PCHIFI ATX 24Pin Power Supply Filter, Motherboard Power Purifier, LCL Low Ripple Noise Suppressor, For Computer Audio Gaming PC HiFi DIY
A brand-new upgrade dedicated to PC Hi-Fi for ATX power supply purification.
It utilizes an LCL filter architecture, combining all solid-state capacitors with high-current integrated inductors for stable and effective performance. After the computer's power passes through this filter, onboard power lines such as 5V USB, 12V, and 3.3V are all independently filtered, reducing ripple to around 10μV. Its performance is comparable to a linear power supply.
It uses ultra-high current inductors, has extremely low internal resistance, experiences no voltage drop under high current, and is compatible with all power supplies!
Invention Patent Number: CN220254476U The company holds its own patent, ensuring reliable quality.
Supports filtering for the computer's 24-PIN power supply.
Greatly optimizes the ripple from the computer's power supply.
Ensures stable operation.
Achieves a power supply ripple suppression rate of up to 80%.
CPU filters and graphics card filters are also available in our store.
Accessories: Includes a free 24-pin custom dual-male oxygen-free copper modular cable.
(54) Name of Utility Model Graphics Card Power Supply Filter
(57) Abstract This utility model pertains to the field of filtering technology, and more specifically, to a power supply filter for graphics cards. The device includes a PCB circuit board, on which a first female power connector for a graphics card is located on the upper left side, and a second female power connector is located on the lower right side. A first capacitor is placed on the upper side of the PCB, a second capacitor is spaced to the right of the first, and a third capacitor is placed in front, between the first and second capacitors.
This design addresses several issues: the current lack of professional-grade power supply filters for graphics cards on the market, the absence of a mature solution for graphics card coil whine caused by the power supply, and the problem of existing filter extension cables for graphics cards having insufficient capacitance and poor filtering performance.
This utility model is based on a unique and original circuit design. It supports three 10,000μF high-capacity capacitors in parallel, for a total filtering capacitance of 30,000μF. It supports high-current passthrough, does not generate heat, and provides an excellent filtering effect.
