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ABB 3BHE022455R1101 输入耦合单元ICU控制器品牌ABB功率KSD211B保护方式KSD211B 3BHE022455R1101使用环境室内产品名称控制器尺寸13.6CM13.6CM10.6CM重量1.5KG可用性V17152-310工作温度-10 - 70C(4到158F)加工定制没有运行速度1h安装方式嵌入式可售卖地北京;天津;河北;山西;内蒙古;辽宁;吉林;黑龙江;上海;江
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ABB 3BHE022455R1101 输入耦合单元ICU控制器
ABB 3BHE022455R1101 输入耦合单元ICU控制器
耦合是指把能量从一个电路传送另外一个电路中去,耦合在模拟电路和数字电路中非常常见,微弱的信号可以耦合到放大电路进行放大,经过放大的信号同样可以通过耦合进行输出。
KSD211B101 3BHE022455R1101 电源输入耦合模块耦合是两个功能电路的连接桥梁,可以实现信号和能量的传递。常见的耦合电路有直接耦合电路、电容耦合电路、光电耦合电路和变压器耦合电路。
直接耦合
在直接耦合中,两个功能电路直接连通,两级之间有着直接的影响,在下图的放大电路中,输入的信号经过三极管T1放大后,直接耦合连接至T2进行二级放大,然后再次直接耦合到T3进行三极放大。
因为各级电路直接连接,会相互影响,常用于低频的电路和大规模集成的数字电路中。
阻容耦合
KSD211B101 3BHE022455R1101 电源输入耦合模块在阻容耦合电路中,两级电路通过电容进行隔离,信号通过电容耦合到下一级,因为电容有着隔直流通交流的作用,各级电路的Q点不会相互影响,不能放大缓慢放大的信号,所以常用于交变的高频信号。
ABB 3BHE022455R1101 输入耦合单元ICU控制器
Coupling refers to the transmission of energy from one circuit to another circuit, coupling is very common in analog circuits and digital circuits, weak signals can be coupled to the amplifier circuit for amplification, the amplified signal can also be output through coupling.
KSD211B101 3BHE022455R1101 Power input coupling module Coupling is the connection bridge of two functional circuits, which can realize the transmission of signals and energy. Common coupling circuits include direct coupling circuit, capacitive coupling circuit, photoelectric coupling circuit and transformer coupling circuit.
Direct coupling
In direct coupling, the two functional circuits are directly connected, and there is a direct impact between the two stages. In the amplifier circuit below, the input signal is amplified by the triode T1, directly coupled to T2 for two-stage amplification, and then directly coupled to T3 for three-pole amplification again.
Because the circuits at all levels are directly connected, they will affect each other, and are often used in low-frequency circuits and large-scale integrated digital circuits.
Resistance-capacitance coupling
KSD211B101 3BHE022455R1101 power input coupling module In the resistance-capacitance coupling circuit, the two stages of the circuit are isolated through the capacitor, and the signal is coupled to the next level through the capacitor. Because the capacitor has the function of separating the direct current and alternating current, the Q point of the circuit at all levels will not affect each other, and the signal that is slowly amplified cannot be amplified. So it is often used for alternating high frequency signals.
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