Performance and characteristics of Aluminum Heat Reflect Fiberglass Hose raw materials

When it comes to Aluminum Heat Reflect Fiberglass Hose, laymen may not know it, but as long as it is mentioned for daily maintenance and decoration, computer power cords, audio and video cables, lighting fixtures, central air conditioners, refrigerators, fully automatic washing machines, etc. Everyone may have some understanding of electrical products, optical cables, motorcycles, and vehicles, but they are still imperfect. Let`s learn about the performance of Aluminum Heat Reflect Fiberglass Hose materials.

The crystallized Aluminum Heat Reflect Fiberglass Hose is a p-n junction formed by p-type semiconductor and n-type semiconductor. Depletion layers are formed on both sides of the page and an electric field is established. When there is no additional voltage, because the spreading current caused by the carrier concentration difference on both sides of the p-n junction is the same as the drift current caused by the self-built electric field and is in an electrically stable state. When there is a forward voltage reference point outside, the mutual interaction between the external electric field and the self-built electric field The suppression effect increases the spreading current of the photocurrent, resulting in a forward current.
When there is an external reverse operating voltage reference point, the external electric field and the self-built electric field are further strengthened, resulting in a reverse saturation state current I0 that is irrelevant to the reverse bias voltage value within the reverse voltage range. When an additional reverse voltage is applied When it reaches a certain level, the electric field intensity in the p-n junction depletion layer reaches a critical point, causing the growth process of free electrons, forming a large number of electronic cavitation pairs, and a very large reverse penetration current appears, which is called This is damage to the Aluminum Heat Reflect Fiberglass Hose.
There are many types of Aluminum Heat Reflect Fiberglass Hose manufacturers. According to the semiconductor materials used, they can be divided into germanium-Aluminum Heat Reflect Fiberglass Hose and Aluminum Heat Reflect Fiberglass Hose according to their different uses. , can be divided into aluminum heat-reflective glass fiber hose for detectors, aluminum heat-reflective glass fiber hose for rectifiers, aluminum heat-reflective glass fiber hose for voltage stabilizing tubes, aluminum heat-reflective glass fiber hose for power switches, etc., according to the core The tube structure can be divided into contact force type Aluminum Heat Reflect Fiberglass Hose, surface contact type Aluminum Heat Reflect Fiberglass Hose and plane type Aluminum Heat Reflect Fiberglass Hose. Contact force type Aluminum Heat Reflect Fiberglass Hose The hose uses a thin iron wire to press the surface of the smooth semiconductor chip, and passes a single pulse current so that one end of the contact wire and the chip are firmly calcined together to form a "PN junction" because of the contact force.
It can only be used for high-frequency low-current circuits through relatively small currents, such as the detection of recorders, etc. The PN junction area of the surface-contact aluminum heat-reflective fiber hose is relatively large, allowing it to be mainly used through relatively large currents. On the "rectifier" circuit board that converts AC power to DC power, the flat Aluminum Heat Reflect Fiberglass Hose is a different Aluminum Heat Reflect Fiberglass Hose that not only relies on relatively large currents, but also has high quality Stable and reliable, it is generally used in power switches, single pulse and high frequency circuits.