Skip to product information
1 of 5

PM215 OVV Power iC

PM215 OVV Power iC

Regular price Rs.300.00 PKR
Regular price Sale price Rs.300.00 PKR
Sale Sold out
Shipping calculated at checkout.
Quantity

The PM215 OVV Power IC handles voltage regulation and power distribution on mobile phone motherboards. Technicians reach for this chip when a board shows dead symptoms, unstable power rails, or no response after a short circuit. You get a direct replacement part for board-level repair work, not a diagnostic tool guess. Use it on your bench when multimeter readings point to a faulty power section and the board needs a fresh power IC to restore normal boot behavior. Built for PCB-level repair, this IC suits technicians who already confirmed the fault through voltage tracing and need the exact replacement chip to close the job.

⚖️ Weight: 0.01 kg

SKU:MST-IC-348

  • Safe & Secure Payment
  • Fast Delivery
  • WhatsApp Support
View full details

Description

When a phone comes in completely dead after a drop, a short, or a bad charging attempt, the fault often traces back to the power section of the board. The PM215 OVV Power IC sits right in that power path, managing voltage regulation between the battery, charging circuit, and the rest of the motherboard. If your diagnostic session on the power rails shows a short or a dead zone near this chip's footprint, replacing it is usually the fix that brings the board back to life.You already know the drill: isolate the fault first. Check your board schematic or trace the power rail with a multimeter before pulling this chip. A power IC replacement without proper diagnosis wastes both your time and the part. Once you confirm the PM215 OVV is the culprit — dead board, no current draw, or a short on its associated rail — remove the old chip with hot air, clean the pads, and reball or direct-mount the replacement.This chip works as part of the OVV power IC family found across various Android motherboards where power management duties get split between multiple ICs rather than one central PMIC. That makes it a common find in mid-range and budget Android boards where the charging IC, power IC, and CPU work together to manage current flow. Your workshop likely already stocks similar OVV-series chips, so this fits directly into that inventory without needing a separate ordering process.Reballing this IC demands the same care as any BGA-style rework. Preheat the board evenly, use decent quality solder paste or wire, and avoid overheating neighboring components — many of these boards pack ICs close together, and heat spread damages more than it fixes. A microscope helps confirm ball alignment before reflow, especially since pad damage from a previous repair attempt is common on boards that reach your bench after another shop already tried.Dead-after-flash symptoms, hang-on-logo boards, or a phone that draws zero current on your power supply tester often point straight to this kind of chip fault. If your board shows current draw but the phone still won't boot, check other sections first — this IC replacement solves power-path faults, not software issues or unrelated hardware faults elsewhere on the board.Stock this alongside your other power ICs, reballing kit, and hot air station so a confirmed power-section fault doesn't stall a repair job waiting for parts. Pair it with a good BGA reballing stencil and flux for a clean job that holds up under real-world use, not just a bench test.For shops handling multiple dead-board cases a week, keeping a few PM215 OVV chips on hand cuts turnaround time significantly. It's a small part, but on the wrong day, it's the only thing standing between a dead phone and a working one.

Key Features

Direct replacement chip for confirmed power IC faults

Fits standard BGA reballing and hot air rework process

Works within multi-IC Android power management layouts

Suited for dead board and no-power fault repair

Compact footprint for tight motherboard layouts

Compatible with standard reballing stencils and flux

Useful stock item for shops handling frequent dead-phone cases

Supports board-level repair workflow after voltage diagnosis

Specifications

Brand Entity Generic / OEM Replacement Power IC
Product Entity PM215 OVV Power IC
Technology Entity Power Management IC (PMIC)
Compatible Device Entities Android Smartphone Motherboards
Repair Process Entity PCB Power Section Repair, BGA Reballing
Industry Entity Mobile Phone Repair Industry

Compatible Devices

Universal — used across various Android smartphone motherboards where the PM215 OVV power IC is factory-installed on the power management section; not limited to a single brand or model, and not verified against a specific device list.

Common Repair Uses

Dead board repair, no-power or no-boot fault diagnosis, power rail short circuit repair, IC reballing and replacement after voltage tracing, restoring boot function after charging or power-section damage.

FAQ

What is the product name?
The product name is PM215 OVV Power IC.
What is the brand of this product?
This is a generic replacement power IC, not tied to a specific branded manufacturer.
What is the model of this product?
The model is PM215 OVV.
What is this product used for?
This IC is used to replace a faulty power management chip on mobile phone motherboards during dead board or no-power repair.
Which devices are compatible with this product?
It fits Android smartphone motherboards that use the PM215 OVV chip in their power management section; exact device compatibility depends on your board's original chip placement.
Who should use this product?
This product suits mobile repair technicians, GSM repair shops, service centers, and professional PCB repair businesses.
Does this IC work on boards with a short circuit on the power rail?
Yes, once you confirm the short traces to the PM215 OVV footprint, replacing the chip clears the fault in most dead-board cases.
Can this IC be reballed using a standard hot air station?
Yes, it reballs with a standard hot air rework station and BGA stencil, following normal preheat and reflow temperatures for small-footprint power ICs.

Ask any Query