2N3906
Bipolar Transistors
Product information
|
Product family
|
Bipolar Transistors Control and signal processing |
|
Article description
|
2N3906
BJT, TO-92, 40V, 200mA, PNP, 0.625W, 150°C |
|
Minimum order quantity
|
4.000
|
|
Stock
|
140.000
|
|
Customs Tariff Number
|
85412100
|
|
RoHS
|
compliant
|
|
REACH
|
not declarable
|
|
Lead free
|
Yes |
|
Halogen free
|
Yes |
Downloads & Links
Technical data
| Article number |
2N3906 |
|
| Type |
Wire-lead |
| Package |
TO-92 |
| Qualification |
Industrial Grade |
| Config |
Single |
| Life Cycle |
active |
| ESD sensitive |
No |
| MSL |
n/a |
| |
|
Collector Emitter voltage |
VCEO |
-40 V |
|
DC Collector current |
IC |
-600 mA |
|
Polarity |
pol |
PNP |
|
|
Power dissipation |
Ptot |
0.625 W |
|
|
@ TLoc |
25 °C |
|
|
Location |
ambient |
|
DC current gain |
hfe |
100 |
|
|
@ VCE |
-1 V |
|
|
@ IC |
-10 mA |
|
DC current gain (b) |
hfe |
80 |
|
|
@ VCE |
1 V |
|
|
@ IC |
1 mA |
|
DC current gain (c) |
hfe |
60 |
|
|
@ VCE |
1 V |
|
|
@ IC |
0.1 mA |
|
Junction temperature |
Tjmin |
-55 °C |
|
|
Tjmax |
150 °C |
|
Peak Collector Current |
ICM |
null A |
|
Peak Base current |
IBM |
null mA |
|
Collector Base voltage |
VCBO |
null V |
|
Emitter Base voltage |
VEBO |
5 V |
|
Collector saturation voltage |
VCEsat |
-400 mV |
|
|
@ IC |
-50 mA |
|
|
@ IB |
-5 mA |
|
Base saturation voltage |
VBEsat |
0.85 V |
|
|
@ IC |
10 mA |
|
|
@ IB |
1 mA |
|
Base Emitter voltage |
VBE |
null V |
|
Collector Base cutoff current |
ICBO |
null nA |
|
Emitter Base cutoff current |
IEBO |
50 nA |
|
Gain bandwidth product |
ft |
250 MHz |
|
|
@ IC |
-10 mA |
|
|
@ VCE |
-20 V |
|
|
@ f |
100 MHz |
|
Marking |
Marking |
Type |
|
Thermal resistance junction |
RTH |
200 K/W |
|
|
Location |
ambient |
|
Thermal resistance junction (b) |
RTH |
null K/W |
|
|
Location |
null |
|
Net weight |
mnet |
0.18 g |
|
Case flammability |
UL94-V0 |
Yes |
|
UL recognized |
UL-Recognition |
null |
|
Collector Base capacitance |
CCBO |
4.5 pF |
|
|
@ VCB |
5 V |
|
Storage temperature |
Tsmin |
-55 °C |
|
|
Tsmax |
150 °C |
Application Reference Diagrams
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