详细介绍了压电陶瓷变压器的结构、工作原理及广泛的应用。
And also particularly introduces the structure, working principle and wide application of the piezoelectric ceramic transformer.
最后讨论了在LCD背光源中用压电陶瓷变压器替代传统电磁变压器的可行性。
The feasibility about substituting the PZT for the traditional electromagnetic transformer in LCD backlight is discussed.
本文对压电陶瓷变压器的材料性能，工艺参数和瓷片的特性进行了一系列试验与讨论。
This paper presents a series of experimental results and discussions on the material behaviors, technical parameters and ceramic-disc characteristics of the piezoelectric transformer.
用扫描电镜对陶瓷微观结构进行了研究，并测量了压电变压器的电学性能。
The microstructure of PZT ceramic was characterized by scanning electron microscope, and the electricity capability of piezoelectric transformer was measured.
本文介绍了一种新型的电子陶瓷材料—压电陶瓷材料，以及它在变压器领域中的应用。
This article introduces a new kind of electronic ceramic material, piezoelectric ceramic material, and its application in the field of transformer.
此变压器可用于低阻抗陶瓷脉冲形成线输出端的阻抗变换。
This transformer can be used to realize the output impedance transformation of the ceramic pulse forming line with low characteristic impedance.
这种新型材料正被应用于从电阻、热电隅及变压器、电容的密封端水泥绝缘子及点火器到金属玻璃及其它陶瓷制品的封装及涂覆。
The new material is being used to pot and coat electric resistors, thermocouples and transformers; seal ends of capacitors; and cement insulators and ignitors to metals, glass and other ceramics.
这种新型材料正被应用于从电阻、热电隅及变压器、电容的密封端水泥绝缘子及点火器到金属玻璃及其它陶瓷制品的封装及涂覆。
The new material is being used to pot and coat electric resistors, thermocouples and transformers; seal ends of capacitors; and cement insulators and ignitors to metals, glass and other ceramics.
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