Free Transistor Equivalent Book - Download as PDF File .pdf), Text File .txt) or read online. GE is the oldest supplier of Universal Transistors for the replacement market, having been one of the pioneers that entered this field in O. It has been our. SAMSUNG SEMICONDUCTOR. DATA BOOK LIST'. I. Semiconductor Product Guide. II. Transistor Data Book. < Vol. 1: Small Signal TR. Vol. 2: Bipolar Power.
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INDUSTRY. DC COMP. PACKAGE. TYPE No. TYPE No. * Original Device Package is shown in parentheses. Cross Reference Table 13 / Equivalent Table. are discussed in Chapter 2. Models of a transistor can be either in terms of mathematical rela- tionships or in the form of equivalent circuits. Equivalent circuit . Transistor Equivalent list datasheet, cross reference, circuit and application notes in pdf format.
When looking for suitable transistor replacements it is necessary to look at the main specifications for the transistor. Once the transistor specifications and parameters have been ascertained, it is possible to check for other replacement transistor types with similar parameters that will be able to operate within the circuit in question. When considering any possible replacement transistors, it is necessary to look at a variety of parameters.
These will include the basic parameters of the transistor operation performance. They will also include the environmentally related parameters, and the physical parameters. All these need to be taken into account when choosing a suitable replacement transistor. Other types are normally only used in very specialist applications.
It is important to know what type the transistor is because there is a difference in the base emitter forward bias voltage drop.
For germanium it is around 0. The circuit will be designed around a particular voltage drop. Install the incorrect type and it experience the inverse of all the voltages it would expect and is likely to be destroyed.
Possible application types may include: switching, analogue, low power, RF amplifier, low noise, etc. Put in the correct type and it may not perform well.
For example a low power general-purpose transistor is unlikely to work well in a switching application even if it has a high ft or frequency limit.
It is often necessary to match the replacement transistor package as closely as possible to enable the transistor to physically fit. Also the package may give an indication of other parameters. Transistor parameters such as Vceo, etc need to be checked.
Although they are slightly different, for all circuit equivalences of this nature these transistor parameters are the same. Choosing a replacement transistor with approximately the same current gain is necessary. Normally it is not a problem to choose a replacement transistor with a higher gain.
Often a lower current gain may be acceptable. It is normally important to ensure that the transistor can meet any frequency limits.
Often the package type is a good indication of this.
The real test would be a transistor. The damn thing worked — it showed the schematic symbol for an NPN transistor with Collector, Base, and Emitter connected to Pins 1,2,and 3 respectively.
Flipping the pins around and re-testing worked as well. The tester showed hFe as , and forward voltage as mV, both reasonable numbers for a 2N The only thing it balked on was a linear voltage regulator, which showed up as two diodes.
The values returned were all reasonable as well. So what exactly is driving this little tester?
There are about 20 versions of it on the market, all of them from China. Some digging turned up the history on this device. The transistor is subdivided into one group according to its DC current gain. The layman's term for this type of circuitry is, of course, the microchip. They can switch up to 40V at peak currents of 1A not continuously, just peak! The characteristic curves focus on the output of the transistor, but we can also consider the behavior of the input.
In case you're curious about which to use, or which one is better or superior than the other, in this article, we compare and contrast the 2 transistors. The TIP is a NPN-type transistor, which means the collector will connect to the motor, and the emitter will connect to ground. For example the collector current of the transistor is mA that is quite good to use it as a switch to drive many loads at a time in an electronic circuit.
At least it was for me.
As such, there's no 'correct' value, anything which lets less than 40mA out of the Arduino pin and more than what the transistor needs to full open will do. One of its key features is its ability to handle the high values of currents as compared to the other similar small transistors.
Collector-Emitter Voltage: 30 V. A common transistor I use is the 2N There is not much difference when it comes to electrical properties of the two transistors. Before we talk about the differences between NPN and PNP transistors, we will first discuss what they are and their similarities.
But recently one of my friend from ethiopia said that he wanted to do something that does not includes a microcontroller or arduino but still its worth making in a weekend and also How transistors work is probably the hardest concept for you to understand as a beginner. On special request, these transistors can be manufactured in different pin configurations.
The 2N is a common NPN bipolar junction transistor used for general-purpose low-power amplifying or switching applications.
Other features include, low leakage currents and low saturation voltage. Written by Eli on Thursday, May 04, When the transistor is turned on, current flows through the collector and emitter, thus lighting the LED. Transition Frequency - MHz. Cross Reference Search. A transistor might have a low hFE or it might have a high hFE which is shown as a range of numbers on its datasheet. About Motors Motors work through a process called induction.
Ask any field or bench technician what their most-used piece of test equipment is and they will probably say a DMM Digital MultiMeter. Test a transistor with a multimeter. When a transistor is saturated the collector current Ic is determined by the supply voltage and the external resistance in the collector circuit, not by the transistor's current gain. Transistor amplifier circuits are designed using negative feedback so that the circuit works properly with any transistor whether its hFE is low or is high.
So your application defines your selection in such cases. These are designed for high speed switching application at collector current up to mA. I go over using a NPN transistor as either a switch or amplifier and go over a 2N is also one of the widely used transistor in commercial appliances, educational and hobby projects.
Characteristics of the 2N bipolar transistor Type - n-p-n. Get same day shipping, find new products every month, and feel confident with our low Price guarantee.
Driving an LED using a Transistor. Basics of 2N Read the datasheets carefully and make your choice.
It is commonly used for low power amplifying or switching. This transistor is actually designed for low as well as medium voltage and current values.