Triconex CM3201 控制卡件 主处理器

Triconex CM3201 控制卡件 主处理器

Triconex CM3201 控制卡件 主处理器

TRICONEX CM3201这种类型的收集是基于振动相关电容的电容变化。振动使充电的可变电容器的极板分离，机械能转化为电能。静电能量采集器需要一个极化源来工作，并将振动产生的机械能转化为电能。

极化源应该在几百伏的数量级；这使得电源管理电路变得非常复杂。另一个解决方案在于使用驻极体它们是带电的电介质，能够在电容器上保持极化多年。为此，可以采用经典静电感应发电机的结构，这种发电机也从可变电容中提取能量。由此产生的设备是自偏置的，可以直接给电池充电，或者可以在存储电容器上产生指数增长的电压，能量可以由DC/DC转换器周期性地提取。

TRICONEX CM3201磁感应是指产生一种电动势(即电压)在不断变化磁场。这种改变磁场也可以由运动产生旋转(即韦根效应和韦根传感器)或线性运动(即震动)

Triconex CM3201 控制卡件 主处理器

TRICONEX CM3201 This type of collection is based on capacitance changes in vibration-related capacitors. The vibration separates the plates of the charging variable capacitor and converts the mechanical energy into electrical energy. Electrostatic energy harvesters require a polarizing source to work and convert the mechanical energy generated by vibration into electrical energy.

The polarization source should be in the order of several hundred volts; This makes the power management circuit very complicated. Another solution lies in the use of electrets -- electrically charged dielectrics that can remain polarized on a capacitor for years. For this, the structure of a classical electrostatic induction generator can be used, which also extracts energy from variable capacitors. The resulting device is self-biased and can charge the battery directly, or it can generate an exponentially growing voltage on a storage capacitor, and the energy can be periodically extracted by a DC/DC converter.

TRICONEX CM3201 Magnetic induction refers to the generation of an electromotive force (i.e. voltage) in a constantly changing magnetic field. This changing magnetic field can also be produced by rotation (i.e. the Wiegand effect and Wiegand sensor) or linear motion (i.e. vibration).