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What Role does Wind Power Generation Resistor Play in Wind Energy Conversion Process?

What Role does Wind Power Generation Resistor Play in Wind Energy Conversion Process?

Wind power is forming a boom in the world, and wind power does not require fuel. There is also no radiation or air pollution. Wind power converts the kinetic energy of wind into electric energy. Wind energy is a clean and pollution-free renewable energy source. It has been used very early, mainly through windmills to pump water, grind surface, etc. Now, people are interested in how to use wind to generate electricity, and what role does wind power resistor play in this process? The wind is very complicated. Wind power uses th...

Date:2018-12-13      [More+]
Why is the Resistor Always Easy to Burn in the LED Circuit?

Why is the Resistor Always Easy to Burn in the LED Circuit?

LED circuit is one of our most common circuits. LED is also the product that is closest to our life. LED circuits usually use a large number of resistors to ensure the normal operation of LED circuits, but for many people, they also encounter such problems. It is very easy to be burned, especially in the thyristor LED circuit, the resistor is very easy to burn if not designed properly. In real life, many situations require circuit design engineers to connect thyristor circuits to LED bulbs. Although it can be operated in a sh...

Date:2018-12-12      [More+]
Resistor Matters Needing Attention in Power Module Design

Resistor Matters Needing Attention in Power Module Design

Circuit designers often encounter circuits that fail for no reason, and the circuit may look intact, but it burns a large line. For junior engineers, many times they are struggling to find a reason, but for a circuit engineer with a lot of experience, the first reason is to find the resistance problem in the line. So what problems do engineers need to pay attention to when using power resistors in power module design? Lets analyze them below: First, the power module design follows the resistance derating Many engineers like t...

Date:2018-12-12      [More+]
Function and Application Analysis of Alloy Chip Resistors

Function and Application Analysis of Alloy Chip Resistors

One of the chip resistors, the alloy is the resistance of the material, we usually call it current sense resistor or alloy resistor. In many cases, circuit engineers use it to sample large currents in the circuit. All of these resistors are also called alloy sampling resistors. As a current carrier, alloy chip resistors have precise resistance, temperature stability, product safety and stability, which are significantly higher than ordinary ceramic resistors. Due to its functional characteristics, the application of alloy chi...

Date:2018-12-12      [More+]
Application of Precision Resistors in Medical Electronic Products

Application of Precision Resistors in Medical Electronic Products

The medical industry typically requires components of high performance, high accuracy and reliability, such as precision resistors and capacitors. There are a number of imaging products available here, including displays and multimedia embedded products. Wireless communication for low-power devices and mobile medical devices is also becoming increasingly popular. In general, trends in the medical electronics arena include further miniaturization, portability, wireless capabilities, customization and personalization. Medical e...

Date:2018-12-12      [More+]
Which Alloy Materials are Usually Produced from Alloy Resistors?

Which Alloy Materials are Usually Produced from Alloy Resistors?

We can often see the appearance of resistance products in our daily life. There are usually carbon film resistors, metal film resistors, metal oxide film resistors, etc. Currently, there are more and more alloy resistors on the market, and many people are not sure which materials are usually made of alloy resistors. The difference in resistance products made of different alloy materials is very large. Lets analyze the alloy resistance materials. 1. Copper-manganese alloy resistors produced from copper-manganese alloy material...

Date:2018-12-11      [More+]
Power Battery Installed Capacity Soared, Precision Shunts Ushered in Market Opportunities

Power Battery Installed Capacity Soared, Precision Shunts Ushered in Market Opportunities

Precision shunts are widely used in the BMS of power battery management systems, and precision shunts are used in almost every power train. Precision shunts are used for current sampling in battery management systems. As power battery shipments continue to rise, precision shunts are also welcoming market opportunities. According to relevant data, in November 2018, Chinas new energy vehicle power battery installed capacity was about 8.91GWh, an increase of 50.22% from the previous month, an increase of 28.53%; the cumulative i...

Date:2018-12-11      [More+]
Why is the Braking Resistor Power Accurately Calculated in the Inverter?

Why is the Braking Resistor Power Accurately Calculated in the Inverter?

The resistors have their own certain power. In many circuits, the power of the resistor must be determined and applied. Braking resistors are a very important resistor in the inverter circuit, and its power usage is also critical. If the braking resistor power is not used accurately, it will affect the efficiency of the entire inverter. Engineers often use the derating principle when using braking resistors, that is, the nominal power of the resistor will be less than the power consumed during power-on. The braking resistor w...

Date:2018-12-11      [More+]
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