Nowadays there are many types of transistor on the market. The triode can be divided into silicon tube and helium tube according to different materials. According to the structure, it is divided into NPN transistor and PNP transistor. It is divided into switch transistor, Darlington transistor, power transistor, photodiode by function. Transistor, according to the power is divided into small power transistor, power transistor, high power transistor and many other types, I believe that everyone will not be unfamiliar with the 8550 triode , 8550 triode parameters are not too understanding, then 8550 triode parameters what? The following is a detailed introduction to the parameters of the 8550 triode , and we hope to have a role in understanding the 8550 triode. 8550 Triode - Parameters I believe that everyone will not be unfamiliar with the 8550 triode, but most people do not know too much about the 8550 triode data. First of all, let us first understand what the 8550 triode data parameters are. The 8550 triple tube type is switch type, polarity is PNP, material is silicon, maximum collector current (A) is 0.5A, DC voltage is between 10-60, power consumption is 625 mW, maximum collector emission voltage ( VCEO) is 25 and the frequency is 150MHz. The more common 8550 triode model parameters are: 3DG8550 silicon NPN, 25V, 1.5A, FT=190*K; PE8550 silicon NPN, 30V, 1.5A, 1.1W; MC8550 silicon NPN, 25V, 700mA, 200mW, 150MHz; 2SC8550 silicon NPN, 25V, 1.5A, FT=190*K; CS8550 Silicon NPN, 25V, 1.5A, FT=190*K. 8550 Transistor-s Model Due to the large number of 8550 Triode products, the 8550 Triode model is different. The 8550S, 8550S, S8050, and S8550 parameters in the 8550 Triode series are: Dissipated power 0.625W (Patch: 0.3W), Set The electrode current is 0.5A, the collector-base voltage is 40V, the collector-emitter breakdown voltage is 25V, and the characteristic frequency fT is at least 150MHZ Typical values ​​are not given in the catalog of the manufacturer. They are divided into B and C by the triode suffix number. The D-segment patches are L, H, and the magnifications are B85-160, C120-200, D160-300, L100-200, and H200-350. 8550 triode-c model With the progress of society, the 8550 triode is used in a large amount in daily life. Because the 8550 triode series models are different, the 8550 triode parameters are also different. The parameters of C8050 and C8550 in the 8550 Triode series are: Dissipation power 1W, collector current 1.5A, collector-base voltage 40V, collector-emitter breakdown voltage 25V, characteristic frequency fT min 100MHZ, typical 190MHZ , 8550 transistor amplification parameters according to the triode suffix number is divided into B, C, D file 8550 transistor amplification B: 85-160, C: 120-200, D: 160-300. 8550 Transistor - 0ss Model The 8550 Triode has a full range of products, making the 8550 Triode parameters different. The 8050SS and 8550SS parameters in the 8550 triode series are: Dissipated power 1W (TA=25°C), 2W (TC=25°C), Collector current 1.5A, Collector-base voltage 40V, Collector-- Emitter breakdown voltage 25V, characteristic frequency fT minimum 100MHZ, 8550 transistor amplification according to the triode suffix number is divided into B, C, D, D3 a total of 4 files, magnification B: 85-160, C: 120-200, D :160-300, D3:300-400, EBC, ECB are two types of pins. 8550 Triode-ss Model The parameters of SS8050 and SS8550 in the 8550 triode series are: 8550 transistor dissipation power is 1W (TA=25°C), 2W (TC=25°C), 8550 collector current is 1.5A, collector-base voltage is 40V, Collector - emitter breakdown voltage 25V, characteristic frequency fT minimum 100MHZ, 8550 transistor amplification according to the triode suffix number is divided into B, C, D total of 3 files, 8550 Transistor magnification B: 85-160, C: 120- 200, D: 160-300, pin arrangement mostly EBC. 8550 Transistor - Circuit Graphics With the continuous development of science and technology in society, the process of industrialization is also accelerating. The 8550 triode is widely used in our daily life and plays an important role in the progress of the entire society. The 8550 triode is the most common type of NPN transistor in daily life. What are the 8550 triode data? The 8550 triode can be seen everywhere in a variety of amplifier circuits and has a wide range of applications. It is mainly used for high-frequency amplification and can also be used as a switching circuit. The load resistance of the 8550 triode switch circuit is directly connected between the collector of the transistor and the power supply, and the input voltage effectively controls the opening and closing of the 8550 triode switch. 8550 Transistor - Principle What are the 8550 triode data? I believe that most people seem to be unable to start with this issue. First of all, let's get to know what the 8550 Triode data principle is. The 8550 transistor, also known as a semiconductor transistor, a transistor, or a bipolar transistor, refers to a semiconductor device that uses a current-controlled current. Its main function is to amplify a weak signal into a large electrical signal, often used as a contactless device. Switch use. When the voltage of the 8505 triode launch junction is less than the PN junction's turn-on voltage, ie, the collector current, base current, and emitter current are all zero, the 8550 triode switching circuit loses current amplification and the collector and emitter are switched off. Open state. 8550 Triode - Distinguish With the continuous progress of society, the level of science and technology and technology have been greatly improved. The 8550 triode is used in our daily life. What are the 8550 triode data? 8550 triode in the application, due to the component mounting density, removal trouble, in the detection process often through the multimeter DC voltage block to measure the voltage value of each pin, check whether the 8550 triode is in normal working condition. And then effectively judge its good or bad. When the 8550 triode is tested with a multimeter, the black pen is connected to one pole and the red pen is used to connect the other two poles. When the 8550 triode both poles are 5K resistance, the black pen is connected to the B pole. 8550 Transistor Information - Applications With the continuous development of society and the rapid advancement of science and technology, the use of the 8550 triode switching circuit in modern industrial and daily life fields is inseparable. What are the 8550 triode data? The 8550 triode has many advantages such as long life, safety and reliability, no mechanical wear, fast switching speed, small size, etc. during use. The 8550 triode switch circuit can also be used to control high-current switching with a small current and is widely used in our daily life. The low-power triode switch circuit is used in a power circuit, a drive circuit, a switch circuit, and the like; a high-power triode switch circuit is used in many fields such as a color television, a low-frequency power amplifier circuit, a communication device and the like power supply, current adjustment, and the like. Editor's summary: The above is the principle of the 8550 triode and the introduction of the 8550 triode application. I hope to help friends who have this requirement! For more information, please continue to follow our website. Follow-up will continue to show more exciting content! Siphon principle principle of refrigeration
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