Infinix Hot 60 Pro Plus X6886 Full Charging Data Ways and Solution Schematic Diagram By Azeem Mobile скачать в хорошем качестве

Infinix Hot 60 Pro Plus X6886 Full Charging Data Ways and Solution Schematic Diagram By Azeem Mobile

For the Infinix Hot 60 Pro Plus (X6886), charging issues usually stem from either a physical break in the charging traces or a fault in the Sub-Board/Main Flex connection. ​Since the Hot 60 Pro Plus is a newer model (2025/2026 release), specialized tools like Borneo Schematics or Pragmafix are the most reliable sources for high-resolution bitmap layouts. Below is a breakdown of the charging circuit "ways" and common hardware solutions based on recent technician data. ​# 1. Charging Data Ways (USB Path) ​The charging path starts from the USB Type-C connector on the sub-board and travels through the Main Flex Cable to the motherboard. Pin / Line Test Point / Component Description VBUS (5V) Large Capacitor near Sub-board connector Input voltage from the charger. Should be 5.0V - 5.2V. DP / DM Dual ESD Filter (near Main Connector) Data Positive & Data Negative. Required for Fast Charging (Handshake). CC1 / CC2 Small Resistors near Type-C Port Configuration Channels. Detects cable orientation and triggers PD charging. VBAT Battery Connector Positive Pin Final charging voltage to the battery, typically 3.8V - 4.4V. 2. Common Jumper Solutions If you find a "No Charging" or "Slow Charging" issue, follow these jumper points: VBUS Jumper: If 5V is present at the sub-board but not reaching the motherboard, run a jumper wire from the VBUS test point on the charging board directly to the OVP IC input capacitor on the mainboard. Data Line Repair: If the phone charges but "Slow Charging" or "No PC Connection" occurs, check the continuity of the DP (Data Plus) and DM (Data Minus) lines. These usually go through a small 4-pin EMI filter; you can bypass this filter with two straight jumpers if it is blown. OVP IC Bypass: If 5V enters the OVP (Over Voltage Protection) IC but nothing comes out, the IC is likely faulty. You can temporarily bypass it by jumping the input capacitor to the output capacitor (Note: This removes protection against high-voltage spikes). 3. Troubleshooting "Charging Paused" or "Temperature" Errors This is a frequent issue on the X6886 caused by the Thermistor circuit. Check the Battery Connector: Inspect the BSI (Battery Size Indicator) or ID pin. If the center pins are loose or dirty, the phone cannot read the battery temp. Thermistor Replacement: There is typically a 100k Ohm resistor (NTC) near the CPU or the Charging IC. If this resistor is corroded, the phone will display "Temperature too high/low." 4. Charging IC Location In the Hot 60 Pro Plus, the charging management is usually handled by a MediaTek PMIC (often the MT63xx series) or a dedicated secondary charging IC. Voltages to Check: VBUS: 5V (Input) VSYS / VPH_PWR: 3.7V - 4.2V (System Power) VBAT: 4.2V (Output to Battery) Pro Tip: Always test with a known-good Main Flex Cable before soldering jumpers. On Infinix Hot series, 80% of charging failures are caused by a cracked flex cable connector rather than a faulty IC./ Would you like me to find the specific diode values for the charging connector pins to help you identify a short circuit?