[Source: "High-tech LED" magazine April issue (total 64th issue) | Chairman of the torch expert Hu Jun] Let us first explain the definition of intelligence: an important difference between intelligent systems and traditional systems is the intelligent system Ability to perform on-site environmental sensing (environmental detection adaptation).
The so-called environmental detection induction means that it may be compared, calculated, and adapted to the environment, state, posture, and parameters of the real environment. This process involves sensing, learning, reasoning, judging, and making corresponding actions. This is what people usually call automatic organization and automatic adaptability.
Intelligent lighting execution systems usually need to contain two important components of hardware and software. In practical applications, a close combination of hardware and software is required to automatically and efficiently accomplish the intended goals or results.
The hardware aspect is composed of processor (CPU), memory, database, information acquisition, control execution, auxiliary circuit input device, sensing device (inductor, various sensors, camera, etc.), and can be intelligent according to requirements in hardware configuration. The system's hardware devices are customized to meet different environmental needs.
The more common hardware devices used in practical lighting applications are drive power, main controller, terminal controller and other products.
There are many programming languages ​​to choose from in software, such as C, C++, VB, JAVA, Delphi, etc. These computer languages ​​can write the software applications needed by the intelligent system, and then implant them into hardware devices for testing and tuning. The hardware works together to perform specific functions.
Since LEDs are more efficient than fluorescent lighting, the power has been reduced by more than 40% in actual use, and the limit has been reached in terms of lighting quality.
If smart lighting is just to enable dimming or turn the lights on or off via the Internet, Ethernet, LAN, APP, WiFi, ZigBee, BLE, is this called smart lighting? Is it better to add audio and RGB functions to light bulbs and lamps?
So don't confuse the fun and color with the enthusiasts! Do not add a common communication interface to the product, the module is called "smart lighting".
I believe that no matter what kind of light source is used, the objective function and function of the driving power supply should be fully understood under the premise of satisfying the lighting function. Otherwise, the best light source can not achieve high efficiency and long life.
The most intelligent premise of lighting should be based on the thinking mode of the human brain, carefully driving, caring, managing, controlling, and protecting the light source to maximize the lighting function and lighting quality.
Efficient, energy-saving, environmentally friendly, long-life lighting is the goal that people have been eagerly awaiting. For this reason, many customers have not hesitated to indicate the brand in the bidding documents, and try to purchase first-line brand products when purchasing. But the facts really disappoint everyone, world-class brands are not durable, and domestic first-line brands are not durable. What the hell is this all about? Let us uncover the mystery today.
LED light efficiency and energy saving, but harmonics seriously increase the operating cost of power plants and power supply lines due to the pollution of the power grid. Due to the high demand for heat dissipation, the demand for non-ferrous metals is large, and the mining of a large number of non-ferrous metals is seriously polluting the environment. At the same time, due to the use of the second-generation constant current drive technology, the constant current is always output regardless of the LED working environment and the change of the parameters.
Can such a driving technology plus the so-called communication intelligence function take good care of the LED light source? Can you complete the sacred mission of intelligent lighting? Can you improve people's living lighting experience? Therefore, we believe that it is necessary to install remote communication control functions in certain environments to facilitate daily management and reduce operating costs.
The torch intelligent lighting driver power supply is equipped with the original patented technology of intelligent dynamic management fuzzy light attenuation control, which provides a theoretical basis for intelligent lighting. The patented technology of “dynamic management fuzzy light attenuation control†applied for Chinese invention patent, US invention patent, EU Independent intellectual property rights such as invention patents and Hong Kong invention patents.
The core “Dynamic Intelligent Management System†technology developed by Light Torch has subverted the concept of passive energy conservation in the industry on the basis of innovation. The dynamic intelligent management theory model of active energy conservation, the long-term life cycle of products, large market share and high-addition Intellectual property profits will guide the industry and develop new industry rules.
The patented technology of "Intelligent Dynamic Management Fuzzy Light Decay Control" is the real dynamic management of the LED chip during the running process of the LED chip. By sampling and calculating the internal and external environment of the LED, the LED chip factory limit data analysis, real-time and stored in the LED driver A fuzzy management mode in which the fuzzy light decay database in the power supply is compared and the input, output power, voltage, current, VF value, IF value, temperature, and light decay amount are dynamically adjusted.
Fuzzy control is a way of thinking that mimics the human brain. It recognizes and judges these fuzzy dynamic parameters and gives a more accurate control output, thus ensuring that the LED chip can play the essence of high efficiency, energy saving, environmental protection and long life.
After many years of market inspection, the parameters of the torch exceeded the highest level in the industry. It proved that the patented technology of “Intelligent Dynamic Management Fuzzy Light Decay Control†is the best intelligent lighting guarantee to ensure high efficiency, energy saving, environmental protection and long life.
The so-called environmental detection induction means that it may be compared, calculated, and adapted to the environment, state, posture, and parameters of the real environment. This process involves sensing, learning, reasoning, judging, and making corresponding actions. This is what people usually call automatic organization and automatic adaptability.
Intelligent lighting execution systems usually need to contain two important components of hardware and software. In practical applications, a close combination of hardware and software is required to automatically and efficiently accomplish the intended goals or results.
The hardware aspect is composed of processor (CPU), memory, database, information acquisition, control execution, auxiliary circuit input device, sensing device (inductor, various sensors, camera, etc.), and can be intelligent according to requirements in hardware configuration. The system's hardware devices are customized to meet different environmental needs.
The more common hardware devices used in practical lighting applications are drive power, main controller, terminal controller and other products.
There are many programming languages ​​to choose from in software, such as C, C++, VB, JAVA, Delphi, etc. These computer languages ​​can write the software applications needed by the intelligent system, and then implant them into hardware devices for testing and tuning. The hardware works together to perform specific functions.
Since LEDs are more efficient than fluorescent lighting, the power has been reduced by more than 40% in actual use, and the limit has been reached in terms of lighting quality.
If smart lighting is just to enable dimming or turn the lights on or off via the Internet, Ethernet, LAN, APP, WiFi, ZigBee, BLE, is this called smart lighting? Is it better to add audio and RGB functions to light bulbs and lamps?
So don't confuse the fun and color with the enthusiasts! Do not add a common communication interface to the product, the module is called "smart lighting".
I believe that no matter what kind of light source is used, the objective function and function of the driving power supply should be fully understood under the premise of satisfying the lighting function. Otherwise, the best light source can not achieve high efficiency and long life.
The most intelligent premise of lighting should be based on the thinking mode of the human brain, carefully driving, caring, managing, controlling, and protecting the light source to maximize the lighting function and lighting quality.
Efficient, energy-saving, environmentally friendly, long-life lighting is the goal that people have been eagerly awaiting. For this reason, many customers have not hesitated to indicate the brand in the bidding documents, and try to purchase first-line brand products when purchasing. But the facts really disappoint everyone, world-class brands are not durable, and domestic first-line brands are not durable. What the hell is this all about? Let us uncover the mystery today.
LED light efficiency and energy saving, but harmonics seriously increase the operating cost of power plants and power supply lines due to the pollution of the power grid. Due to the high demand for heat dissipation, the demand for non-ferrous metals is large, and the mining of a large number of non-ferrous metals is seriously polluting the environment. At the same time, due to the use of the second-generation constant current drive technology, the constant current is always output regardless of the LED working environment and the change of the parameters.
Can such a driving technology plus the so-called communication intelligence function take good care of the LED light source? Can you complete the sacred mission of intelligent lighting? Can you improve people's living lighting experience? Therefore, we believe that it is necessary to install remote communication control functions in certain environments to facilitate daily management and reduce operating costs.
The torch intelligent lighting driver power supply is equipped with the original patented technology of intelligent dynamic management fuzzy light attenuation control, which provides a theoretical basis for intelligent lighting. The patented technology of “dynamic management fuzzy light attenuation control†applied for Chinese invention patent, US invention patent, EU Independent intellectual property rights such as invention patents and Hong Kong invention patents.
The core “Dynamic Intelligent Management System†technology developed by Light Torch has subverted the concept of passive energy conservation in the industry on the basis of innovation. The dynamic intelligent management theory model of active energy conservation, the long-term life cycle of products, large market share and high-addition Intellectual property profits will guide the industry and develop new industry rules.
The patented technology of "Intelligent Dynamic Management Fuzzy Light Decay Control" is the real dynamic management of the LED chip during the running process of the LED chip. By sampling and calculating the internal and external environment of the LED, the LED chip factory limit data analysis, real-time and stored in the LED driver A fuzzy management mode in which the fuzzy light decay database in the power supply is compared and the input, output power, voltage, current, VF value, IF value, temperature, and light decay amount are dynamically adjusted.
Fuzzy control is a way of thinking that mimics the human brain. It recognizes and judges these fuzzy dynamic parameters and gives a more accurate control output, thus ensuring that the LED chip can play the essence of high efficiency, energy saving, environmental protection and long life.
After many years of market inspection, the parameters of the torch exceeded the highest level in the industry. It proved that the patented technology of “Intelligent Dynamic Management Fuzzy Light Decay Control†is the best intelligent lighting guarantee to ensure high efficiency, energy saving, environmental protection and long life.
Reverse Conducting Thyristor(RCT)
Reverse Conducting Thyristor(RCT) is also called Reverse- appreciation Thyristor.The characteristic is that a diode is connected in reverse parallel between the anode and cathode of thyristor, so that the transmitting junction of anode and cathode is short-circuited.As a result of this special circuit structure, it has high voltage resistance, high temperature resistance, short turn-off time, low switching voltage and other good performance.For example, the turn-off time of the reverse thyristor is only a few microseconds, and the working frequency is dozens of KHZ, which is better than the fast thyristor (FSCR).This device is suitable for switching power supply and UPS uninterrupted power supply. One RCT can replace one thyristor and one continuous current diode respectively.
Reverse Conducting Thyristor,Original Reverse Conducting Thyristor,New Reverse Conducting Thyristor,Reverse-Conducting Thyristor 2200V
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