”梁志翔补充，“一般的电源模块随着温度的变化输出会出现不同程度的波动，而ISL8271M采用ChargeMode（电荷模式）控制架构，这有助于实现无补偿设计，使电源在输出电容由于温度、变异或老化而引起的变动之下保持稳定性。”
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件储存电荷模式 Charged Device Model ; CDM
储存电荷模式 Board Level Charged Device Model
即为模块储存电荷模式 Board Level Charged Device Model
即为模组储存电荷模式 BLCDM ; Board Level Charged Device Model
空间电荷波模式 space-charge mode
荷电维持模式 Charger Sustaining
荷电消耗模式 Charger Depleting
电荷保留模式 charge residue model
使用仪器的电荷(库仑)模式，其内部电压源提供步进电压。
The instrument is used in the charge (or coulombs) mode and its internal voltage source provides the step voltage.
从麦克斯韦方程出发，严格推导了空间电荷波模式的色散关系，绘制了波导内的场型图。
From Maxwell's equations, the dispersion relation of space charge mode is strictly deduced, and the field pattern is studied.
导出了相对论电子注的动功率流定律，求得了相对论空间电荷波的正规模式。
The theorem of relativistic kinetic energy has been derived, and the normalized model of relativistic space charge wave is derived as well.
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