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MPS MP3421GG-Z
Configuration
1 options
Configuration
Date code within 2 years
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- MPS MP3421GG-Z
- Type
- MPS
- Minimum package
- 5000 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- MPS
- Electronic Component
- MP3421GG-Z
- Electronic Component
- 1
- Package
- QFN-14(2x2)
- Electronic Component
- DC-DC Power Supply IC
- Electronic Component
- 0.164g
- Electronic Component
- 1
- Features
- Load
- Type
- Electronic Component
- Synchronous
- Electronic Component
- Electronic Component
- BM0107671355
- Operating Temperature
- 40℃~+125℃@(TJ)
- Operating Voltage
- 1.9V~5.5V
- Switching Frequency
- 600kHz
- Electronic Component
- Electronic Component
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
MP3421GG-Z 产品概述
MP3421GG-Z 是一款功能强大的升压开关稳压器，广泛应用于要求高效电源转换的各类电子设备中。该器件由知名供应商 MPS 生产，采用紧凑的 QFN-14(2x2) 封装，适合表面贴装型安装，便于集成进小型化电子产品中。
主要特性
MP3421GG-Z 的设计兼顾了高效率与优异的输出性能，提供了一系列出色的性能参数。其主要特点包括：
升压功能：作为升压转换器，MP3421GG-Z 能够将输入电压范围从 1.9V 至 5.5V 进行提升，输出电压范围为 2.5V 至 5.5V，这使得其在多种应用场景中都具有优越的适应能力。
高输出电流：此器件具备高达 5.5A 的输出电流能力，能够满足对电源稳定性和输出能力要求较高的应用需求，亦可有效支持高功耗负载的正常工作。
60kHz的开关频率：MP3421GG-Z 工作在 600kHz 的开关频率，这使得它在重量和体积受限的系统中能够有效减少外部组件的尺寸，降低整体电源设计的体积和成本。
同步整流技术：此器件集成了同步整流器技术，进一步提高了转换效率，并在提升整体的热管理性能方面表现卓越，从而延长了产品的使用寿命。
宽温工作范围：MP3421GG-Z 的工作温度范围广泛，从 -40°C 到 125°C（成品温度），确保其在极端环境下也能稳定运行，适用于各种严苛的工况条件。
适用场景
MP3421GG-Z 适合于众多应用场景，包括但不限于：
便携式电子设备：由于其支持低输入电压且具有高输出电流的特性，非常适合用于便携式设备，如智能手机、平板电脑等。
工业自动化：在工业设备和自动化控制系统中，MP3421GG-Z 可以提供稳定的电源支持，确保设备的正常操作。
LED驱动：对于需要在一定条件下驱动高亮度LED的应用场景，MP3421GG-Z 能够提供足够的电压和电流，优化LED的工作效率和亮度。
医疗设备：在医疗仪器中，MP3421GG-Z 的高效率和稳定性能够增强设备的可靠性，满足医疗行业对电源的严格要求。
设计优势
MP3421GG-Z 的设计充分考虑了当今市场对电源管理器件的小型化、高效率以及易用性的需求。利用先进的制造工艺，MPS 为该器件提供了可靠的热管理和电源效率，有助于减少设备的散热挑战并提升系统的整体性能。
结论
综上所述，MP3421GG-Z 是一款性能卓越的升压开关稳压器，凭借其广泛的输入输出电压范围、高电流输出、优越的热性能和小巧的封装，成为电子设计师在选择高效电源管理解决方案时的理想选择。无论是在消费类电子、工业应用还是医疗设备中，MP3421GG-Z 都将发挥重要作用。
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