i dont know exactly but i like to share what i know....
transistors are named as BC,BD,AF,SL,AC,BL..etc
they are different from each other based on the amplification factor,maximum voltage can be applied,breakdown voltages,gain..........
i would make this answer better with reference......
The SL100 transistor has a TO-39 case. In the TO-39, the emitter is closest to the tab, and the collector is furthest away from the tab.
ITS AN NPN TRANSISTOR , GENERALLY USE AS A SWITCH GENREALLY IN COMMON EMITTER CONFIGURATON
General Purpose Medium Power NPN Transistor
The SL100 is a PNP medium power transistor, suitable for use up to ~100MHz. This can be used in the power amplifier stage, with the output connected to a tuning network/transformer + antenna for AM modulation. It's purpose, if used in this application, is to supply current (usually a voltage amplifier circuit will precede this one) to drive the antenna.
One has SL in it name the other has CL plus an S at the end.
Actually I dont know the specific differences b/w them but we used BC107 instead of SL100 in a exp. in our lab. If you want to check your circuits in EDC you can use a simulation software MULTISIM by national instruments
What is the equivalent component to use in place sl100 transistor? ...
yes.
It is an npn power transistor
sl100
The SL100 transistor has a TO-39 case. In the TO-39, the emitter is closest to the tab, and the collector is furthest away from the tab.
This mechanism is how a transistor works.
ITS AN NPN TRANSISTOR , GENERALLY USE AS A SWITCH GENREALLY IN COMMON EMITTER CONFIGURATON
SL100
General Purpose Medium Power NPN Transistor
The pin configuration of sl 100 is B C E with ground as the base of the transistor.
SL100 NPN transistor can provides enough current gain (500mA) to drive the relay coil. So when our relay coil is drive by proper current & voltage it will works. For more info about SL100 please read manufacture datasheet. Wireshark Cookie Dump: OKCancel