MP2000
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MP2000是一款低电压、低压差双极性线性稳压器。它可在1.35V至6V的输入电压下工作,提供最低0.5V的可调输出电压。MP2000可提供高达150mA的负载电流。另外还提供热过载保护和限流保护。
MP2000 采用5引脚 TSOT235 封装。
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产品特性和优势
- 可工作于VIN = 1.35V
- 150mA 输出电流时提供300mV 低压差
- 输出电压精度:±3%
- 固定或可调输出电压选项
- 优于 0.001%/mA的负载调整率
- 采用低ESR 输出电容可稳定工作
- 低至 65μA 接地电流
- 内部过温保护
- 限流保护
- 关断模式下的典型静态电流为7μA

正在供货产品型号
MP2000DJ-ADJ-LF-P MP2000DJ-ADJ-LF-Z MP2000DJ-ADJ-LF MP2000XN MP2000XN-ADJ
以 P 和 Z 结尾的零件编号是相同的零件。P 和 Z 仅表示卷筒尺寸
P&Z的含义
MP2000 Resources
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APPLICATION
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手机POS机APPLICATIONMobile points of service (POS) offer the same features as other portable POS devices from the convenience of a tablet or smartphone. POS are expected to deliver fast, secure payment transactions amid changing payment methods and rising customer expectations. They must offer high reliability, long battery life, ease-of-use, and quick processing speeds to accelerate checkout times. As retail and ser...
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消费类电子电池充电器APPLICATIONConsumer battery chargers provide at-home recharging for enabled AA and AAA batteries. It is crucial that these devices offer not only the fastest available safe charging rates, but also accurately sense and respond to battery charge information to protect the batteries from damage. In addition, consumers expect them to be highly efficient and have low standby power consumption in a small solution...
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REFERENCE DESIGN
ZYNQ ULTRASCALE+ MPSOC DISCRETE PMIC POWER SOLUTIONREFERENCE DESIGNThis is a power solution for AMD Xilinx Zynq UltraScale+ MPSoC’s XCZU3EG using discrete PMICs and LDOs. This solution meets the tight regulation of each rail in a small footprint.
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REFERENCE DESIGN
ZYNQ ULTRASCALE + MPSOC PMIC MODULE POWER SOLUTIONREFERENCE DESIGNThis is a power solution for AMD Xilinx Zynq UltraScale+ MPSoC’s XCZU3EG using PMIC modules and LDOs. This solution meets the tight regulation of each rail in a small footprint.
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REFERENCE DESIGN
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ARTICLE
UNDERSTANDING THE THEORY BEHIND TRANSIENT THERMAL IMPEDANCEARTICLETransient thermal impedance is a measure of how a device behaves when pulsed power is applied to it. Transient thermal impedance is an important parameter, as it determines how the device behaves under low duty cycles and low-frequency pulsed loads. IC packages have many thermal metrics, such as θJA and ΨJT. These parameters make it simple to estimate junction temperature in steady state. This ar...
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ARTICLE
UNDERSTANDING QUIESCENT CURRENT AND SHUTDOWN CURRENT WITH A BOOST CONVERTERARTICLEFor battery-powered applications, an excellent user experience depends on a long battery life and high-performance terminal devices. Quiescent current (IQ) is an important parameter to consider when optimizing these applications; in particular, an improved IQ increases battery life. This article will describe the difference between a boost converter’s IQ and shutdown current (ISD) to provide a de...
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ARTICLE
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ARTICLE
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VIDEO
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