-
How to Choose the Most Suitable PLP Capacitor for AI Server SSDs? A Comprehensive Analysis of Conductive Polymer Tantalum Electrolytic Capacitors and Solid-Liquid Hybrid Aluminum Electrolytic Capac...
In AI servers, SSDs are the core component for data storage and retrieval, and their performance directly impacts training and inf...Read More -
Say Goodbye to Power Depletion and Downtime: YMIN’s SDB Series Electric Double Layer Capacitor Enable “One-Click Start” for Heavy-Duty Trucks with 4G Intelligent Lithium Batteries
Design and Manufacturing Perspective 1. Question Type: Technical Explanation Question: How do the Electric Double Layer Capacitor ...Read More -
The Hidden Heroes Behind AI Computing Power: How Domestically Produced High-Voltage Capacitors (Φ30×70mm 450V/1400µF, 105℃/3000H) Solve Three Major Challenges in Server Power Supplies
With the explosive growth of AI computing power, data centers are experiencing unprecedented upgrade pressure. As the “power...Read More -
Industrial Fan Innovation: How YMIN Film Capacitors Solve the High-Temperature Instability Problem
Amidst the continuous roar of industrial fans, a small capacitor is becoming crucial for improving system reliability and efficien...Read More -
Millisecond-level transient power gaps in AI server rack BBUs: Why is a “hybrid supercapacitor (LIC) + BBU” more suitable?
AI server racks experience millisecond-level (typically 1–50 ms) power surges and DC bus voltage drops during rapid switching betw...Read More -
Are Fluctuations in Application Demand Leading to Uncontrolled Costs of Tantalum/Multilayer Capacitors? How Can Solid-State Capacitors and Hybrid Solid-Liquid Capacitors Become More Controllable So...
Recently, many engineering teams have reported varying degrees of price increases, longer lead times, and supply fluctuations for ...Read More -
Breakthrough in 1U AI Server Power Supply Design: How to Achieve Miniaturization Without Failure?
With the ever-increasing demand for AI computing power, server power supply design faces unprecedented challenges. In 1U server po...Read More -
How to choose the right PLP capacitor when designing the next generation of AI SSDs?
With the massive wave of large-scale modeling driven by OpenAI, new AI data centers, exemplified by NVIDIA’s Blackwell architecture...Read More -
Breaking the Power Supply Dilemma for AI Server CPUs/GPUs: How to Stabilize Nanosecond-Level Transient Currents? How to Filter MHz Noise?
Abstract: The rapid increase in computing power of AI chips is pushing their power supply networks to their limits. Core voltage d...Read More -
YMIN High-Capacity-Density Solid-State Capacitor Solution: Overcoming Design Challenges in Smart Digital Power Supplies with Four Core Advantages
As a power supply engineer, have you repeatedly encountered the following scenarios when debugging PD fast charging adapters or po...Read More -
Providing Stable Power for NVIDIA H200: How Capacitors Define the Reliability of Next-Generation AI Servers
As the scale of large-scale model training and inference continues to expand, AI accelerator cards are rapidly entering a new phas...Read More -
How Does Xiaomi’s 3-in-1 Power Bank Achieve Optimal Capacitor Selection Under 3C Certification? YMIN KCM Series Test Data Revealed
Introduction With increasingly stringent mandatory 3C certification, power bank design is no longer just about “charging,...Read More