Mobile Phone IC For IM36273 Original
Product Specification Table
| Specification Category | Details |
|---|---|
| Product Name | Mobile Phone IC – IM36273 (Original) |
| IC Model Number | IM36273 |
| IC Category | Mobile Power Management / Interface Control IC |
| Application Segment | Smartphone motherboard (logic board) |
| Primary Function | Power regulation, voltage control, and system interface support (device-specific implementation) |
| Compatibility | Used in selected Android smartphone mainboards (model compatibility depends on device revision) |
| Usage Type | Replacement IC for motherboard repair |
| Condition | Original (brand-new, unused, factory grade) |
| Mounting Type | Surface Mount Device (SMD) |
| Package Type | BGA / QFN (package varies by production batch) |
| Pin / Ball Configuration | High-density micro-pitch layout |
| Pin Count | Manufacturer-specific (varies by package variant) |
| Package Size | Compact micro-package designed for smartphone PCB layouts |
| Material (Die / Package) | Silicon die with epoxy-molded package |
| Operating Voltage Range | Designed for low-voltage mobile electronics (exact range device-dependent) |
| Power Consumption | Optimized for low power consumption to improve battery efficiency |
| Operating Frequency | Internally synchronized with system clock (device-specific) |
| Signal Type | Digital / mixed-signal (depending on board integration) |
| Thermal Characteristics | Designed for smartphone thermal limits with board-level heat dissipation |
| ESD Protection | Built-in ESD protection suitable for handheld electronics |
| Reliability Rating | Meets mobile-grade reliability standards |
| Operating Temperature Range | Approx. -20 °C to +85 °C (typical mobile IC range) |
| Storage Temperature Range | -40 °C to +125 °C |
| Soldering Method | Reflow soldering (hot air / IR / BGA rework station) |
| Recommended Solder Type | Lead-free solder (SAC305 or equivalent) |
| Flux Compatibility | No-clean flux / RMA flux |
| Reballing Support | Yes – IC can be reballed using appropriate stencil |
| Recommended Stencil Type | Dedicated BGA/QFN reballing stencil (model-specific) |
| Repair Level | Advanced chip-level motherboard repair |
| Typical Fault Symptoms | No power, short circuit, charging failure, boot issues (device-dependent) |
| Replacement Requirement | Must match exact IM36273 marking and board version |
| Original vs Copy Identification | Laser-etched markings, consistent font, clean surface finish |
| Quality Grade | OEM-equivalent / original grade |
| Packaging | Anti-static ESD-safe tray or tape |
| Unit Quantity | Sold per piece |
| Country of Manufacture | Commonly China / East Asia semiconductor fabs |
| Compliance | RoHS compliant (lead-free manufacturing) |
| Warranty | Seller-dependent (manufacturing defect only) |
| Target Users | Professional mobile repair technicians |
| Skill Level Required | Intermediate to advanced |
| Installation Tools Required | Hot air station, microscope, flux, solder wick |
| Inspection Requirement | Visual + multimeter check after installation |
| Typical Market Use | Service center repairs, spare part replacement |
| Shelf Life | Long shelf life when stored in dry, ESD-safe conditions |
| Storage Recommendation | Dry box, anti-static environment, room temperature |
| Handling Precautions | Avoid static discharge; handle with ESD tweezers |
| Common Alternatives | No direct substitute – model-specific IC |
| Seller Notes | Always confirm board compatibility before purchase |
🔍 Technical Explanation & Practical Notes
1. Purpose of IM36273 IC
The IM36273 Mobile Phone IC is designed for smartphone motherboard integration, where it performs critical power or interface control functions depending on the device design. Such ICs play a vital role in ensuring stable voltage regulation and proper system operation.
2. Importance of Using Original IC
Using an original IM36273 IC ensures:
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Stable power delivery
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Correct communication with other system components
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Long-term reliability
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Reduced risk of repeat failure
Non-original or refurbished ICs may cause overheating, short circuits, or intermittent faults.
3. Installation & Repair Guidelines
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Always remove old solder completely before placement
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Use correct temperature profile during reflow
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Ensure perfect alignment before heating
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Inspect joints under microscope after soldering
Improper installation can permanently damage the motherboard.
4. Reballing Considerations
If the IC requires reballing:
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Use a model-matched stencil
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Apply uniform solder balls
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Maintain correct reflow temperature
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Clean flux residues thoroughly
5. Storage & Handling
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Store in anti-static packaging
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Avoid moisture exposure
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Do not touch pads with bare hands
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Use ESD-safe workstation at all times
