BQ24192 Charging IC for Xiaomi Redmi Note 3 & 4
PKR 300.00
Buy BQ24192 charging IC for Xiaomi Redmi Note 3 and 4. Fix USB charging issues, no power, and PMIC faults on Redmi Note logic boards.
Overview:
The BQ24192 is a charging power IC used in Xiaomi Redmi Note 3 and Redmi Note 4 smartphones. It manages battery charging, voltage regulation, and USB power input control on the logic board. Failure of this IC can cause devices to not charge via USB, display battery errors, or fail to power on, making it essential for motherboard-level charging repairs.
Key Features:
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Charging power management IC for Xiaomi Redmi Note 3 and 4
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Controls USB charging input and battery voltage regulation
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Manages power sequencing across the logic board
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QFN/BGA package suitable for board-level soldering
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Ensures stable device startup and consistent charging performance
Benefits:
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Restores USB charging functionality
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Fixes no charging or intermittent battery detection issues
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Cost-effective repair compared to full logic board replacement
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Provides stable voltage output for reliable device operation
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Ideal for professional board-level repair technicians
Applications:
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Xiaomi Redmi Note 3/4 not charging via USB
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Device dead or not powering on due to PMIC failure
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Random shutdowns or unstable device operation
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Logic board repair after liquid damage or short-circuit
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Motherboard-level replacement for charging-related faults
Compatible Models:
FAQ Section:
Q1: What does the BQ24192 IC do?
It manages USB charging input, battery voltage regulation, and system power distribution for Redmi Note 3 and 4.
Q2: What are common symptoms of failure?
No USB charging, device not powering on, battery errors, or random shutdowns.
Q3: Is this IC compatible with other Xiaomi models?
No. It is designed specifically for Redmi Note 3 and Redmi Note 4.
Q4: How difficult is replacement?
Replacement requires advanced board-level soldering skills and proper diagnostic tools.
Q5: What repair outcomes should be expected?
Restored USB charging functionality, stable power delivery, and normal device operation.