2025-12-29 10:07:27
Hottech Components Empowers DIY: The Full Process of Single-transistor Flyback Converter Circuit Design for Solar Phone Chargers
If you have any questions about component selection or application design, please feel free to contact Hetketech Technical Support.
2025-12-22 11:29:01
hottech Explains from the Perspective of Process Technology: How to Select the Right High-Voltage MOSFET for Your Application?
In power supply design, high-voltage MOSFETs serve as the core switching devices for achieving efficient energy conversion. With technological evolution, the manufacturing processes and characteristic
2025-12-15 10:14:23
How to Restart Devices in Remote Areas by Themselves? Let's Talk About the Reverse Driving Magic of Electronic Switches
The automatic restart capability of devices in remote areas relies on the seamless collaboration between the monitoring circuit, drive circuit, and high-side MOSFET.
2025-12-08 14:30:46
H-Bridge Driver Circuit Design Guide: Principle Analysis and Core Component Selection Specifications
In fields such as motor control, robotic servo systems, and automotive electronics, the H-bridge driver circuit serves as the core unit for achieving forward/reverse rotation and stepless speed regula
2025-12-01 13:24:41
What role exactly does a MOSFET play in power control?
MOSFETs are the cornerstone of modern power control. A thorough understanding of their functions and application characteristics is key to designing high-performance power supply systems. Heketa (Note
2025-11-24 13:09:52
The Heat Sink-Free MOSFET HKTQ50N03: The Secret to Low-Voltage and High-Current Operation
Our FAE (Field Application Engineering) team assisted the customer in resolving a case involving the breakdown failure of an AO3400 MOSFET with an SOT-23 package.
2025-11-17 17:33:31
Not Just the Price Tag: How to Avoid Hidden Quality Risks When Choosing MOSFETs?
However, an unassuming MOSFET is associated with far more than just procurement costs.
2025-10-27 16:21:52
Hottech Technology Analysis: The Variation Mechanism of MOSFET Threshold Voltage and Its Application in Precise Component Selection
Heketai's devices utilize advanced ion implantation processes and gate oxide control technologies during manufacturing, ensuring batch-to-batch consistency and long-term stability of the threshold
2025-10-13 14:21:40
HKTQ50N03: The MOSFET That Doesn’t Need a Heat Sink? The Secret Behind Low-Voltage and High-Current Performance
在低压大电流设计的时候，想要省成本、缩体积，所以想省个散热器，但是又怕过热炸管子；大封装倒是散热好了，结果又占了半块PCB板。两难抉择下，怎么选择MOS都是坑。HKTQ50N03的“低损耗+高导热”特性，完美匹配低压大电流场景。合科泰专注低压大电流MOS管研发，用技术解决工程师的“设计痛点”，让每一次选型都更安心。
2025-10-13 13:56:19
Design Challenges of Power Amplifiers? Heketai MOSFETs Easily Solve Them with Negative Feedback Technology!
To address this dilemma of extreme balance requirements, engineers at Heketai have optimized and designed high-performance power MOSFETs.
2025-10-09 11:33:56
How to Make a High-Performance Ideal Diode Controller Using Heketai MOSFETs?
In modern electronic systems, diodes, as key components for rectification, freewheeling, and isolation, are widely used in fields such as power management, solar energy systems, and UPS (Uninterruptib
2025-10-09 11:20:41
Heketai RABS210 Soft-Bridge Rectifier: Resolving Pain Points of Traditional Rectifiers with Advanced Technology to Empower High-Performance Operation of Electronic Devices
To address the pain points in the industry, Heketai Electronics has launched the RABS210 Soft-Bridge Rectifier based on technological innovation, featuring advanced soft recovery technology, high-effi
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