CC6430
FeaturesBuilt-in high-sensitivity Hall sensorStall protection function, prevents IC or coil burnout during stallIntegrated power reverse connection protection functionStrong driving capability, can output up to 350mA continuous currentLow power consumption, 2mA quiescent currentExcellent temperature stability, ensures IC can handle extreme environmentsResistant to mechanical stress, magnetic sensitivity will not shift due to external pressureESD (HBM) 4kV, LU 200mAApplicationsSingle-coil DC brushless fanSingle-coil DC brushless
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- Product Description
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- Commodity name: CC6430
- 封装: TO-94/SOT335
- 品牌: Chengdu Jinxin Electronics
FeaturesBuilt-in high-sensitivity Hall sensorStall protection function, prevents IC or coil burnout during stallIntegrated power reverse connection protection functionStrong driving capability, can output up to 350mA continuous currentLow power consumption, 2mA quiescent currentExcellent temperature stability, ensures IC can handle extreme environmentsResistant to mechanical stress, magnetic sensitivity will not shift due to external pressureESD (HBM) 4kV, LU 200mAApplicationsSingle-coil DC brushless fanSingle-coil DC brushless
The CC6430 is a high-performance, single-coil, DC brushless motor (fan) driver chip. The chip is designed and manufactured using an innovative advanced high-voltage BiCMOS process, which optimizes Hall sensors and motor drivers. The chip includes a high-sensitivity Hall sensor, chopper offset cancellation module, Hall temperature compensation unit, voltage regulator, and low RDSON full-bridge driver, etc. The CC6430 has low power consumption, with a static current of only 2mA, which is much lower than similar products on the market, helping to improve fan efficiency and enhance fan reliability. The CC6430 integrates a locked-rotor protection function, which automatically stops supplying power to the coil when the fan is locked, and enters a self-start state. This method reduces power consumption during fan stalling, ensuring that the fan will not burn out when locked, significantly improving fan reliability. The CC6430 can withstand transient high voltage of 40V, ensuring fan reliability in various application environments. The CC6430 integrates reverse connection protection, eliminating the need for external reverse protection diodes, saving costs for customers. The CC6430 is available in a TO-94 package, operates within a temperature range of -40~125°C, and complies with RoHS regulations.
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