Item specifics
Description
600W High-Power Boost Module Product Overview
The 600W High-Power Boost Module is a high-power DC-DC non-isolated boost module (BOOST topology), featuring an input voltage range of DC 12-60V and continuously adjustable output voltage of DC 12-80V with peak power up to 600W. The 600W High-Power Boost Module integrates constant current (CC) and constant voltage (CV) dual modes, with independent adjustment of output voltage and current via onboard potentiometers. The 600W High-Power Boost Module is ideal for high-power LED driving, lithium battery charging, automotive device boosting, and solar controllers. Operating at 150KHz with conversion efficiency up to 95%, the 600W High-Power Boost Module features a 20A fuse and short circuit protection for dual-layer safety, with a high-power heatsink ensuring stable operation under heavy loads.
600W High-Power Boost Module Key Features
600W High-Power Boost Output: The 600W High-Power Boost Module delivers peak power 600W, max output current 12A (with enhanced cooling). Higher input voltage yields higher output power (e.g., 48V input × 10A = 480W, 60V input × 10A = 600W).
Wide Input Voltage Range: The 600W High-Power Boost Module offers two input ranges selectable via jumper: 9-16V (for 3S Li-ion and 12V battery applications) or 12-60V (default factory setting for wide input range applications).
Wide Output Voltage Range: The 600W High-Power Boost Module provides output voltage 12-80V continuously adjustable for flexible adaptation to different loads.
Constant Current/Constant Voltage Dual Mode: The 600W High-Power Boost Module supports CC and CV modes with independent adjustment of output voltage and current (current limit adjustable 0.9-12A), ideal for battery charging and high-power LED driving.
Non-Isolated Boost Topology: The 600W High-Power Boost Module uses BOOST non-isolated topology – step-up only. Input voltage must be lower than output voltage.
High Conversion Efficiency: The 600W High-Power Boost Module achieves efficiency up to 95% (depends on input/output voltage, current, and differential), operating at 150KHz.
Comprehensive Protection: The 600W High-Power Boost Module features an input 20A fuse for dual-layer short circuit protection. Output anti-backflow protection eliminates the need for external diodes when charging. Input side overcurrent protection (auto-reduces output voltage when input exceeds 17A).
High-Power Heat Dissipation: The 600W High-Power Boost Module is equipped with a high-power heatsink for stable operation under heavy loads. Enhanced cooling recommended when output current exceeds 10A.
Wide Temperature Range: The 600W High-Power Boost Module supports -40℃ to +85℃ operating temperature range.
Flexible Wiring and Mounting: The 600W High-Power Boost Module features a terminal block for solderless input/output connections, secured with 2×3mm screws. Dimensions are 76×60×56mm, net weight 205g.
600W High-Power Boost Module Applications
The 600W High-Power Boost Module is widely used in:
High-Power LED Driving: The 600W High-Power Boost Module provides constant current driving for high-power LED arrays
Lithium Battery Charging: The 600W High-Power Boost Module offers CC/CV charging management for multi-cell battery packs
Automotive Device Boosting: The 600W High-Power Boost Module handles boosting 12V to 24V/48V/60V/80V for onboard devices
Solar Controllers: The 600W High-Power Boost Module enables battery charging with solar panels
Industrial Equipment Power: The 600W High-Power Boost Module delivers step-up power for industrial devices
DIY Projects: The 600W High-Power Boost Module is suitable for high-power DC-DC boost applications
600W High-Power Boost Module Key Advantages and Highlights
600W Peak Power with Ample Headroom: The 600W High-Power Boost Module offers max 600W output power, 12A output current for high-power boost needs.
Wide Input/Output Range: The 600W High-Power Boost Module supports input 12-60V, output 12-80V continuously adjustable for diverse applications.
CC/CV Dual Mode: The 600W High-Power Boost Module features independent voltage and current adjustment – functions as both regulated power supply and constant current charger.
Jumper-Selectable Input Range: The 600W High-Power Boost Module includes an onboard jumper for 9-16V or 12-60V input range flexibility.
Dual Short Circuit Protection: The 600W High-Power Boost Module provides a 20A input fuse + short circuit protection for enhanced safety.
Output Anti-Backflow Protection: The 600W High-Power Boost Module eliminates the need for an external reverse diode in charging applications.
High Conversion Efficiency: The 600W High-Power Boost Module achieves up to 95% efficiency, reducing energy loss and heat.
High-Power Heatsink: The 600W High-Power Boost Module ensures stable operation under heavy loads.
Industrial-Grade Wide Temperature: The 600W High-Power Boost Module operates from -40℃ to +85℃ for harsh environments.
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FAQ
1 What type of product is this 600W power supply module
The 600W High-Power Boost Module is a non-isolated boost module (BOOST) that only supports step-up and cannot step down voltage. It features Constant Voltage and Constant Current (CC/CV) functions making it suitable for battery charging and high-power LED constant current drivers.
2 What are the input and output voltage ranges of the module
The 600W High-Power Boost Module has a default input voltage of DC 12 to 60V and a built-in jumper cap can switch the input to 9 to 16V for 3-series lithium batteries or 12V battery applications. The output range of the 600W High-Power Boost Module is DC 12 to 80V continuously adjustable.
3 What is the maximum output current and power
The 600W High-Power Boost Module delivers a maximum output current of 12 Amps. It is important to enhance heat dissipation if the continuous current exceeds 10 Amps. The output power is calculated by multiplying the input voltage by the current. For example, with an input of 60V and 10A current, the peak power of the 600W High-Power Boost Module can reach 600W.
4 What safety protection features does this module have
The 600W High-Power Boost Module features a 20A input fuse, double short circuit protection, overcurrent protection (it automatically lowers the output voltage when current exceeds 17A), and output anti-backflow protection, meaning no extra diode is needed when charging batteries.
5 What are the conversion efficiency and physical dimensions
The 600W High-Power Boost Module can achieve a maximum conversion efficiency of up to 95 percent depending on the input and output voltage and voltage drop. The 600W High-Power Boost Module dimensions are 76 by 60 by 56 millimeters and the net weight is 205 grams with mounting screw holes provided.
6 What precautions should be taken when using this module to charge batteries
You must first adjust the output voltage to the battery's charge cutoff voltage, then set the current limiting potentiometer of the 600W High-Power Boost Module to the minimum, connect the battery with an ammeter in series, and slowly adjust to the desired current. Please note the charging current will automatically decrease as the battery voltage rises.
7 Why is the constant current range limited
Because the 600W High-Power Boost Module is a non-isolated boost module, the constant current range varies with the load. For resistive loads, the minimum current equals the input voltage divided by the load impedance. In practice, the CC range of the 600W High-Power Boost Module is restricted by input voltage and load limits rather than being arbitrarily adjustable.
8 What are the strict operational prohibitions during use
It is strictly forbidden to adjust the current of the 600W High-Power Boost Module by short-circuiting the load. It is also forbidden to use two or more modules in parallel at the input and output, which will render the current limiting function invalid. Always follow the sequence of powering on the 600W High-Power Boost Module before connecting high power loads.
9 What risks are involved with unstable input voltage or small voltage drops
If a low input voltage like 12V drops below 10V under load, it can easily damage the power MOSFET of the 600W High-Power Boost Module. Furthermore, the 600W High-Power Boost Module is not suitable for applications with a very small voltage drop, such as boosting 12V to 14V to charge a 12V battery, because the high current can blow the fuse.
10 What is the wiring method and reverse polarity protection status
The 600W High-Power Boost Module uses terminal block connectors for solderless wiring. Please note that the 600W High-Power Boost Module does not have input reverse polarity protection. If needed, an inline diode must be added at the input. However, the 600W High-Power Boost Module features output anti-backflow protection, so no extra diode is required for charging.