Ohmic Tube

Affordable ohmic tube is a new type of electronic component with higher current carrying capacity, lower on-state voltage drop and better temperature characteristics compared with the traditional semiconductor device ohmic tube. The breakthrough of the new ohmic tube is mainly reflected in the following aspects:

First, high current withstand capacity

Affordable ohmic tube by optimizing the device structure and material selection, so that it can withstand higher current. Traditional semiconductor ohmic tube due to material limitations, its withstand current is generally in the hundreds of amperes or so, while the new ohmic tube can reach several thousand amperes or even higher current. This high current carrying capacity makes the new ohmic tube can be used in a variety of high-power, high-current applications, such as power systems, electric vehicles and industrial equipment.

Second, low on-state voltage drop

Conventional semiconductor ohmic tube in the on-state will have a large on-state voltage drop, which will lead to large power losses. The new ohmic tube through the optimization of materials and electrode structure, can greatly reduce the on-state voltage drop, thereby reducing power loss. This not only improves the efficiency of the device, but also reduces the heat dissipation problem and improves the reliability and stability of the whole system.

Third, excellent temperature characteristics

The material and structure of the new ohmic tube is selected so that it has excellent temperature characteristics. Compared with traditional semiconductor ohmic tubes, the on-state voltage drop of the new ohmic tubes changes less in high temperature environments. This makes the new ohmic tube has better stability and reliability, can be in the complex operating environment for a long time stable work.

Fourth, fast switching speed

The new ohmic tube also has a significant breakthrough in switching speed. Traditional semiconductor ohmic tube due to the charge accumulation and diffusion limitations, its switching speed has certain limitations. The new ohmic tube uses new materials and structural design, can realize faster switching speed, with better response performance. This makes the new ohmic tube in the high frequency and high speed switching circuit has an important application value.

Five, controllability and flexibility

The new ohmic tube has better controllability and flexibility. Compared with the traditional semiconductor ohmic tube, the new ohmic tube device structure and process preparation methods are more flexible and diverse, can be customized according to the needs of different applications. For example, the current carrying capacity and switching speed of the ohmic tube can be adjusted by controlling the doping concentration of the material and the process parameters to suit different applications. This controllability and flexibility provides more possibilities for the development and application of new ohmic tubes.

In summary, new ohmic tubes have made breakthroughs in high current carrying capacity, low on-state voltage drop, excellent temperature characteristics, fast switching speed, controllability and flexibility. These breakthroughs make the new ohmic tubes promising for applications in power systems, electric vehicles, industrial equipment, etc., and are expected to provide important support for the energy transition and performance enhancement of electronic devices. In order to further promote the development of new ohmic tubes, it is also necessary to continue to deepen the research in materials, device structure design and process preparation, in order to improve the performance and reliability of the devices, and to meet the social demand for high-efficiency, high-energy consumption and high stability electronic devices.