充放电机

本论文完成了智能充放电机的硬件结构设计，包括对主回路、DSP、单片机、后台机部分的硬件设计；电压、电流、温度参数的采集电路设计及数据处理；

Introduces its design of hardware , the circuit design of voltage , current , temperature data collection and data process .

本文中，为了研究开关电介质的充放电机制，我们建立一个新的基于金属-绝缘体-半导体（MIS）结构的理论模型。

In this project , a new theoretical model based on metal-insulator-semiconductor ( MIS ) structures was established for stiction modeling to investigate the charging and discharging mechanism within the dielectric of MEMS capacitive switches .

基于这种结构，探讨了该复合材料的充放电机制。

Based on this structure , the charge-discharge process and mechanism are discussed .

CAN总线在充放电机中的应用

Application of CAN Bus in Recharge and Discharge Machine

100A/200V逆变式全自动恒流充放电机的研制

Development of 100 A / 200 V Inverter Type Fully Automatic Constant Current Charger / Discharger

多台充放电机的充放电过程在后台机上以分屏的形式直观显示，画面灵活切换；对1&4台充放电机实行集群控制，大大提高了工作效率。

It centralized-controls the charge and discharge machine , enhances the word efficiency , improves the work environment of works .

并利用循环伏安对其充放电机理进行了初步探讨其结果初步揭示了肺器官功能的动力学过程与其结构的一致性。

The mechanism is preliminarily discussed . The calculated result reveals preliminarily the correspondence of the dynamical process of the human respiratory performance to the structure of the lung .