NPN-Transistor BF472, TO-126 (TO-225, SOT-32), TO-126, 300V, 50mA, 0.03A, TO-126, 300V

NPN-Transistor BF472, TO-126 (TO-225, SOT-32), TO-126, 300V, 50mA, 0.03A, TO-126, 300V

Quantity
Unit price
1-4
3.31$
5-24
3.04$
25-49
2.89$
50-99
2.72$
100+
2.51$
Obsolete product, soon to be removed from the catalog. Last items available
Quantity in stock: 4

NPN-Transistor BF472, TO-126 (TO-225, SOT-32), TO-126, 300V, 50mA, 0.03A, TO-126, 300V. Housing: TO-126 (TO-225, SOT-32). Housing (JEDEC standard): TO-126. Collector-emitter voltage Uceo [V]: 300V. Collector current Ic [A], max.: 50mA. Collector current: 0.03A. Housing (according to data sheet): TO-126. Collector/emitter voltage Vceo: 300V. Assembly/installation: PCB through-hole mounting. Component family: high voltage PNP transistor. Configuration: PCB through-hole mounting. Cutoff frequency ft [MHz]: 60 MHz. FT: 60 MHz. Manufacturer's marking: BF472. Max temperature: +150°C.. Maximum dissipation Ptot [W]: 1.8W. Number of terminals: 3. Pd (Power Dissipation, Max): 2W. Quantity per case: 1. RoHS: yes. Semiconductor material: silicon. Spec info: complementary transistor (pair) BF471. Type of transistor: PNP. Original product from manufacturer: Philips Semiconductors. Quantity in stock updated on 10/31/2025, 07:40

Technical documentation (PDF)
BF472
23 parameters
Housing
TO-126 (TO-225, SOT-32)
Housing (JEDEC standard)
TO-126
Collector-emitter voltage Uceo [V]
300V
Collector current Ic [A], max.
50mA
Collector current
0.03A
Housing (according to data sheet)
TO-126
Collector/emitter voltage Vceo
300V
Assembly/installation
PCB through-hole mounting
Component family
high voltage PNP transistor
Configuration
PCB through-hole mounting
Cutoff frequency ft [MHz]
60 MHz
FT
60 MHz
Manufacturer's marking
BF472
Max temperature
+150°C.
Maximum dissipation Ptot [W]
1.8W
Number of terminals
3
Pd (Power Dissipation, Max)
2W
Quantity per case
1
RoHS
yes
Semiconductor material
silicon
Spec info
complementary transistor (pair) BF471
Type of transistor
PNP
Original product from manufacturer
Philips Semiconductors