News & Events
-
21
Aug
Struggling With Spike Noise And Ringing in Your SMPS? Here’s How Amorphous Be...Does your power supply design keep getting tripped up by unexpected spike noise and EMI? If you've spent hours debugging mysterious ringing in switch-mode power circuits-especially in industrial, t...
Read More -
20
Aug
Nanocrystalline Cores vs. Ferrite Common-Mode Chokes: Which Core Technology I...In the EMI filter design of high-frequency switch-mode power supplies (SMPS), electric vehicle onboard chargers (OBCs), and photovoltaic inverters, engineers often face a critical choice: continue ...
Read More -
18
Aug
Can Your Automotive Electronics Survive The Noise And Heat Gauntlet?The Alternator Noise Nightmare Every automotive engineer knows the scenario: your meticulously designed audio/navigation system performs flawlessly in the lab-only to succumb to whining alternator ...
Read More -
15
Aug
Is Your Industrial Power Supply Paying Hidden Costs Due to Improper Core Sele...In industrial switch-mode power supply (SMPS) designs, magnetic amplifiers (or saturable reactors) are often used for secondary-side voltage regulation. However, many engineers focus solely on the ...
Read More -
13
Aug
Introducing The 0.2% Accuracy RoHS Current Transducer For Solar ApplicationsIn renewable energy systems like solar inverters, precision current sensing is non-negotiable. The LEM LAH 100-P -a industry-standard closed-loop Hall-effect sensor-offers ±0.25% accuracy an...
Read More -
11
Aug
How RC Cores Cut Eddy Loss By 50%? Gap Length GuideHigh-frequency power applications face a critical challenge: eddy current losses in magnetic cores. SHINHOM's RC Series amorphous cut-cores solve this through two innovations: 1.Ultra-thin amorphou...
Read More -
06
Aug
The 500W High Frequency Transformer Suppliers Dilemma: True Cost Savings Reve...Selecting High Frequency Transformer suppliers for industrial applications requires balancing extreme power demands (like 500W@300kHz) against cost efficiency. Our analysis of 28 transformer types ...
Read More -
05
Aug
Can Your Supplier Deliver 40GHz? RF Phase Shifters SuppliersWhen a satellite communications project fails due to phase drift at 38GHz, engineers discover a harsh truth: 92% of RF Phase Shifters suppliers lack true millimeter-wave capabilities. This gap cost...
Read More -
04
Aug
Can Your 5G Base Station Handle 100W? High Quality Surface Mount CirculatorsAs 5G networks expand globally, base station engineers face a critical challenge: sustaining signal integrity under high-power RF loads. When circulators fail at 80W+ operational peaks, they trigge...
Read More -
03
Aug
1:1 Or 1:6 Ratio? The Pulse Transformer Guide For Power EngineersSelecting the wrong turns ratio in pulse transformers can cripple power efficiency-causing 30%+ energy loss, signal distortion, or even MOSFET failures. While Drop-in Circulators suppliers focus on...
Read More -
01
Aug
The 7 Deadly Blind Spots in Selecting Drop-in Circulators Suppliers: An Engin...Selecting Drop-in Circulators suppliers is a high-stakes game where overlooked details lead to system failures, costly recalls, and project delays. After auditing 47 RF component failures in 2024, ...
Read More -
31
Jul
The 3GHz+ Challenge: 5 Critical Tests To Vet Your Drop-in Circulators SuppliersHigh-frequency Drop-in Circulators (3GHz and beyond) are becoming the backbone of 5G mMIMO, satellite communications, and military radar systems. Yet, 73% of RF engineers report field failures due ...
Read More




