文中叙述了偏转线圈光栅失真的分析方法。
An analysis method of DY Raster distortion is described in detail.
详细论述了测量偏转线圈磁场的原理及方法。
The general theory and experiment-al method for measuring the TV deflecting magnetic field are given in detail.
研究了显像管等器件中偏转线圈三维磁场的空间谐波展开技术及其计算。
The space harmonic expansion technique is used for analyzing the 3d magnetic fields of the deflection yoke.
偏转线圈采用多股并绕的非分段无骨架形式，同时采用共轭补偿，以改善图形显示质量。
A yoke is designed based on a shunt-wound structure with multiple wire and in a non-sectionalized form without skeleton. In addition, the conjugate compensation is used to improve the display quality.
偏转线圈采用多股并绕的非分段无骨架形式，同时采用共轭补偿，以改善图形显示质量。
A yoke is designed based on a shunt-wound structure with multiple wire and in a non-sectionalized form without skeleton. In addition, the conjugate compensation is used to improve the display...
从阴极引脚接点互换和偏转线圈引线互换两个方面对“引脚线互换法”及其用法进行了阐述。
This article expatiates the lead-foot-line reciprocation method and its usages from the two sides of cathode lead-foot joint reciprocation and deflexion loop down-lead reciprocation.
本文叙述了慢扫描电路的设计方法，提出了一种新型偏转线圈结构，它能获得均匀的偏转磁场。
A method of designing slowly-scanning circuits is described and a new type of deflection coil that can offer a uniform deflecting magnetic field is proposed.
介绍了偏转线圈垂直绕线机的数控改造方案及技术关键，给出了简单方便的垂直线圈绕线程序的编制方法。
Introduces the NC reconstruction in a vertical coil winder and its technical crux, gives a method of program design.
适用于电气设备的无骨架和异形线圈，广泛使用在特种电机、电器、仪表、采电偏转线圈及民用电器产品中。
Suitable for skeletonless and special-shaped coils, and widely applied for special electric motor, electrical appliance, apparatus, color TV deflection coil and civil electrical appliance products.
将三维磁场计算的表面磁荷法和空间谐波展开技术相结合，提出了一种用于偏转线圈磁场计算的谐波表面磁荷法。
A harmonic surface charge method, which combine surface charge method with space harmonics expansion, was developed for the calculation of 3d magnetic fields of deflection yoke.
将三维磁场计算的表面磁荷法和空间谐波展开技术相结合，提出了一种用于偏转线圈磁场计算的谐波表面磁荷法。
A harmonic surface charge method, which combine surface charge method with space harmonics expansion, was developed for the calculation of 3d magnetic fields of deflection yoke.
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