Transformers The 2N3904 from Multicomp darfon is a through hole, NPN silicon planar 2n3904 switching transistors in TO- 92 metal can package. NPN 2N3904 Transistor Voltage Drop. The 2N3904 silicon epitaxial planar NPN trannsistor TO- 92 package suitable for through hole PCB Assembly The PNP Complementary Type is 2n3904 2N3906 Applications darfon Well Suitable for TV home equipment Small load switching transistor with gain low saturation voltage 2N3904 Bipolar ( BJT) Transistor NPN 40V 300MHz Through Hole TO- 92. This transistor features fast switching short turn darfon off , low saturation voltage hence is suitable for switching amplification. Darfon transformers datasheet 2n3904. The complete technical information can be found at the datasheet given at the end 2n3904 of transformers this page. Transistor 2N3904 Bipolar transformers ( BJT) 2n3904 NPN General Purpose ( Pack of 50). Pin 1 ( Right pin) : Vcc.
Environmental Information: RoHS Cert. Note the marked values transformers for Vce and also the very 2n3904 low gain of the transistor at. 2N3904 Central Semiconductor Bipolar Transistors - BJT NPN darfon Gen Pur SS datasheet, transformers inventory & pricing. Starting from right 2, the pins are numbered 1 3 in the datasheet datasheets. This is a clip from darfon a 2N3904 data sheet. 2N3904 datasheet Other NPN Transistors:. Datasheets: Small Signal Transitors TO- 92 Case. Transformers Power.
Transistor Datasheet:. To select a transistor for a particular application, the Transistor Datasheet provided by device manufacturers must be consulted. Most data sheets start off with the device type number at the top of the page, a descriptive title, and a list of major applications for the device. Simply Put - 2N3904 NPN Transistor.
darfon transformers datasheet 2n3904
Since the 2N3904 is an NPN transistor, that means the base needs positive biasing ( appropriate voltage levels and resistance) to turn on the collector emitter junction for proper current flow. Use of a load resistor ( R1 above) is also important so there is not too much current being driven through.