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YCS 3060 30V 6A DC Power Supply 180W High Power For Tablet/ Mobile phone

YCS 3060 30V 6A DC Power Supply 180W High Power For Tablet/ Mobile phone
YCS 3060 30V 6A DC Power Supply 180W High Power For Tablet/ Mobile phone
YCS 3060 30V 6A DC Power Supply 180W High Power For Tablet/ Mobile phone
YCS 3060 30V 6A DC Power Supply 180W High Power For Tablet/ Mobile phone
-23 %
YCS 3060 30V 6A DC Power Supply 180W High Power For Tablet/ Mobile phone
YCS 3060 30V 6A DC Power Supply 180W High Power For Tablet/ Mobile phone
YCS 3060 30V 6A DC Power Supply 180W High Power For Tablet/ Mobile phone
YCS 3060 30V 6A DC Power Supply 180W High Power For Tablet/ Mobile phone
YCS 3060 30V 6A DC Power Supply 180W High Power For Tablet/ Mobile phone
  • Stock: In Stock
  • Model: YCS 3060
  • Weight: 1.27kg
People Interested: 6617
Rs.4,999.00
Rs.6,499.00
Ex Tax: Rs.4,999.00

YCS 3060 Adjustable Digital Display DC Power Supply ( 30V~6A )


The YCS 3060 30V 6A DC Power Supply is a commercial-grade, high-capacity diagnostic workstation asset engineered for professional smartphone, tablet, and micro-electronics repair. Housing a robust 180W high-power core, this precision instrument delivers a rock-solid, highly stable output voltage adjustable up to $30\text{V}$ and a generous current capacity up to $6\text{A}$. This expanded power envelope gives it a massive bench advantage over standard, low-tier $3\text{A}$ or $5\text{A}$ supplies, allowing technicians to seamlessly boot power-hungry iPads, tablets, and modern fast-charging smartphones without encountering over-current tripping.


Engineered for chip-level troubleshooting, the YCS 3060 features ultra-precise digital LED displays that provide real-time tracking of voltage, current, and wattage. Its highly sensitive short-circuit protection and millisecond-fast response times allow bench technicians to safely inject voltage to track down hidden short circuits, bad capacitors, and leaky power management ICs (PMICs) without risking catastrophic damage to delicate logic boards.


Key Features & Bench Advantages:

  • 180W High-Power Delivery: Provides the extra amperage overhead ($6\text{A}$) needed to effortlessly power up large tablet motherboards, run intense circuit tests, and trigger fast-charging protocols.
  • Precise Micro-Current Diagnostics: High-resolution digital tracking displays minute current draws, allowing technicians to catch sub-milliamp leakages and diagnostic boot-loop anomalies.
  • Intelligent Short-Circuit Protection: Features ultra-fast, millisecond-level over-current protection (OCP) that immediately cuts power to prevent burning traces when a dead short is detected on the logic board.
  • Advanced Voltage Injection Capabilities: Allows for highly controllable, steady current injection to easily pinpoint failing, overheating SMD capacitors via thermal imaging or rosin atomizers.
  • Active Smart-Cooling Thermal System: Built-in low-noise, temperature-controlled cooling fan activates automatically during high-load operations to maintain internal efficiency and extend component lifespan.

Technical Specification Matrix

Parameter Profile

Component Specification Details

Brand / Model

YCS 3060 Original

Output Voltage Range

0 to 30 Volts ($0\text{V} - 30\text{V}$, Fully Adjustable)

Output Current Capacity

0 to 6 Amperes ($0\text{A} - 6\text{A}$, Constant Current / Constant Voltage)

Total Power Rating

180W High-Efficiency Linear/Switching Core

Display Interface Matrix

High-Visibility Multi-Line Digital LED Telemetry Screen

Protection Systems

Short Circuit Protection, Over-Current Protection (OCP), Over-Voltage Protection (OVP)

Primary Bench Utility

Voltage Injection, Leakage Testing, Tablet/Mobile Power-On Diagnostics


Recommended Bench Operation Guide:

  1. Initial Calibration: Before hooking up any device, set the target voltage exactly to the device's battery specifications (e.g., $4.2\text{V}$ for standard smartphone boot testing). Adjust the over-current limit to safely match the expected workflow.
  2. Diagnostic Boot Analysis: Hook your custom DC boot cable from the power supply terminals directly to the motherboard's battery connector. Tap the phone's power button and closely watch the current display dial. A sudden jump to maximum amps indicates a primary short, while no current draw signals an open circuit path or a dead power IC.
  3. Safe Voltage Injection: For locating stubborn short circuits, drop the voltage low (typically $1.0\text{V}$ to $1.8\text{V}$) while keeping the current limit open. Inject power into the shorted line and utilize a thermal camera or rosin smoke to instantly spot the exact capacitor or chip that is heating up and failing.


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