CH224K Type-C USB PD / QC / AFC Fast Charge Decoy Trigger Module
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৳ 220.00৳ 300.00 (-27%)
The CH224K Type-C Fast Charge Decoy Module is a compact hardware negotiation board that tricks USB PD, QC, and AFC power adapters into outputting specific high-voltage DC rails [Image 2, Image 3]. Using its onboard 3-position DIP switches, you can instantly configure fixed outputs of 5V, 9V, 12V, 15V, or 20V at up to 100W [Image 2, Image 4]. It is the perfect DIY tool to eliminate bulky power bricks and run routers, laptops, or robotics projects directly from standard USB-C chargers [Image 2, Image 7].
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The exact DIP switch positions for your target voltageA quick breakdown of its pinout and wiring steps
CH224K Type-C USB PD / QC / AFC Fast Charge Decoy Trigger Module
📘 Product Overview
The CH224K Type-C USB PD / QC / AFC Fast Charge Decoy Trigger Module is a high-performance hardware-level voltage negotiation tool designed for hardware developers, DIY enthusiasts, and electronics makers [Image 3]. This compact module integrates a highly versatile fast-charging protocol controller that actively handshakes with modern smart power bricks and power banks [Image 2, Image 9]. By “spoofing” or acting as a high-power recipient device, it intercepts and locks into standard fast-charging profiles to tap high-voltage DC outputs directly from standard USB Type-C power lines [Image 2, Image 8].
This completely eliminates the need for bulky traditional power bricks, letting you safely convert your compact smartphone or laptop charger into a multi-rail benchtop or system power supply [Image 2, Image 7].
CH224K Type-C USB PD / QC / AFC Fast Charge Decoy Trigger Module
⚙️ Key Technical Features
- Multi-Protocol Handshake Engine: Features native hardware support to request power delivery modes across USB Power Delivery (PD3.0/2.0), Qualcomm Quick Charge (QC3.0/2.0), and Samsung Adaptive Fast Charging (AFC) protocols [Image 3, Image 4].
- High-Power Capacity (Up to 100W): Engineered with robust traces and reliable component tolerances to safely handle up to 20V at 5A, making it perfect for high-wattage power distribution projects.
- Onboard Dynamic Voltages: Offers 5 distinct fixed voltage rails (5V, 9V, 12V, 15V, and 20V) configurable purely through mechanical switches, cutting down complex programming or software routines [Image 2, Image 4].
- Tactile 3-Bit DIP Switch Management: Employs an ultra-reliable 3-position onboard binary switch to explicitly set the required power output configuration before booting your device [Image 4].
- Dedicated Status Indicators: Features an onboard Power LED indicator to give instantaneous visual verification that the circuit is actively powered and negotiating rails safely.
- Streamlined Integration Footprint: Designed with wide, heavy-duty solder pads labeled clearly for output pins (VCC and GND) next to standardized mounting holes for permanent layout casing setups.
CH224K Type-C USB PD / QC / AFC Fast Charge Decoy Trigger Module
🛠 Practical Applications
- Legacy Device Conversion: Seamlessly upgrades old laptops, routers, network switches, or mini PC equipment running on barrel jacks to modern USB-C charging standards [Image 2, Image 7].
- Field Bench Power Supplies: Provides a flexible, portable, lightweight laboratory multi-voltage DC power supply inside any field-repair kit using a standard power bank [Image 2, Image 9].
- DIY Smart Systems & Robotics: Safely powers power-hungry microcontrollers, heavy-duty servo arrays, or single-board computers that drop efficiency under weak 5V standard rails.
- Industrial Fast-Charge Testing: Allows high-speed manufacturing or diagnostic inspection on individual fast-charging wall bricks to confirm active profile switching capabilities under load.
CH224K Type-C USB PD / QC / AFC Fast Charge Decoy Trigger Module
⚠️ Crucial Operational Notes
- Adapter Constraints Apply: The trigger module cannot generate voltage independently. If your USB-C adapter only supports 5V/9V configurations, requesting a 12V or 20V profile will default down to the closest matching safe lower output profile (typically 5V or 9V).
- Verify Load Output First: Always plug the module into your source wall-brick and test the output tabs with a multimeter before hard-wiring your delicate final hardware components to prevent overvoltage damage.
If you’re getting ready to set up this module, let me know:
What voltage and device are you trying to power with this module?Would you like the exact DIP switch combinations for your specific target voltage?Do you need help choosing a USB-C power supply that matches your project requirements?
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