire guide structure to prevent wiring from getting entangled during windi

[Features] ・ Impedance is high even in frequency bands of 1 MHz or less, and effective noise countermeasures can be obtained for conveyance noise from 150 kHz.・ Impedance can be firmly boosted by increasing the number of turns, and better noise suppression effects can be expected. ・ The core surface is subjected to resin coating, preventing the cable from being scratched on the core edge. ・ An abundant variety of size variations is provided. (ø7.2 to ø87.9)

[Features] ・ Impedance is high even in frequency bands of 1 MHz or less, and effective noise countermeasures can be obtained for conveyance noise from 150 kHz.・ Impedance can be firmly boosted by increasing the number of turns, and better noise suppression effects can be expected. ・ The core surface is subjected to resin coating, preventing the cable from being scratched on the core edge. ・ An abundant variety of size variations is provided. (ø7.2 to ø87.9)

[Features] ・ Impedance is high even in frequency bands of 1 MHz or less, and effective noise countermeasures can be obtained for conveyance noise from 150 kHz.・ Impedance can be firmly boosted by increasing the number of turns, and better noise suppression effects can be expected. ・ The core surface is subjected to resin coating, preventing the cable from being scratched on the core edge. ・ An abundant variety of size variations is provided. (ø7.2 to ø87.9)

[Features] ・ Impedance is high even in frequency bands of 1 MHz or less, and effective noise countermeasures can be obtained for conveyance noise from 150 kHz.・ Impedance can be firmly boosted by increasing the number of turns, and better noise suppression effects can be expected. ・ The core surface is subjected to resin coating, preventing the cable from being scratched on the core edge. ・ An abundant variety of size variations is provided. (ø7.2 to ø87.9)

[Features] ・ Impedance is high even in frequency bands of 1 MHz or less, and effective noise countermeasures can be obtained for conveyance noise from 150 kHz.・ Impedance can be firmly boosted by increasing the number of turns, and better noise suppression effects can be expected. ・ The core surface is subjected to resin coating, preventing the cable from being scratched on the core edge. ・ An abundant variety of size variations is provided. (ø7.2 to ø87.9)

[Features] ・ Impedance is high even in frequency bands of 1 MHz or less, and effective noise countermeasures can be obtained for conveyance noise from 150 kHz.・ Impedance can be firmly boosted by increasing the number of turns, and better noise suppression effects can be expected. ・ The core surface is subjected to resin coating, preventing the cable from being scratched on the core edge. ・ An abundant variety of size variations is provided. (ø7.2 to ø87.9)

[Features] ・ Impedance is high even in frequency bands of 1 MHz or less, and effective noise countermeasures can be obtained for conveyance noise from 150 kHz.・ Impedance can be firmly boosted by increasing the number of turns, and better noise suppression effects can be expected. ・ The core surface is subjected to resin coating, preventing the cable from being scratched on the core edge. ・ An abundant variety of size variations is provided. (ø7.2 to ø87.9)

[Features] ・ Impedance is high even in frequency bands of 1 MHz or less, and effective noise countermeasures can be obtained for conveyance noise from 150 kHz.・ Impedance can be firmly boosted by increasing the number of turns, and better noise suppression effects can be expected. ・ The core surface is subjected to resin coating, preventing the cable from being scratched on the core edge. ・ An abundant variety of size variations is provided. (ø7.2 to ø87.9)