In the production process we innovative use of Laser writing Thick-film depicts to produce micro-strip thick-film circuit Through the process of analysis and parametric technology research finally we find the best technical parameters for it .

在制作过程中，创新性的采用了激光直 写描绘厚膜工艺来制作微带厚膜 电路，通过对工艺理论的分析和工艺参数的研究，找到了适用于微带电路描绘的最佳工艺参数。

Design of Writing Circuit with Precompensation

写入预补偿 电路的设计

IC card location data writing device used the single chip microcomputer as the core equipped with interface of IC card real time clock display circuit keyboard interface power supply circuit and so on .

IC卡工位数据 写入器是以单片机为核心，并配有IC卡接口电路、时钟芯片、显示 电路、键盘、电源等。

Location data writing device of integrated circuit ( IC ) card is one kind of IC card data reading and writing systems which is the information bridge connecting the IC card and the application system .

IC卡工位数据 写入器是一种IC卡读写系统，是连接IC卡和应用系统之间的信息桥梁。

A multi-level power laser writing control method based on industry standard architecture ( ISA ) bus interface and complex programmable logic device ( CPLD ) technique for multi-level mastering system is described in this paper . And the control circuit has been designed .

描述了多阶母盘刻录系统中一种基于工业标准结构（ISA）总线接口和复杂可编程逻辑器件（CPLD）技术的激光多功率 写入控制方法及其控制 电路的设计实现。

Design of Location Data Writing Device of Integrated Circuit Card

IC卡工位数据 写入器的设计

The laser direct writing technique is widely used in the fabrication of various microelectronic devices and the repair of the circuit board in recent years .

近年来激光直 写 布线技术广泛应用于各种微电子器件制作及其 电路板的制作与修复。

Since the RF has 256 words it adopts the decoding structure with two parallel stages to achieve 8-256 decoding which can enhance the speed of reading and writing decoder thus improving the performance of the entire circuit . 3 .

由于该寄存器文件共有256字，采用两级译码结构来并行实现8-256的译码，可以加快读 写译码的速度，进而提高整个 电路的性能。

It can be predicted that Microjet and Microjet / Laser hybrid direct writing technology must play an important role in the circuit fabrication areas in future .

可以预测，在未来的 电路制备领域，微喷/激光复合直 写技术必能占有其重要的一席之地。

With the CPUs speed up the storage 's reading / writing speed and capability of periphery control circuit became the obstacle to the development of system 's performance .

随着现在各种处理器的工作频率越来越快，存储器的读 写速度以及外围的控制 电路的性能成为直接制约系统的性能的瓶颈。

The read / write channel as an important component of hard disc whose key functions are to fulfill data writing into storage and reliable data recovery through circuit .

读写通道是硬盘的重要组成部分，其关键的功能是通过 电路实现数据可靠的 写入和读出。

Testing results show that the optimized circuit is superior to the original prototype in reading writing distance circuit size and interference .

测试表明，优化后的电路在读 写距离、 电路尺寸、抗干扰性等方面都优于原样机。

The data transportation strategies based on PCI transporting modes of master writing and slave reading are adapted and the circuit is designed .

确定了基于PCI总线主模式 写和从模式读方式的数据传输机制，以及相关 接口 电路。

The hardware based on the RMU900 + reading and writing chips achieves the design of the power circuit reset circuit serial interface circuit USB interface circuit buzzer circuit and RF reading and writing interface circuit .

硬件设计基于RMU900+读写芯片完成了电源电路、复位电路、串口电路、USB接口电路、蜂鸣器电路和射频读 写模块接口 电路的设计。