![]() Customer Satisfaction: I greatly appreciate my customers and do my best to provide a quality product. Please be sure your confirmed PayPal address is current to avoid shipping delays. Buyers from states like FL and WA might experience slightly longer shipping times. Most single piece items are delivered via USPS First Class Mail, and generally take 3-4 days to arrive. Your order is always assured to arrive quickly and in good condition. Orders placed over the weekend go out Monday. If your order is placed M-F before 2 PM CST I ship the same day. Quantity: 20 pieces Specs: Collector-Base Voltage: 40V Collector-Emitter Voltage: 25V Emitter-Base Voltage: 5V Collector Current: 500mA Package: SOT-23 Part Code: J3Y DC Current gain: 120-350 *Voltage and Current dependent Shipping: I pack and ship your items quickly! You are purchasing from a US seller who ships from the USA. This is a common transistor used in many imported electronic devices. S8050 NPN Transistor New, quality surface mount S8050 NPN transistors (code J3Y). New, quality surface mount S8050 NPN transistors (code J3Y). For further details on that visit 2N2222 page.Item: 254180309698 20pcs S8050 NPN Transistor 500mA SOT-23 S8050C SMD J3Y 20x - Fast Ship from USA. There are several equivalents of 2N2222 such as 2N1613, 2N2218 etc. Which transistor is equivalent of 2N2222? ![]() There are many replacements of S8050 transistor, for example, SS9013, for more info on that please visit our S8050 page. What is a replacement for an S8050 transistor? S8050 is a NPN BJT transistor, it can be used in wide variety of general purpose switching and amplification circuits. If that load is above 100mA then you cannot use BC547 because the BC547 has collector current of 100mA. Yes but only in amplification circuits but when it comes to switching circuits or load driving circuits you have to check how much load the S8050 transistor is driving. But if you are replacing them in an amplifier circuit then you can use them interchangeably without any problem and they are pin to pin replacement of each other because pin configuration of both are same. But mostly these transistors are used in under 24V circuits such as in 3V, 5V, 6V, 9V, 12V, 15V, 18V, 24V so there will not problem.įinally, we understood that S8050 and 2N2222 both the transistors have different collector to emitter and collector current ratings which we can look mainly when the transistor is used as a switch. Similarly when it is used as a switch because the collector current of S8050 is 1500mA which is larger than 2N2222 collector current so you can easily replace it with S8050 but in some conditions we cannot use S8050 in the place of 2N2222 such as when the load voltage is above 25V because S8050 collector-emitter voltage is 25V. So if the load is less then 600mA which is the maximum collector current of 2N2222 then you can easily use it instead of S8050 but if the load is higher than 600mA then you cannot use 2N2222 instead of S8050.Īgain in this case we will see the above ratings and characteristics chart now in this situation if the 2N2222 transistor is working as an amplifier then we can easily replace it with S8050 without any hassle. Another way to find out that is to check what type of component this transistor is driving whether it is a relay, LED or any other component and check its datasheet that how much current this component requires. You will also find many tutorials on YouTube on how to check amperes. This can be determined by using a digital mulitimeter on ampere settings and connected between the transistor and the load. But if you are replacing it in a switching circuit then we should find out that how much load or current S8050 is driving in that circuit. If you want replace it in an amplification circuit then there will not be an issue and you can replace them without any hassle. ![]() While the S8050 collector-emitter voltage is 25V, collector current is 1500mA, total device dissipation is 1000mW, DC current gain is 85 to 300 and transition frequency is 100MHz. ![]() As you can see in the ratings and characteristics chart above, the 2N2222 collector-emitter voltage is 40V, collector current is 600mA, total device dissipation is 625mW, DC current gain is 30 to 300 and transition frequency is 300MHz. To understand this first we have to check and compare their ratings and characteristics. Ratings & Characteristics Comparison : Ratings & Characteristics ![]() So you don’t have to change anything regarding to pins when replacing the in a circuit and you can put them in the place of each other. The first pin is “Emitter”, second is “Base” and the third is “Collector”. The pin configurations of both the transistors are identical. ![]()
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