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电源技术 MAX1963A/MAX1976A英文资料手册
MAX1963A/MAX1976A低压差线性稳压器的工作电压为+1.62V至+3.6V，可保证提供300mA连续负载电流和100mV低压差。高精度(±0.5%)输出电压在内部进行微调，预置范围为+0.75V至+3.0V。当输出电压达到稳压值后，低电平有效、开漏极复位输出至少保持2.2ms (MAX1963A)或70ms (MAX1976A)复位状态。该系列器件提供薄型SOT23 ...
电源技术 使用H桥变压器驱动器,充电超级电容器
Abstract: With its small size and large load (10W) capability, the MAX13256 H-bridge transformer driver is an attractive solution forcharging supercapacitors (supercaps). However, a large capacitance on the output of the circuit can force the driver into fault modeat startup, due to the high initi ...
电源技术 G3-PLC技术使电动汽车智能化充电
Abstract: This article explores criteria necessary for reliable communication between electric vehicles (EVs) and electric vehicleservice equipment (EVSE). Data will demonstrate that a G3-PLC system has already met the criteria established by the automotiveand utility industries. Multiple internat ...
电源技术 基于IGBT的固态高压脉冲电源的研究
由于脉冲电源有断续供电的特性，在很多领域都获得了广泛的应用，其中高压脉冲电源是系统的核心组成部分。为了获取高重复频率、陡前沿高压脉冲电源，文中提出了一种基于IGBT的高压脉冲电源，系统主要由高压直流充电电源和脉冲形成电路两部分组成，由DSP作为主控制芯片，控制IGBT的触发和实现软开关技术，并用仿真软件PSIM对 ...
电源技术 电池管理系统的多点温度测量方案
 
Abstract: It is critically important that lithium-ion battery stacks have a good battery-management system for monitoring many cellvoltages and cell temperatures. Without that monitoring, thermal runaway can lead to a battery explosion. This design idea presentsa low-power circuit that me ...
电源技术 双智能电池充电器简化服务器的备用电池
Smart Batteries are an increasingly popular choice formore than just traditional compact consumer electronicdevices. For example, Smart Batteries are being used asbattery backup for products such as blade servers, whereknowing battery status is very important
电源技术 简单的电池电路扩展以太网供电(PoE)峰值电流
 
Power over Ethernet (PoE) is a new development thatallows for the delivery of power to Ethernet-based devicesvia standard Ethernet CAT5 cable, precluding the need forwall adapters or other external power sources. The PoEspecification defines a hardware detection protocol wherePower Sourci ...
电源技术 如何运用DC-DC升压调节器
 
便携式电子器件(如智能手机、GPS导航系统和平板电脑)的电源可以来自低压太阳能电池板、电池或AC/DC电源。电池供电系统通常将电池串联叠置以实现更高的电压，但由于空间不足，此技术未必总是可行。开关转换器使用电感的磁场来交替地存储电能，并以不同电压释放至负载。因为损耗很低，所以开关转换器是个不错的高 ...