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CrossChip(成都芯进) CC6111ST
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- Cross Chip CC6111ST
- Type
- CROSSCHIP
- Minimum package
- 3000 个
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- CROSSCHIP
- Electronic Component
- CC6111ST
- Electronic Component
- 1
- Package
- TSOT-23-3
- Type
- Electronic Component
- Electronic Component
- Hall Switch
- Electronic Component
- 0.037g
- Electronic Component
- 1
- Features
- Voltage
- Electronic Component
- BM0265576475
- Operating Temperature
- 40℃~+150℃
- Operating Voltage
- 2.5V~28V
- Operating Current
- 2mA
- Output Current
- 30mA
- (Gs)
- 4mT
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
CrossChip CC6111ST 高精度单极型霍尔效应开关产品概述
一、产品定位与核心价值
成都芯进（CrossChip）推出的CC6111ST是一款高精度单极型霍尔效应开关，针对对开关精度、温漂稳定性要求较高的应用场景设计。核心优势在于集成斩波稳定技术，实现低温漂、高阈值一致性，同时具备宽电压范围、低功耗、宽温适应等特性，可满足汽车电子、工业控制、消费电子等多领域的小型化、高可靠感应需求。
二、关键性能参数深度解析
CC6111ST的参数设计围绕“高精度、宽适应”展开，核心参数具备明确的应用针对性：
- 宽电压覆盖：2.5V~28V电压范围，既适配3.3V/5V低功耗系统，也兼容12V/24V汽车/工业电源，无需额外稳压电路，简化系统设计；
- 低功耗运行：工作电流仅2mA，在待机或低负载场景下能耗极低，适合电池供电设备（如智能门锁、便携传感器）；
- 稳定开关阈值：工作点（Gs）4mT、释放点3mT，阈值一致性好，避免磁场波动导致的误触发，适合对精度敏感的位置检测；
- 输出驱动能力：输出电流30mA，可直接驱动LED、小型继电器或微控制器输入，无需外部放大电路，降低系统成本；
- 宽温可靠性：-40℃~+150℃工作温度范围，覆盖汽车发动机舱、工业高温环境及低温户外场景，适应极端工况。
三、斩波稳定技术的核心作用
CC6111ST集成斩波稳定电路，是其高精度、低温漂的关键：
- 传统霍尔开关易受失调电压影响，温漂较大；斩波技术通过周期性切换输入信号路径，抵消失调电压，大幅降低温度变化对开关阈值的影响；
- 该技术使产品在全温度范围内保持稳定的开关特性，避免因温度波动导致的误动作或灵敏度变化，尤其适合汽车、工业等极端温度场景。
四、封装与典型应用场景
- 封装形式：采用TSOT-23-3封装，体积小巧（尺寸约1.0mm×1.4mm），适合小型化设备（如智能穿戴、汽车传感器节点），同时具备良好的散热性；
- 典型应用：
- 汽车电子：座椅位置检测、车门/车窗状态感应、换挡机构位置识别、油门踏板位置监测（宽温适配发动机舱环境）；
- 工业控制：电机转速/位置检测、流水线物体计数、工业传感器节点感应；
- 消费电子：智能门锁感应、手持设备姿态检测、小型家电状态反馈。
五、系统集成与可靠性优势
CC6111ST在设计上注重可靠性与系统简化：
- 单极型霍尔效应设计，仅对特定方向磁场敏感，抗电磁干扰能力强；
- 宽电压范围减少电源适配成本，低功耗延长电池设备续航；
- 输出30mA驱动能力直接匹配多数负载，简化外围电路，降低系统复杂度。
总结
CC6111ST凭借斩波稳定带来的高精度、宽温适配、低功耗等特性，成为多领域感应应用的高性价比选择，尤其适合对温度稳定性要求严格的场景（如汽车动力系统、工业高温设备），是替代传统机械开关或低精度霍尔元件的理想方案。
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