An increasing number of applications require DC/DC converters that produce an output that falls somewhere within the input voltage range. The problem is that conventional buck-boost converter topologies, such as SEPIC or boost followed by buck, are complex, inefficient and consume a relatively large board area. Linear Technology offers 4-switch-topology buck-boost regulators that significantly improve efficiency and save space, but a complete regulator design still requires a number of external components and meticulous board layout decisions related to electrical and thermal considerations. The next clear step to simplify the design is a modular approach—a buck-boost regulator system in an IC form factor. The LTM4605 and LTM4607 μModule™ buck-boost regulators take that approach. Each requires only one external inductor and a single sensing resistor to produce a compact, high performance, high efficiency buck-boost regulator with exceptional thermal performance.
μModule Buck-Boost Regulators Offer a Simple and Efficient.pdf
我要赚赏金打赏帖 |
|
|---|---|
| 基于ArduinoUNO开发板的AT24C02读写测试被打赏¥16元 | |
| TCS3472S传感器及其色彩检测被打赏¥19元 | |
| 【S32DS】S32K3 RTD7.0.1 HSE 组件配置报错问题解决被打赏¥27元 | |
| 【S32K3XX】MCME 启动 CORE1被打赏¥23元 | |
| AG32VH407下温度大气压传感器及其检测被打赏¥20元 | |
| AG32VH407下光照强度传感器BH1750及其检测被打赏¥22元 | |
| AT32VH407下使用温湿度传感器DHT22进行检测被打赏¥20元 | |
| DIY一个婴儿澡盆温度计被打赏¥34元 | |
| 【FreeRtos】FreeRtos+MPU region 配置规则被打赏¥23元 | |
| 【分享开发笔记,赚取电动螺丝刀】三分钟快速上手驱动墨水屏(ArduinoIDE)被打赏¥28元 | |
我要赚赏金
