- AC/DC Converter
- DC/DC Converter
- Ringing Generator(DC/AC)
- Transceiver Module
R&D, production and sales of 1-700W module power supply
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The main components that can not be ignored in power supply design Power supply is an important part of modern electronic design, and there are many available components on the market to help engineers design energy-saving and compact power products. These components range from discrete components such as simple diodes to complex power management ICs with advanced semiconductor architectures.
A 60-year history of hybrid and power module technology Hybrid circuit and module technology has been evolving for more than 60 years, and now modules are available in COTS (commercially available), designed to reduce design cycles, reduce obsolescence and address SWaP (size, weight and power) challenges.
Application of power module in "four-in-one" The concept of “four-in-one” was first proposed in 2014. In 2015, the State Grid Marketing Department issued the “Notice on Accelerating the Application of Four-in-One Collection”, and released the “Typical Technical Solution for Four-in-One Collection”.
How power modules simplify and accelerate product design From the smallest Internet of Things (IoT) home automation sensors to the largest industrial machines, every circuit requires power. Power supply design requires a lot of work, and the power circuit takes up board space. But in many applications, end users don't realize the benefits of a better power supply. Design work can be said to be completely unrecognized.
Differences, advantages and disadvantages between DC-DC converter modules and discrete designs Almost all electronic products require a power converter solution to convert between different voltage inputs and outputs. The new power converter solution is highly integrated and can significantly reduce product design time.
ADC-based PDN deployment and place and route The ADC is an integral part of any system that relies on an external (analog) world to collect information for (digital) processing. From communication receivers and electronic test measurements to military and aerospace, these systems vary from application to application.
The new converter architecture does not use a core at 50kHz, not 50MHz The Ćuk DC-DC converter designed by Dr. Ćuk is known for its low input and output ripple current and can be used as a buck-boost converter. This design example shows Dr. Ćuk's new converter architecture, a resonant converter that can resonate with large capacitors with very small amounts of inductance, even at relatively low frequencies (eg 50 kHz). Dr. Ćuk tends to keep the switching frequency low, but increasing the frequency can achieve a faster transient response with a smaller LC value.
Maintain an efficient and reliable design in the power system The capacitance at the input of the DC-DC converter plays an important role in maintaining converter stability and helps to filter out electromagnetic interference (EMI) at the input. The large capacitance at the output of the DC-DC converter poses a daunting challenge to the power system. Many downstream loads of DC-DC converters require capacitors to operate properly.