WMSIC Electronic Components

MICRONE ME6208A30PG

ModelME6208A30PG
PackageSOT-89
BrandMICRONE
Price Price on request Electronic component prices change quickly with market supply and demand. Please refer to the latest WMSIC quotation for current pricing.
Configuration
1 options
Configuration Date code within 2 years

Available for RFQ

Technical data

Product details

19 specifications

Core information

Product name
MICRONE ME6208A30PG
Type
MICRONE
Minimum package
1000 圆盘

Technical parameters

Electronic Component
Electronic Component
Electronic Component
MICRONE
Electronic Component
ME6208A30PG
Electronic Component
1
Package
SOT-89
Electronic Component
Linear Regulator(LDO)
Electronic Component
0.132g
Electronic Component
1
Electronic Component
BM0227605553
Operating Temperature
45℃~+150℃
Operating Voltage
18V
Output
Electronic Component
Output Voltage
3V
Output Current
150mA
Output Type
Electronic Component
Output Channel Count
1

For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.

ME6208A30PG 产品概述

ME6208A30PG 是 MICRONE(南京微盟)推出的一款固定输出线性稳压器(LDO),单通道、正输出、固定输出电压 3.0V。器件封装为 SOT-89,面向对静态电流和温度范围有严格要求的便携与工业应用场景。

一、主要参数一览

  • 输出类型:固定(3.0V)
  • 最大工作电压(Vin):18V
  • 输出电流:150mA(连续)
  • 静态电流(Iq):典型 3µA
  • 输出极性:正极性
  • 工作温度范围:-45℃ ~ +150℃
  • 输出通道数:1
  • 封装:SOT-89

二、关键特性与应用价值

  • 超低静态电流(3µA)非常适合电池供电及待机功耗敏感的应用。
  • 宽工作电压输入上限(18V)可兼容多种电源拓扑,便于与更高电压源配合使用。
  • 宽温度范围(-45℃~+150℃)使器件适用于严苛环境与高温场合。
  • SOT-89 小封装在尺寸与散热之间取得平衡,便于空间受限的电路设计。

三、热管理与功耗考量

线性稳压器的功耗由 (Vin - Vout) × Iout 决定。举例:若 Vin = 18V,Vout = 3V,Iout = 150mA,则耗散功率为 (18–3)×0.15 = 2.25W。SOT-89 的散热能力有限,须通过下列方式控制结温:

  • 降低 Vin–Vout 差值或采用降压前端以减小功耗;
  • 在 PCB 上增加大面积铜箔并采用热过孔/散热过孔扩展散热面积;
  • 对输出电流进行期望值与环境温度下的降额设计,避免长期高压差高电流运行。

四、输入/输出电容与稳定性建议

  • 在 VIN 引脚靠近器件放置输入电容,建议 1µF~10µF(陶瓷 X5R/X7R)以抑制电源瞬态。
  • 在 VOUT 靠近器件处放置输出电容,常见取值 1µF~10µF,低 ESR 有利于稳压器稳定。
  • 推荐尽量缩短电容与器件之间的走线,良好接地以降低环路噪声与振荡风险。具体容值与 ESR 对稳定性的影响请参照完整数据手册验证。

五、封装与电路布局要点

  • SOT-89 为三脚小封装,管脚间走线应尽量短且粗,地线应连接到固体地平面。
  • 在器件底下或焊盘周围增加铜箔面积并连接至内层/底层大面积地铜,以提高热扩散效率。
  • 在高电流路径上使用较宽的走线,并避免将敏感模拟信号靠近热源或高电流回路。

六、典型应用场景

  • 电池供电便携设备与传感节点(因低 Iq 适合待机低耗);
  • 工业控制与测量设备(宽温度特性);
  • 对输出噪声要求不高、需小体积稳压的点对点供电场合。

如需量产选型或热仿真评估,请获取 MICRONE 官方数据手册以确认引脚定义、保护特性(如限流、热关断、反向电流保护等)和详细电气参数,并按照应用工况做热降额与可靠性验证。若需进一步的封装热阻或典型电路图,可提供相应环境与负载条件以便给出更具体的建议。

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