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GOODWORK LM393
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- GOODWORK LM393
- Type
- GOODWORK
- Minimum package
- 4000 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- GOODWORK
- Electronic Component
- LM393
- Electronic Component
- 1
- Package
- SOP-8
- Electronic Component
- Comparator
- Electronic Component
- 0.184g
- Power Supply
- 2V~36V
- Electronic Component
- 1
- Electronic Component
- BM0264758000
- Operating Temperature
- 0℃~+70℃
- Comparator
- Electronic Component
- Static Current(Iq)
- 2.5mA
- Electronic Component
- Electronic Component
- Electronic Component
- 4000
- Power Supply(Vee ~ Vcc)
- 1V~18V
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
LM393（GOODWORK 固得沃克）产品概述
一、产品简介
GOODWORK（固得沃克）LM393 是一款双路比较器，适合对电压阈值进行精确判断与开关控制。器件工作于宽电源电压范围，低功耗设计并采用 SOP-8 封装，便于在各种模拟与数字混合电路中替代或集成使用。其稳定的输入特性和可观的输入偏置、失调性能使之在传感器接口、过/欠压检测、脉宽调制及门限电平转换等场景中表现可靠。
二、主要参数
- 比较器数：双路
- 输入失调电压 (Vos)：典型 5 mV
- 输入偏置电流 (Ib)：典型 250 nA
- 输入失调电流 (Ios)：典型 50 nA
- 静态电流 (Iq)：典型 2.5 mA（每芯片）
- 最大电源宽度 (Vdd‑Vss)：36 V
- 单电源工作电压：2 V ～ 36 V
- 双电源工作电压 (Vee ~ Vcc)：±1 V ～ ±18 V
- 工作温度范围：0 ℃ ～ +70 ℃
- 封装：SOP-8（表面贴装）
三、关键特性与优势
- 宽电源电压：支持2 V 至36 V 单电源或±1 V 至±18 V 双电源，设计灵活。
- 低静态电流：典型 Iq 2.5 mA，有利于电池供电或低功耗系统。
- 良好的输入精度：Vos 5 mV、Ib 250 nA、Ios 50 nA，可实现稳定的门限判定。
- 双路集成：两路比较器在单芯片内实现，节省 PCB 空间与成本。
- SOP-8 封装：标准化封装，便于自动贴装与大规模生产。
（注：LM393 系列常见为开漏输出结构，在设计中需外接上拉电阻以生成逻辑电平输出。）
四、典型应用场景
- 传感器信号检测与放大前的阈值比较（温度、光、压力等）
- 电源管理：欠压/过压检测、充放电保护电路
- 波形整形：方波、脉冲整形与零交叉检测
- A/D 比较器参考、限幅与窗口比较器实现
- 工业控制、家电、仪表及汽车电子（在对应温度等级内）
五、封装与订购信息
- 品牌：GOODWORK（固得沃克）
- 封装形式：SOP-8（表面贴装）
- 订购时请确认工作温度等级（0 ℃～+70 ℃）、批号及供货稳定性，并按实际应用考虑是否需要额外的 ESD 与浪涌保护。
六、使用与设计注意事项
- 输出为开漏/开集电极时必须使用适当的上拉电阻；上拉电压不得超过器件允许的电源范围。
- 输入共模范围与电源关系密切，接近电源轨时性能可能下降，应在电路仿真或样片验证后再量产。
- 在噪声环境下建议并联旁路电容并在电源脚附近布置去耦电容，以减少瞬态误触发。
- 若系统对温漂和失调有更高要求，可考虑采用后续校准或选择精度更高的比较器型号。
如需原理接线示例、典型应用电路或更详细的电气特性曲线（推挽/漏极限、响应时间等），可提供具体应用场景，我将据此给出更精确的设计建议。
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