Eak Resistors

Thick-Film Chip High-Voltage Resistors: The 700-Volt-Per-Millimetre Solution Hiding in Plain Sight

High-Voltage Resistors Thick-Film Chip High-Voltage Resistors

Why Thick-Film Planar Power Resistors Are Quietly Becoming the First Choice for Harsh Energy Circuits

Thick-Film Planar Power Resistors

Thick-Film High-Voltage Resistors: Precision Power Devices for 3 kV to 90 kV Systems

thick-film high-voltage resistor

Why Instrument Transformers Rely on Custom Thick-Film High-Voltage Resistors: 7 Performance Facts You Should Know

Thick-Film High-Voltage Resistors

High-Power BMS Validation with Liquid-Cooled Resistors for Next-Gen EV Testing

Liquid-Cooled Resistors

Applications of Low-Resistivity 10⁻⁷ Ω·m SiC Conductive Ceramics in Solid Oxide Fuel Cells (SOFC)

Ceramics in Solid Oxide Fuel Cells

SIC Electrically Conductive Ceramics Resistor – The Ultimate Fusion of Conductivity, Durability, and Custom Performance

Electrically Conductive Ceramics

SiC Electrically Conductive Ceramics: The Advanced Solution for High-Frequency, High-Power, High-Pulse Resistors

High-Frequency, High-Power, High-Pulse Resistors

The Next Generation of Connectivity: Ultra-Low Resistivity Conductive Ceramics

Conductive Ceramics

High-Energy Pulse Resistor for Critical Surge and Energy Absorption Applications

High-Energy Pulse Resistor

The Revolutionary Role of Snubber Liquid-Cooled Resistors in HVDC Systems for Braking and Energy Recovery

Snubber Liquid-Cooled Resistors

How Liquid-Cooled Resistors Enable Reliable MW-Scale Data Center Deployments

Liquid-Cooled Resistors

Unlocking High-Power Efficiency: How Liquid-Cooled Resistors Enhance Chopper Circuits

Liquid-Cooled Resistors

Diamond Thick Film Resistors: Ultra-High-Power Liquid-Cooled Solutions with PinFin Technology

Thick Film Resistors

Why 48V DC Power Distribution Demands Rack-Mounted Liquid-Cooled Resistors in Modern Data Centers

Liquid-Cooled Resistors

Why Doped Silicon Carbide (SiC) Is the Ideal Material for High-Current, High-Energy Pulse Resistors

High-Energy Pulse Resistors

High-Power Liquid-Cooled Resistor Modules (30–40 kW): Precision, Reliability, and Thermal Excellence

Liquid-Cooled Resistor

Unlock Next-Gen Power Handling with 15–20kW Diamond Liquid-Cooled Resistors: The Ultimate Solution for Dissipation, Load, Pulse, and Absorption Applications

Liquid-Cooled Resistors

High-Power Thick-Film Cylindrical High-Voltage Resistors – Precision Solutions for Voltage Equalization, Current Sensing, and High-Voltage Loading

High-Voltage Resistors

Revolutionize High-Power Applications with Our Advanced Liquid-Cooled Resistor Solution

Liquid-Cooled Resistor

High-Power Non-Inductive Resistors for RF, Pulse, and High-Frequency Applications

High-Energy SIC Varistors – Nonlinear Resistors for Industrial Overvoltage Protection

SIC Varistors

High Voltage Resistor – Engineered for Stability at Up to 48kV

High Voltage Resistor

High-Performance 30W–100W Thick Film Power Resistors for Voltage Balancing and Discharge Applications

Thick Film Power Resistors

High-Performance Carbon Ceramic Resistors: Megajoule-Level Water-Cooled Discharge Resistors for Demanding Applications

Carbon Ceramic Resistors

Thick Film Power Resistors – Reliable Solutions for Demanding Applications

thick film power resistor

High-Power Thick Film Power Resistors for Demanding Electrical Applications

Thick Film Power Resistors

High-Energy Pulse Resistors for Next-Gen Electric Vehicles: The 400J–1000J Custom Solution in SOT-227-Like Package

Pulse Resistors

Thick Film Resistors Reimagined: Water-Cooled, AlN & Diamond Substrates for Extreme Power Applications

Thick Film Resistors

High-Performance Chip AlN Thick Film Resistors: Power Density Meets Thermal Stability

Thick Film Resistors

SiC Ceramic High-Frequency, High-Power, High-Pulse Resistors

High-Frequency, High-Power, High-Pulse Resistors

Why SiC Ceramic Resistors Are the Secret Weapon Behind Next-Gen Power Electronics High-Frequency. High-Power. High-Pulse. Zero Compromise.

High-Frequency. High-Power. High-Pulse

How the Core Resistive Element in Double-Sided Liquid Cooled Resistors Is Engineered for Extreme Performance

Liquid Cooled Resistors

Why a 25kW Liquid-Cooled Resistor Is the Ultimate Solution for High-Power Electronic Loads

Liquid-Cooled Resistor

25KW Liquid-Cooled Resistor: High-Power, High-Efficiency Solution for Demanding Industrial Applications

Liquid-Cooled Resistor

The Rise of Intelligent Liquid-Cooled Resistors: Powering Smarter Energy Systems with Diamond-Enhanced Cooling

Liquid-Cooled Resistors

Liquid-Cooled Resistor Technology: How Diamond-SiC Is Redefining High-Power Performance

Liquid-Cooled Resistor

The Diamond Liquid-Cooled Resistor for Ultra-High-Density Applications

The Critical Application of Thick-Film Liquid-Cooled Resistors in Pulsed Power Systems

Liquid-Cooled Resistors

Integrating Motor Drivers with Liquid-Cooled Resistors for High-Power Applications

Liquid-Cooled Resistors

Understanding Braking Choppers and Liquid-Cooled Resistors in Industrial Drives

Liquid-Cooled Resistors

Research on Liquid-Cooled Braking Chopper: Technology, Applications, and Future Trends Abstract

Liquid-Cooled Braking Chopper

What Determines the Switching Frequency of a Chopper Circuit? — In-Depth Analysis with Braking Choppers

Braking Choppers

What Is a Braking Chopper?

Braking Chopper

High-Power Brake Chopper Integrated with Liquid-Cooled Resistor: The Ultimate Energy Management Solution for Demanding Applications

EAK 10KW-20KW Liquid-Cooled Thick Film Resistor: Overcoming High-Frequency, High-Power Challenges for Superior Efficiency in Server Power Supplies

Liquid-Cooled Thick Film Resistor

High-Reliability Solutions with Innovative Bulk Ceramic Resistors for Liquid-Cooled, Braking, Surge, and Discharge Applications

Exploring the Superior Performance of Tubular Resistors

Ceramic Non-Inductive Resistors

The Power of Ceramic Non-Inductive Resistors in Modern Electronics

Ceramic Non-Inductive Resistors

Carbonized Ceramic Tubular Resistors: A Comprehensive Overview

Ceramic Tubular Resistors

EAK Discharge Resistor – Product Specification

Discharge Resistor

Why EAK’s Liquid-Cooled Resistors Are Powering the Future of Data Centers

Liquid-Cooled Resistors

EAK 380 Series Non-Inductive Bulk Ceramic Slab Resistors

Non-Inductive Bulk Ceramic Slab Resistors

Understanding Liquid-Cooled Resistors and Their Key Role in Power Generation

Liquid-Cooled Resistors

Surge Resistor for Motor Control Applications – Ceramic Solid Carbon Composite Resistors

EAK Brand: Delivering Excellence in Tubular Power Resistors for Global Industries

Tubular Power Resistors

EAK Liquid-Cooled Braking Resistors: Redefining Energy Management in Fuel Cells and Hybrid Vehicles

Liquid Cooled Braking Resistors

The Liquid Cooled Resistors in High-Power Testing Applications

Liquid Cooled Resistors

Advanced Liquid-Cooled Resistor for High-Power Applications – EAK Innovation

Liquid-Cooled Resistor,Water Cooled Resistor

High-Performance Charging Resistors: Liquid-Cooled Solutions for Inrush Current Limiting

liquid-cooled resistors

High Voltage Resistors: Precision and Reliability for Demanding Applications

High Voltage Resistors

Harnessing Power: Why Water-Cooled Braking Resistors Are a Game-Changer for EVs and Beyond

Water-Cooled Braking Resistors

Water Cooled Resistor RF Load: The Ultimate Solution for High-Power Applications

Water Cooled Resistor RF Load

Unlocking Process Stability: The Power of Carbon Ceramic Resistors in Diffusion & CVD Furnaces

carbon ceramic resistors

Enhancing Power Electronics with Press Pack Resistors and Thyristor Damping Resistors

Understanding Press Pack Resistors: The Powerhouse for High-Power Applications Introduction

Press Pack Resistors

The Role of Carbon Ceramic Composite Resistors and Water-Cooled Resistors in HVDC Transmission Overvoltage Protection

Why Are Water-Cooled Resistors Used for Testing Lithium Batteries?

water-cooled resistors

The Role of Tubular Power Resistors in Heavy Industry (Tubular Ceramic Resistors)

High-Energy Discharge Resistor Ensures Safe Generator Shutdown

Why High Pulse Braking Resistors Are Essential for Modern Motor Control Systems？

high pulse braking resistor

EAK's Superior Thick-Film Resistor Technology for High-Power Applications

Thick-Film Resistor

Understanding CR400-2*50R-10% Pulse Resistors in High-Voltage Applications

Pulse Resistors

Water Cooled Resistors and Their Vital Roles in Solid - State Transformers

Water Cooled Resistors

High-Performance Water-Cooled Resistors for Demanding Industrial Applications

Water-Cooled Resistors

The Outstanding Advantages of Porous Silicon Carbide Ceramic Resistors in Circuit Breaker Closing Resistors

The Outstanding Advantages of Porous Silicon Carbide Ceramic Resistors in Circuit Breaker Closing Resistors

High Energy Ceramic Resistors for Demanding High Voltage Applications

High Energy Ceramic Resistors

High-Power Thick Film Resistors with Low Temperature Coefficient: The Future of Carbon Nanotube Technology

Thick Film Resistors

High-Power Water-Cooled Resistor: Advanced Cooling and Adjustable Resistance for Industrial Applications

Water-Cooled Resistor

Silicon Carbide (SiC) Conductive Ceramic High-Power Disc Resistor: The Ultimate Load Resistor for High-Frequency, High-Voltage Applications

High-Power Disc Resistor

High-Frequency Resistors, High-Power Ceramic Resistors, and Energy Absorption Resistors: Why Aluminum Nitride Conductive Ceramics Stand Out

High-Power Ceramic Resistors

High-Power Load Resistors and High-Frequency Resistors: Design, Applications, and Advantages of SiSiC Conductive Ceramics

high-frequency resistors，high-power load resistors

High-Performance Alumina Conductive Ceramic Resistors for Extreme Conditions

Silicon Carbide Conductive Ceramic Resistors: High-Frequency Resistors High-Voltage Resistors

high-frequency resistors , high-voltage resistors

High-Voltage Energy-Absorbing Resistor: Advanced Performance and Reliable Solutions

High-Voltage Energy-Absorbing Resistor

The Advantages of Water-Cooled Resistors for Power Engineers in Heavy-Duty Applications

Water-Cooled Resistors

The Future of Liquid-Cooled Resistors: EAK’s PINFIN Technology Revolutionizes Thermal Management

Liquid-Cooled Resistors

Next-Generation Ceramic Composite Resistors Revolutionizing High-Power Applications

Ceramic Composite Resistors

Where Does an Inductor Store Energy? Why Are Liquid-Cooled Resistors Used in the Discharge Process?

liquid-cooled resistors

Enhancing IGBT Performance with Liquid-Cooled Resistors for Waveform Shaping and Filtering

Virtual Load Testing: Ensuring Reliable Power with Dummy Loads

dummy loads

High-Performance Liquid-Cooled Resistor: The Ultimate Solution for Liquid-Cooled Dummy Load and Load Banks

Liquid-Cooled Resistor:

Liquid-Cooled Load Resistor for High-Power Diesel Generator Testing

Liquid-Cooled Load Resistor

Water-Cooled Resistors: The Key to Energy Dissipation and Dynamic Braking in SVG Systems

Water-Cooled Resistors

The Application of Liquid-Cooled Dummy Load in Data Centers

Liquid-Cooled Dummy Load

Immersed Liquid-Cooled Resistor with MAX Phase Ceramic: The Future of High-Efficiency Heat Dissipation

Liquid-Cooled Resistor

High-Power Liquid Cooling Load Resistors for Marine Propulsion Systems

Why Water-Cooled Resistors Are Essential for Energy Recovery in Supercapacitors

Water-Cooled Resistors Enable Compliance with UN R13 Type IIA Braking Standards in Electric Heavy-Duty Trucks

Water-Cooled Resistors

Introduction to High-Voltage Resistors and Pulse Resistors

The High Energy Carbon Ceramic Resistors Functions in Arc Extinguishing in Ultra-High Voltage Circuit Breakers; What Is The Principle Behind This?

DC/DC Converter (Brake Chopper) Integrated With a Liquid-Cooled Brake Resistors

DC/DC Converter (Brake Chopper) Integrated With a Liquid-Cooled Brake Resistors

What Tests Should Be Conducted Before and After Closing the Circuit Breaker?

Introducing Dual-Channel Liquid-Cooled Resistors: Powering the Future of Flywheel Energy Storage Systems

Liquid-Cooled Resistors

Carbon Ceramic Resistors Are Widely Used in High-Voltage Circuit Breakers

Double-Sided Water-Cooled Resistor Graphite-Al2O3 Composite

Water-Cooled Resistor

Introduction to Ultra High-Power (over 1 kW) Resistors - Closing Resistors - New Technology

Ultra High-Power (over 1 kW) Resistors

Water-Cooled Resistors Play a Crucial Role in The Operation of Electric Cranes on Ships

Water-Cooled Resistors

Application of Loop Heat Pipe Principle in Water Cooled Resistors

Water Cooled Resistors

Carbon Ceramic Composite Resistor For High-Voltage Circuit Breakers

Carbon Ceramic Resistors for 550 kV Circuit Breakers

Water-Cooled Transformers Help Manage The High Heat Generated During Electricity Production

Non-Inductive Bulk Ceramic Slab Resistors

About the Principle of High Energy Ceramic Resistors as Capacitive Absorption Resistors

High Energy Ceramic Resistors

The Application of Water-Cooled Braking Resistors in Heavy-Duty Dump Trucks

Composition and Application of Water-Cooled Transformers

Thick Film Resistors High Voltage Resistors

High Voltage Resistors

Thick Film Resistors Cylindrical High Voltage Resistors

Cylindrical High Voltage Resistors

How Does a High Energy Varistor Suppress Surge Current?

Advancements in Silicon Carbide Varistors for Enhanced Voltage Protection

Thyristor Overvoltage Protector Used to Suppress Operating Overvoltage of Various Medium and High Power Semiconductor Devices Such as Rectifiers, Thyristors, GTOs, and IGBTs, Absorbing Their Surge Energy

Revolutionizing Power Control with Non-Inductive Ceramic Resistors

SOT-227 Packaged Thick Film Resistors Are Used in Medical Devices: In Medical Instruments, Thick Film Resistors Are Used for Signal Processing and Power Management to Ensure the Reliability and Accuracy of the Equipment.

Ceramic Carbon Resistors: Design and Functionality

What Is the Role of the Demagnetizing Resistor in the Generator Excitation Circuit?

Understanding the Basics of Rod and Tube Resistors

Understanding High Energy Pulse Resistors: Fundamentals and Applications

High Energy Ceramic Resistor Production Process Flowchart

High energy ceramic resistors are resistors made from ceramic materials that exhibit excellent thermal stability and electrical performance. Their finished products can operate reliably in extreme environments and are widely used in electronic components to effectively control current and voltage.

High Voltage High Energy Non-Inductive Resistor RC Over-Voltage Absorption Circuit Resistor

The Demagnetization Principle of the Generator Excitation System. The Differences Between ZnO and SiC Nonlinear Resistors.

ZnO High-Energy Varistors and PTC Thermistors Constitute Demagnetization Protection Technology

Understanding Ceramic Carbon Resistors: Properties and Applications

Understanding Thick Film Resistors: Key Features and Applications