UGREEN T6 Slope Power Strip Teardown: 20W Fast Charging & Smart Design

At Highleap Electronics, we are a trusted PCB fabrication and PCB assembly company with over 20 years of experience serving a wide range of industries. With deep expertise in circuit design, layout, and system integration, we know how vital high-quality PCB craftsmanship is to the performance, safety, and reliability of electronic products.

During one of our TikTok livestreams, we noticed a surge of interest in the UGREEN T6 Slope Power Strip, a well-known consumer electronics product. In response, we decided to take a closer look—strictly from a third-party engineering perspective—to analyze its internal structure, highlight innovative design choices, and explore how PCB architecture supports its functionality.

We firmly uphold the principle of “technical exchange without overstepping intellectual property”. This teardown does not involve any proprietary or sensitive design details. Instead, it reflects on public-facing product innovation and offers insights valuable to engineers, product designers, and enthusiasts alike.

Through this teardown, we aim to share our perspective on PCB layout optimization, safety circuit design, and fast-charging architecture. It also serves as a broader demonstration of how thoughtful industrial design combined with reliable electronic systems can produce outstanding consumer products.

Unboxing the UGREEN T6 Slope Power Strip

The T6 Slope Power Strip comes in sleek packaging, featuring a clear display of the product along with key specifications and features. Inside the box, you will find the power strip and a warranty card.

Design Overview

The T6 Slope Power Strip is built with a fire-resistant PC plastic outer shell, which ensures safety and durability. The unique 15° slanted design of the AC outlets is the main design feature that sets it apart, making it easier to plug and unplug devices.

Inside the power strip, the components are securely housed on a well-constructed PCB. This PCB is responsible for handling the distribution of power and providing necessary connections between the different components, such as the AC outlets, USB ports, and safety features.

From the exterior design of the T6 Slope Power Strip, we can see several features that enhance both functionality and safety. The power strip’s body is crafted from durable, fire-resistant PC plastic, ensuring long-lasting strength and safety. The AC outlets are designed with a 15° angled surface on each side, reducing congestion and offering a more ergonomic experience for users when plugging and unplugging devices. Additionally, the plug is designed with inward concave edges to make insertion and removal even more convenient.

For added protection, the power strip includes an overload protection switch. When the load exceeds 2500W, this switch automatically disconnects the power to prevent any damage, ensuring both the power strip and connected devices remain safe. The power strip also features four USB ports (three USB-A and one USB-C), all clearly labeled for easy identification and convenient charging. The high-quality cable, rated at 10A 250V~, is reinforced with a rubber sleeve at the connection point to prevent bending, enhancing durability. These thoughtful features make the T6 Slope Power Strip an ideal blend of functionality and security for everyday use.

The exterior of the T6 Slope Power Strip features a matte finish that resists fingerprints, while the center is accented with a glossy contrasting color for a stylish touch. The top surface near the input side proudly displays the UGREEN brand logo. On the opposite end, the power strip is marked with a “MAX 2500W” label to indicate its maximum power capacity, and it also includes a power indicator light to show when the unit is in use. Additionally, each of the six AC outlets is equipped with built-in safety gates, effectively preventing the insertion of foreign objects and ensuring a safer user experience.

The product label of the T6 Slope Power Strip highlights its key specifications and certifications. The model number is T620, and it is described as an extension socket with a power adapter. The technical parameters include a maximum load of 2500W, 10A, and 250V~, making it suitable for a wide range of household appliances. The USB input is rated at 200-240V~ 50Hz with a maximum current of 300mA.

For output, the USB-C port provides 5V3A, 9V2.22A, and 12V1.67A, with a maximum power output of 20W. The three USB-A ports (A1, A2, A3) each support 5V3A, 15W maximum. The total USB output power is capped at 20W.

The product is manufactured by UGREEN Technology Co., Ltd. in Shenzhen, China, and is CCC certified for safety. Additionally, the power strip weighs approximately 400g, making it compact and easy to handle.

Opening the Power Strip: The Teardown Begins

To start, we’ll carefully open the power strip and inspect its internal components. By removing the screws from the base and lifting the top cover, we gain access to the heart of the power strip—the PCB.

The PCB is the central component that connects all the internal parts, and its design plays a crucial role in ensuring the power strip functions as intended. As we inspect the board, we notice the high-quality components that are mounted onto the PCB, including capacitors, resistors, and integrated chips.

After removing the screws and opening the case, we can see that the edges of the enclosure are secured with clips, ensuring a tight and seamless fit. Inside, the AC outlets feature an integrated copper strip design, with the USB module connected to the copper strip via soldering to draw power. The copper strip is positioned in place using grooves, and the copper strips on either side are connected by blue wiring. A close-up view of the ground wire and the soldered connection shows well-formed solder joints, and the wire ends are processed with cold-pressing for added durability.

Internal Components: A Closer Look

The PCB features a neatly arranged layout with various components designed to handle the power flow and charging capabilities of the power strip. Here’s a detailed look at some of the key components:

1. AC Power Circuit: The PCB is equipped with high-quality copper traces that handle the high-voltage AC power input, ensuring that it flows efficiently to the connected devices.
2. USB Charging Module: The power strip includes four USB ports—three USB-A and one USB-C. The USB-C port supports 20W PD fast charging, and the PCB integrates the necessary components to regulate the power flow to each port.
3. Overload Protection: One of the standout features of the T6 Power Strip is its overload protection system. The PCB includes a dedicated circuit to monitor the load and ensure that the power strip shuts off in case of an overload, protecting both the strip and any connected devices.
4. Safety Features: Built-in safety gates for each AC outlet are another important aspect of the power strip. The PCB includes components that ensure these safety gates function correctly, preventing the insertion of foreign objects and providing added protection.
5. Power Delivery Circuit: The power delivery (PD) circuit for fast charging is also handled by the PCB. The board is designed to support quick voltage adjustments and ensure that the connected devices receive the optimal charging current.

Component Details: Analyzing the PCB

Upon opening the T6 Slope Power Strip, we gain an in-depth view of its internal layout, where each component is designed and arranged to ensure optimal functionality. The PCB is crafted with precision using surface-mount technology (SMT), which helps to minimize space while maintaining reliability. The components are carefully soldered to guarantee stable performance.

Key components of the PCB include:

• Rectifier Bridge: Positioned on the back of the mainboard, the rectifier bridge plays a crucial role in converting AC to DC power.

• Optocoupler: Used for voltage feedback regulation, ensuring consistent performance across the power strip.

• Y Capacitors: These are strategically placed on the PCB for filtering and reducing high-frequency noise, essential for maintaining a smooth and safe power flow.

Other key features include a delay fuse (2A 250V), which helps protect the system in case of a short circuit, and an NTC thermistor to suppress inrush currents when the power strip is first turned on.

The board also features high-quality electrolytic capacitors from Acon, specifically designed for high voltage (400V15μF and 400V10μF), ensuring the stability of the system’s power supply. The inductors are wrapped with heat-shrink insulation for additional protection, and the KP22080 switch-mode power supply controller—featuring integrated GaN technology—manages high-frequency switching with minimal power loss.

The KP40661B synchronous rectifier chip replaces traditional Schottky diodes to improve overall efficiency, especially in GaN-based fast charging systems. It is designed for high-frequency operation and supports various working modes to ensure that the power system remains efficient under different conditions.

Additionally, the HYC5322 protocol chip supports USB PD3.1 fast charging and is capable of handling multiple protocols like QC3.0, Apple 2.4A, and FCP, providing extensive compatibility with devices that need fast charging.

These components work together on the PCB to ensure the power strip’s efficient operation, safety, and compatibility with various devices, demonstrating the importance of high-quality PCB design and manufacturing in modern electronics. Detailed close-up images of these components will be provided later for a closer inspection of their integration and performance.

To provide a closer look at some of the critical components of the T6 Slope Power Strip, we can examine four key elements that contribute to its performance and functionality. The output filter solid-state capacitor, rated at 16V 470µF from Dongjia, ensures stable power delivery by smoothing out voltage fluctuations. The indicator light provides a simple yet effective visual cue, showing the power status of the strip. The HYC5322 protocol chip from HYASIC plays a pivotal role in enabling fast charging protocols, ensuring efficient power transfer to connected devices. Additionally, the USB-C and USB-A ports are well-engineered, with the USB-C port featuring through-hole soldering for robust connection, while the three USB-A ports are neatly arranged for easy access. The following image combines detailed shots of these four components for a closer inspection.

UGREEN T6 Slope Power Strip: Premium Quality and Thoughtful Design for Everyday Household Use

The UGREEN T6 Slope Power Strip stands out in the market of household electronics due to its exceptional choice of materials and attention to detail. For a consumer-grade product, the quality is remarkably high. The body is constructed from durable, fire-resistant PC plastic, ensuring not only safety but also long-lasting resilience. The components inside are carefully selected for reliability, including high-capacity capacitors and precise inductors that contribute to smooth, efficient power delivery.

What truly sets this power strip apart are the thoughtful design elements. The 15° slanted outlets provide an ergonomic experience for users, making plugging and unplugging devices effortless. Additionally, the well-organized layout of the USB ports and the smart overload protection switch demonstrate UGREEN’s commitment to both functionality and user convenience. The meticulous design and premium materials used in this power strip make it an outstanding choice for everyday use in any household.

Conclusion

The UGREEN T6 Slope Power Strip highlights the critical role that well-designed internal components and high-quality PCB manufacturing play in the overall functionality and safety of consumer electronics. From its ergonomic slanted outlets to its efficient fast-charging circuit, every aspect of the power strip relies on the precision and reliability of its PCB.

At Highleap Electronics, we specialize in manufacturing a wide range of PCBs for all kinds of electronic devices across various industries. Whether you’re designing consumer electronics, power strips, chargers, medical devices, drones, or industrial equipment, our expertise extends to all types of PCBs, including multilayer, rigid-flex, high-frequency, and high-density interconnect (HDI) PCBs. Whatever your PCB needs may be, we are committed to delivering precision, quality, and reliability. Contact us for any PCB manufacturing and assembly requirements.