BC BC BC VCEO. − − − Vdc. Collector - Base Voltage. BC BC dimensions section on page 6 of this data sheet. ORDERING. A listing of ON Semiconductor's product/patent coverage be accessed at nvrehs.info ON Semiconductor. Maximum ratings 2). Grenzwerte 2). BC BC BC/ Collector- Emitter-voltage – Kollektor-Emitter-Spannung E-B short. - VCES. 80 V. 50 V. 30 V .
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Bc transistor datasheet. by ovalaqaf. Transistor transistor Application: AMPLIFIER. electronics Elektronik in Theorie und Praxis. Redneck's Transistor bc datasheet & applicatoin notes datasheet archive. Socialization's Gimmick Bc datasheet epub. Download file %bc Pdf %. BC PDF nvrehs.info this is the book you are looking for, from the many other titles of BC BC BC FEATURES â€¢Low current Preliminary BC DATASHEET EPUB DOWNLOAD haciendamexicana info.
These materials are intended as a reference to assist our customers in the selection of the Renesas Technology Corp.
Goldie99EJB14Eastham and 6 others like this. Link to dlucy flowchart for choosing a substitute transistor Thanks for posting this Pete. They also look a smidge faster in the datasheets. RenegadeNov 14, I second the poster. The transistors, however, seem to have gone through more then one generation of replacements.
When using any vatasheet all of the information contained in these materials, including product data, diagrams, charts, programs, and algorithms, please be sure to.
Unit Ruijing Building, No. I will leave the HV list on top, unaltered. I stumbled on it while searching for trannies replacements. Better on the PNP — just 1. Middle of Crook County.
In latesome still appeared on eBay. Remember to give due consideration to safety when making your circuit designs, with appropriate measures such as i placement of substitutive, auxiliary. Without the C the base is at the center pin. Resistor R2 is not essential to this circuit but is generally used for stability and to insure that the transistor switch is completely turned off. This resistor insures that the base of the transistor does not go slightly negative which would cause a very small amount of collector current to flow.
The value of this resistor is not critical but a value about 10 times R1 is normally chosen.
While PNP transistors are normally used for a negative ground configuration, it is possible use a NPN transistor if a positive ground configuration is desired as indicated in Figure 2. The calculation of resistor values is identical to the PNP version.
However, in the NPN transistor, R1 must be shorted to the positive end of the supply to turn the switch on. While our transistor switch can easily replace many mechanical relays, it does have a few drawbacks. The maximum design current must not be exceeded or the output voltage will be reduced. A short circuit of the output will overheat and destroy the transistor in many cases.
Although the transistor is in saturation when turned on, about. We must also insure that the maximum power dissipation of the transistor is not exceeded. We can calculate the power dissipation by multiplying the current by.
In the case of MA, the transistor must be able to withstand 30 milliwatts. Transistor switches are used for a wide variety of applications. Many amateurs will notice that the circuit in Figure 1 is used as the PTT in many transmitter circuits.
Transistor switches are commonly used to turn on transmitter circuits, LEDs, cooling fans and even relays. However, when using a transistor to turn on a relay coil, it is very important to use a 1N diode reversed biased in parallel with the relay coil as in Figure 3.