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Electronic transformer-電子變(bian)壓(ya)器(qi)-223-20181022

   平面(mian)變(bian)壓(ya)器打(da)標(biao)、片式變壓器(qi)打標、薄(bo)膜(mo)變壓器打標、空(kong)心變壓器打標；

   平(ping)面變壓(ya)(ya)器(qi)(qi)(qi)激(ji)光(guang)打標(biao)、片式變壓(ya)(ya)器(qi)(qi)(qi)激(ji)光(guang)打標(biao)、薄(bo)膜變壓(ya)(ya)器(qi)(qi)(qi)激(ji)光(guang)打標(biao)、空心變壓(ya)(ya)器(qi)(qi)(qi)激(ji)光(guang)打標(biao)；

  變(bian)(bian)壓器打(da)標(biao)、電(dian)子(zi)變(bian)(bian)壓器打(da)標(biao)、高(gao)頻電(dian)子(zi)變(bian)(bian)壓器打(da)標(biao)；

  變(bian)(bian)(bian)壓器(qi)激(ji)光(guang)打標、電子(zi)變(bian)(bian)(bian)壓器(qi)激(ji)光(guang)打標、高(gao)頻電子(zi)變(bian)(bian)(bian)壓器(qi)激(ji)光(guang)打標；

  變壓器(qi)磁芯(xin)激光打(da)標(biao)、電子(zi)變壓器(qi)磁芯(xin)激光打(da)標(biao)、高頻電子(zi)變壓器(qi)磁芯(xin)激光打(da)標(biao)；

  變(bian)壓器(qi)磁芯(xin)打標(biao)、電子變(bian)壓器(qi)磁芯(xin)打標(biao)、高頻電子變(bian)壓器(qi)磁芯(xin)打標(biao)；

  工頻變(bian)壓器(qi)激光(guang)打標、中頻變(bian)壓器(qi)激光(guang)打標、音頻變(bian)壓器(qi)激光(guang)打標；

   超音頻(pin)(pin)變電壓激光(guang)打標(biao)、高頻(pin)(pin)變壓器(qi)激光(guang)打標(biao)；

  電源變壓器激光打標、脈沖變壓器激光打標、音頻變壓器激光打標、穩壓變壓器激光打標；

    電子變壓器

    為(wei)適應電子(zi)(zi)設(she)備愈來愈輕薄短小(xiao)，高頻電子(zi)(zi)變壓器一個主(zhu)要發展(zhan)方向(xiang)是從(cong)立體結構(gou)向(xiang)平面結構(gou)、片式結構(gou)、薄膜(mo)結構(gou)發展(zhan)，從(cong)而形成一代(dai)(dai)又一代(dai)(dai)的(de)新的(de)高頻電子(zi)(zi)變壓器：平(ping)面變壓器、片式變壓(ya)器、薄膜變(bian)壓器。高(gao)頻電子變壓器的(de)(de)整體結構的(de)(de)發展(zhan)，不但(dan)形成新(xin)的(de)(de)磁(ci)芯結構和(he)線圈結構，采用(yong)新(xin)的(de)(de)材(cai)料，而且對設計方(fang)(fang)面(mian)和(he)生(sheng)產工(gong)藝(yi)(yi)方(fang)(fang)面(mian)也帶來新(xin)的(de)(de)發展(zhan)方(fang)(fang)向。在設計方(fang)(fang)面(mian)，除了要(yao)研(yan)究各(ge)種(zhong)新(xin)結構的(de)(de)電磁(ci)場分布(bu)，如何(he)達到(dao)最佳的(de)(de)優(you)化(hua)設計，還(huan)要(yao)研(yan)究多層結構的(de)(de)各(ge)種(zhong)問(wen)題。在生(sheng)產工(gong)藝(yi)(yi)方(fang)(fang)面(mian)，要(yao)研(yan)究各(ge)種(zhong)新(xin)的(de)(de)加工(gong)方(fang)(fang)法，從(cong)而保證性能的(de)(de)一(yi)致性和(he)實現(xian)加工(gong)工(gong)藝(yi)(yi)的(de)(de)機械化(hua)和(he)自動化(hua)等。

   磁(ci)(ci)芯在采用軟磁(ci)(ci)材料，以電磁(ci)(ci)感應原理工作的(de)(de)高頻電子變壓器中是(shi)最關鍵的(de)(de)部件。磁(ci)(ci)芯材料的(de)(de)主要(yao)發(fa)展方向是(shi)降(jiang)低損耗，加寬使用的(de)(de)溫度(du)范圍(wei)和(he)降(jiang)低成(cheng)本(ben)。磁(ci)(ci)芯結構(gou)的(de)(de)主要(yao)發(fa)展方向是(shi)如(ru)何形(xing)成(cheng)形(xing)狀和(he)尺寸最佳(jia)（對電磁(ci)(ci)性能、散熱、用量(liang)和(he)成(cheng)本(ben)等(deng)參數）的(de)(de)平面磁(ci)(ci)芯、片式磁(ci)(ci)芯和(he)薄膜磁(ci)(ci)芯。

   根據高頻電子變壓器整體結(jie)構的(de)發(fa)展要求，磁(ci)芯結(jie)構的(de)發(fa)展方向是平面磁芯、片式磁芯和薄膜磁芯。平(ping)(ping)面磁(ci)芯以(yi)前有的是(shi)用原(yuan)來的軟磁(ci)鐵氧(yang)體(ti)磁(ci)芯進行改造，現在已(yi)有專門用于(yu)平(ping)(ping)面變壓器的各種(zhong)低高(gao)度軟磁(ci)鐵氧(yang)體(ti)磁(ci)芯。

   關鍵技術要點：

    電子變壓器激光打標，KingmilanLaser研發針對電子行業電子變壓器的磁芯及黃色膠帶研出專用激光打標噴碼機，采用國際上最先進的冷光源激光技術，特別能被磁芯體、包裝黃膠帶等各種材質所吸收，可廣泛應用電子變壓器行業、PCB行業等。具有表面基本無破損，打標清晰，使用壽命長達5年以上，基本無維護無耗材等優點。相對傳統油墨噴碼機，標識出的產品清晰直觀更具制品檔次，不易藥水溶劑擦除符合永久性要求等優點。相對其它激光噴碼打標，具有表面零損傷，標識更清晰，使用壽命長1-2倍等優點。

   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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