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PM6225-001 Power ic

PM6225-001 Power ic

Regular price Rs.300.00 PKR
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The PM6225-001 is a power management IC (PMIC) used across a wide range of Redmi, Oppo, Vivo, Samsung, Motorola, and Huawei models. It regulates voltage distribution across the board, keeping charging, battery communication, and boot sequences stable. When a phone won't power on, gets stuck on logo, or won't charge properly, this IC is one of the first checkpoints on the power rail. Built in a BGA package for direct board-level replacement, it's a standard bench item for technicians handling dead-phone and no-power cases on this chipset family.

⚖️ Weight: 0.01 kg

SKU:MST-IC-196

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Description

A power IC doesn't get much attention until it fails — then it becomes the only thing standing between a customer's phone and a working device. The PM6225-001 sits right at that pressure point. It's the PMIC responsible for managing voltage rails across several Redmi, Oppo, Vivo, Samsung, Motorola, and Huawei boards, controlling how power moves from the battery and charging circuit to the rest of the board.On your repair bench, this chip shows up in a specific pattern of complaints: dead phone with no display, hang on logo after a failed update, or a board that draws current but never boots. Before you jump to CPU or software issues, the power rail deserves a look — a faulty PMIC can mimic symptoms that look like a dead CPU or corrupted EFS, sending technicians down the wrong repair path if they skip this check.The PM6225-001 comes in a BGA package, which means replacement is a reballing job, not a simple solder-and-go swap. You'll need a BGA rework station or hot air setup capable of controlled reflow, plus a stencil matched to this chip's ball layout if you're reballing rather than swapping a pre-balled unit. Board cleaning before and after removal matters here — flux residue around a PMIC footprint is a common cause of intermittent charging issues even after a "successful" IC change.This chip is relevant across a documented set of devices, including Redmi Note 11, Redmi Note 12, and Redmi 10C; Oppo A36, A76, Reno 7 4G, and Reno 8 4G; Vivo Y32, Y35, Y36, and Y27S; Samsung A23 and A05; Motorola XT2233, Moto G32, and Moto G Play 2024; and Huawei Nova 9SE. Since PMIC placement and pinout vary by board revision even within the same model, always cross-check the board number before ordering a replacement rather than going off the phone model name alone.Common failure patterns technicians report on this chip family: dead after flash (board was fine before a software update, dead after), charging issue where the phone shows no charging symbol despite a good charger and cable, and battery percentage stuck or jumping erratically — all signs worth checking against this IC before condemning the battery or charging port. FRP lock and pattern unlock issues aren't related to this chip; if you're seeing those alongside power symptoms, treat them as separate faults.For diagnosis, a bench power supply is your fastest confirmation tool. Connect it in place of the battery and watch current draw on power-up — a PMIC fault typically shows either no draw at all or a short that pulls current without any boot activity. Compare against a known-good board reading if you have one on hand from a similar repair.Stock this IC if you handle volume repairs across Redmi, Oppo, Vivo, Samsung, Motorola, or Huawei devices — no-power and charging complaints are recurring enough on these chipsets that having the PM6225-001 on your bench saves a diagnostic trip and a return visit for the customer.

Key Features

  • Board-level PMIC for direct replacement on supported models
  • BGA package suited for standard reballing and reflow workflows
  • Manages voltage distribution across charging and boot circuits
  • Common fix point for dead-phone and no-power complaints
  • Applicable across multiple brands sharing this chipset platform
  • Useful diagnostic checkpoint before condemning CPU or EFS
  • Fits into standard repair shop board-level repair workflow
  • Compact form factor for space-constrained board layouts

Specifications

Brand Entity PM6225-001 (Aftermarket/OEM-compatible
Product Entity Power Management IC (PMIC)
Technology Entity BGA Power Rail Regulation
Compatible Device Entities Redmi, Oppo, Vivo, Samsung, Motorola, Huawei
Repair Process Entity BGA Reballing, Board-Level Power IC Replacement
Industry Entity Mobile Phone Repair, PCB Repair

Compatible Devices

Redmi Note 11, Redmi Note 12, Redmi 10C, Oppo A36, Oppo A76, Oppo Reno 7 4G, Oppo Reno 8 4G, Vivo Y32, Vivo Y35, Vivo Y36, Vivo Y27S, Samsung A23, Samsung A05, Motorola XT2233, Motorola Moto G32, Motorola Moto G Play 2024, Huawei Nova 9SE

Common Repair Uses

Dead phone / no-power diagnosis, hang-on-logo troubleshooting, charging fault repair, board-level power rail replacement, BGA reballing and reflow work, board cleaning after IC removal

FAQ

What is the product name?
The product name is PM6225-001 Power IC.
What is the brand of this product?
This is an aftermarket-compatible power IC, sold under the PM6225-001 model designation.
What is the model of this product?
The model is PM6225-001.
What is this product used for?
It's used for board-level power management repair, mainly to fix dead-phone, no-power, and charging faults.
Which devices are compatible with this product?
It supports Redmi Note 11, Redmi Note 12, Redmi 10C, Oppo A36, A76, Reno 7 4G, Reno 8 4G, Vivo Y32, Y35, Y36, Y27S, Samsung A23, A05, Motorola XT2233, Moto G32, Moto G Play 2024, and Huawei Nova 9SE.
Who should use this product?
This product is suitable for mobile repair technicians, repair shops, service centers, and professional users.
Does this PMIC require reballing before installation?
Yes, the PM6225-001 uses a BGA package, so it needs a matching stencil and a BGA rework station for proper reballing before board installation.
Can a faulty PM6225-001 cause a phone to hang on logo without any power fault symptoms?
Yes, some boards with a failing PM6225-001 show hang-on-logo behavior with normal current draw, which is why technicians check this IC before assuming a CPU or software fault.

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