CC6207E belongs to a Hall switch sensing device with low power consumption, high sensitivity, all polarity, and latch output, which can directly replace traditional magnetic spring switches. Especially suitable for portable electronic products powered by batteries, such as mobile phones, laptops, Bluetooth headphones, forehead guns, and other low-power consumer products.

    CC6207E has magnetic field discrimination with full polarity, which means that it can be activated as long as the north or south poles of the magnetic field are close. After the magnetic field is removed, the output will be turned off. Unlike other general Hall sensing devices, they do not require a specific South or North Pole to operate, reducing the difficulty of identifying magnetic poles during assembly. The internal circuit of CC6207E includes a Hall chip, a voltage regulator module, a signal amplification and processing module, a dynamic offset elimination module, a latch module, and a CMOS output stage. CC6207E uses advanced BiCMOS technology and overall optimized circuit structure, resulting in extremely low input error feedback for the product. The product adopts dynamic imbalance elimination technology, which can eliminate the imbalance voltage caused by packaging stress, thermal stress, and temperature gradient, improving the consistency of the device. At the same time, the product adopts a miniaturized packaging process, which makes the product more highly performance and market advantage.

    CC6207E offers four packages: SOT23-3, TSOT23-3, TO-92S, and DFN4L, with a working temperature range of -40~85 ° C.