Electronic transformer-电子变压器-223-20181022

   平面变压器打标、片式变压器打标、薄膜变压器打标、空心变压器打标；

   平面变压器激光打标、片式变压器激光打标、薄膜变压器激光打标、空心变压器激光打标；

  变压器打标、电子变压器打标、高频电子变压器打标；

  变压器激光打标、电子变压器激光打标、高频电子变压器激光打标；

  变压器磁芯激光打标、电子变压器磁芯激光打标、高频电子变压器磁芯激光打标；

  变压器磁芯打标、电子变压器磁芯打标、高频电子变压器磁芯打标；

  工频变压器激光打标、中频变压器激光打标、音频变压器激光打标；

   超音频变电压激光打标、高频变压器激光打标；

  电源变压器激光打标、脉冲变压器激光打标、音频变压器激光打标、稳压变压器激光打标；

    电子变压器

    为适应电子设备愈来愈轻薄短小，高频电子变压器一个主要发展方向是从立体结构向平面结构、片式结构、薄膜结构发展，从而形成一代又一代的新的高频电子变压器：平面变压器、片式变压器、薄膜变压器。高频电子变压器的整体结构的发展，不但形成新的磁芯结构和线圈结构，采用新的材料，而且对设计方面和生产工艺方面也带来新的发展方向。在设计方面，除了要研究各种新结构的电磁场分布，如何达到最佳的优化设计，还要研究多层结构的各种问题。在生产工艺方面，要研究各种新的加工方法，从而保证性能的一致性和实现加工工艺的机械化和自动化等。

   磁芯在采用软磁材料，以电磁感应原理工作的高频电子变压器中是最关键的部件。磁芯材料的主要发展方向是降低损耗，加宽使用的温度范围和降低成本。磁芯结构的主要发展方向是如何形成形状和尺寸最佳（对电磁性能、散热、用量和成本等参数）的平面磁芯、片式磁芯和薄膜磁芯。

   根据高频电子变压器整体结构的发展要求，磁芯结构的发展方向是平面磁芯、片式磁芯和薄膜磁芯。平面磁芯以前有的是用原来的软磁铁氧体磁芯进行改造，现在已有专门用于平面变压器的各种低高度软磁铁氧体磁芯。

   关键技术要点：

    电子变压器激光打标，KingmilanLaser研发针对电子行业电子变压器的磁芯及黄色胶带研出专用激光打标喷码机，采用国际上最先进的冷光源激光技术，特别能被磁芯体、包装黄胶带等各种材质所吸收，可广泛应用电子变压器行业、PCB行业等。具有表面基本无破损，打标清晰，使用寿命长达5年以上，基本无维护无耗材等优点。相对传统油墨喷码机，标识出的产品清晰直观更具制品档次，不易药水溶剂擦除符合永久性要求等优点。相对其它激光喷码打标，具有表面零损伤，标识更清晰，使用寿命长1-2倍等优点。

   Plane transformer marking, chip type transformer marking, film transformer marking, hollow transformer marking;   

   Laser marking of planar transformer, laser marking of chip transformer, laser marking of thin film transformer, laser marking of hollow transformer;

   Transformer marking, electronic transformer marking, high frequency electronic transformer marking;

   Transformer laser marking, electronic transformer laser marking, high frequency electronic transformer laser marking;

   Transformer core laser marking, electronic transformer core laser marking, high frequency electronic transformer core laser marking;

   Transformer core marking, electronic transformer core marking, high frequency electronic transformer core marking;

   Power frequency transformer laser marking, medium frequency transformer laser marking, audio transformer laser marking;

    Ultra-audio variable voltage laser marking, high-frequency transformer laser marking;

   Power transformer laser marking, pulse transformer laser marking, audio transformer laser marking, voltage regulator transformer laser marking;

Electronic transformer

    In order to adapt to the increasingly light and thin electronic devices, a major development direction of high-frequency electronic transformers is to develop from three-dimensional structures to planar structures, chip structures and thin-film structures, thus forming new high-frequency electronic transformers from generation to generation: planar transformers, Chip transformer, thin film transformer. The development of the overall structure of high-frequency electronic transformers not only forms a new core structure and coil structure, but also adopts new materials, and brings new development directions in terms of design and production process. In terms of design, in addition to studying the electromagnetic field distribution of various new structures, how to achieve the optimal optimization design, we must also study the various problems of the multilayer structure. In the production process, various new processing methods are to be studied to ensure the consistency of performance and the mechanization and automation of the processing technology.

   The magnetic core is the most critical component in high-frequency electronic transformers that use soft magnetic materials and operate on the principle of electromagnetic induction. The main development direction of magnetic core materials is to reduce losses, widen the temperature range used and reduce costs. The main development direction of the core structure is how to form a planar core, a chip core and a thin film core with the best shape and size (parameters for electromagnetic performance, heat dissipation, amount and cost).

   According to the development requirements of the overall structure of high-frequency electronic transformers, the development direction of the magnetic core structure is a planar magnetic core, a chip core and a thin film magnetic core. Previously, the planar magnetic core was modified with the original soft ferrite core. Now there are various low-profile soft ferrite cores specifically for planar transformers.

   Key technical points:

    Laser marking of electronic transformers, KingmilanLaser developed a special laser marking printer for magnetic cores and yellow tapes of electronic transformers in the electronics industry. It adopts the most advanced cold light source laser technology in the world, especially can be magnetic core, packaging yellow tape. Such as the absorption of various materials, can be widely used in the electronic transformer industry, PCB industry. It has basically no damage on the surface, clear marking, long service life of more than 5 years, basically no maintenance and no consumables. Compared with the traditional ink jet printer, the identified products are clear and intuitive, and have better product quality, and it is not easy to remove the solvent solvent to meet the permanent requirements. Compared with other laser marking, it has zero surface damage, clearer marking and longer service life of 1-2 times.

 

 

 

 

 

 

 

 

 

 

 

 

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