The electronic components factory located in the desert island development zone has been producing in large quantities at full capacity, just to prepare for the launch of finished electronic products.

At present, the construction of various electronic products in the desert island development zone has been completed, and the installation of production lines is accelerating, and all kinds of electronic products will be started by the end of the year.

The first type of product that comes off the assembly line here is the TV set, which is involved from primary products to advanced products. It is estimated that its products will be available in November at the end of this year.

The strategy of leading investment is to occupy the domestic market with the low price of traditional color TV products, and attract relatively wealthy groups with high-end products.

In addition, this strategy is also a leading investment to seize the commanding heights in the field of electronics.

The high-end products will produce plasma TVs and LCD TVs, both of which will be available at the same time.

However, the sales of its products are mainly for Western developed countries.

Although the technology of LCD TVs has already appeared, in 1990, the real product had not yet appeared.

Liquid crystal is a substance between solid and liquid states, and it is an organic compound with a regular arrangement of molecules, and if it is heated, it will appear in a transparent liquid state, and when it is cooled, it will appear in a cloudy solid state of crystalline particles.

It is precisely because of this characteristic that it is called liquid crystal.

The liquid crystal used for liquid crystal displays is called Nematic liquid crystal because of its molecular structure similar to that of a thin matchstick, and liquid crystal displays made from this type of liquid crystal are also called LCDs (Liquid Crystal Displays).

The LCD TV is in the liquid crystal between two glasses, add voltage, through the molecular arrangement changes and zigzag changes to reproduce the picture, the screen through the collision of the electron group, create the picture, and form the picture through the perspective reflection of external light.

The first liquid crystal display device in history appeared in the early 70s of the 20th century, and it was called TN-LCD (twisted nematic) liquid crystal display.

In the 80s of the 20th century, STN-LCD (super twisted nematic) liquid crystal display appeared, and at the same time, TFT-LCD (thin film transistor) liquid crystal display technology was developed, but liquid crystal technology is still immature and difficult to popularize.

Until the early 90s, Japan mastered the production technology of STN-LCD and TFT-LCD, and launched products a few years later, and the LCD industry began to develop rapidly.

Plasma display (PDP) is one of the latest display technologies after liquid crystal display (LCD).

This kind of display can be used as a variety of multimedia displays for the digital age, and is suitable for the manufacture of large screens and thin color televisions, and has a wide range of applications.

Plasma TVs can get very good pictures in strong lighting environments, and you can display clear images without turning off the surrounding lights.

As a result, plasma TVs are ideal for video conferencing and other presentation needs.

Another feature of plasma TVs is that they have a 160-degree viewing angle in both horizontal and vertical directions, allowing you to see the picture even when sitting in a remote position.

Compared to computer monitors and televisions of the same screen size, plasma TVs are also the lightest.

With a thickness of only 9 cm, it can be hung on the wall, mounted on the ceiling or placed on a table without being disturbed by magnetic fields.

Plasma TVs are very convenient to use, almost plug-and-play, and can receive data and video signals

Unlike other display systems, plasma technology produces red, green, and blue light on each pixel, which reduces the number of blank spots in the display.

The charging electrodes between the glass layers cause the gas inside to change to a plasma state, producing ultraviolet light, which causes the red, green, and blue phosphors on each pixel to react accordingly, resulting in a variety of colors of visible light.

Whereas conventional display devices produce images by scanning the screen, all pixels in a plasma display device are 'lit' at the same moment.

Without electron beams, backlights, and photopolarization, the picture appears sharp and bright, and the edges of objects are sharp.

Plasma is made up of highly ionized ions, electrons, and neutral particles.

Plasma consists of almost the same number of electrons and cations. In a plasma, electrons are stripped from the nucleus, they are good conductors of electricity, and under the influence of the magnetic field, the electrons are separated from their respective nuclei when heated.

Phosphor is a substance applied to the bottom layer of glass that emits visible light. In a cathode ray tube, the phosphor is located on a glass screen in front of the electron beam and emits light by the activation of an electron beam.

In plasma televisions, phosphors are activated by UV light generated by the plasma under the action of electromagnetic fields.

In 1996, Sony Corporation manufactured the first home LCD TV product.

In December 1997, the pioneer of the country launched the first home plasma TV, making the plasma TV enter the home for the first time.

The size of LCD TVs ranges from tens to 90 inches, and the size of LCD TVs is generally 22-65 inches, and the price is less than 2,000-50,000; The mainstream products of plasma are all large screens, with a size of 40-58+ inches, and the price of mainstream products is less than 5,000 to 40,000.

Beginning in the 80s, Yahua enterprises began to introduce color TV production lines and mass production.

At the same time, foreign brands have also begun to be introduced into China in large quantities.

By 1985, Yahua's TV production reached 16.63 million units, second only to the country of women's worries, becoming the world's second largest TV producer.

However, in terms of quantity, function and quality, these enterprises are difficult to meet the market demand, so foreign brands, especially women's enterprises, take advantage of their brand advantages and technical advantages to occupy the TV market and occupy an absolutely dominant position.

If Leading Investments brings these products to market early next year, how will the countries that are still studying the products live?

Generally speaking, it takes a huge amount of money to develop a new product from R&D to market.

When the product is launched, the initial price will inevitably be high in the market, so as to quickly return the funds.

Otherwise, the cost will crush the business.

However, as Leading Investments takes the lead in bringing the product to market, it will return to a level that is acceptable to the public in a few years' time.

In this way, it may be difficult for those later companies to take a high price to recoup funds.

This puts them in a very awkward position, either to continue to invest in research and development, which is very risky and can cause huge losses.

Either stop R&D and abandon products in this area.

At the end of the day, that's the purpose of leading investment, to be the first to occupy the commanding heights and stop other companies in the electronics field.