...
V V MHz pf
I C = -500 mA, I <font color='#ff0000'>bfont> = -50 mA (Pulse test) VCE = -5 V, IC = -150 mA VCE = -5 V, IC = -150 mA VC<font color='#ff0000'>bfont> = -10 V, IE = 0, f = 1 MHz
1. The 2S<font color='#ff0000'>bfont>1026 is grouped <font color='#ff0000'>bfont>y hfE1 as follows. DL 60 to 120 DM 100 to 200
See characteristic curve...
...lector output capacitance Note: <font color='#ff0000'>bfont> 100 to 200 C 160 to 320 V(<font color='#ff0000'>bfont>R)E<font color='#ff0000'>bfont>O I C<font color='#ff0000'>bfont>O I E<font color='#ff0000'>bfont>O hfE*
100 -- -- --
VCE(sat) fT Co<font color='#ff0000'>bfont>
V MHz pf
I C = ...f = 1 MHz
1. The 2S<font color='#ff0000'>bfont>1059 is grouped <font color='#ff0000'>bfont>y hfE as follows.
See characteristic curves of 2S<font color='#ff0000'>bfont>740.
...
...ector-emitter cutoff current (E-<font color='#ff0000'>bfont> short) Collector-emitter cutoff current (Emitter open) 2S<font color='#ff0000'>bfont>1172 2S<font color='#ff0000'>bfont>1172A 2S<font color='#ff0000'>bfont>1172 2S<font color='#ff0000'>bfont>1172A IE<font color='#ff0000'>bfont>O hfE1
*
S...f = 10 MHz IC = -1 A, I<font color='#ff0000'>bfont>1 = - 0.1 A, I<font color='#ff0000'>bfont>2 = 0.1 A VCC = -50 V
Min -60 -80
Typ
Max
Unit V
...
...urn off time Storage time Note: <font color='#ff0000'>bfont> 60 to 120 t on t off t stg
1. The 2S<font color='#ff0000'>bfont>566(K) and 2S<font color='#ff0000'>bfont>566A(K) are grouped <font color='#ff0000'>bfont>y h fE1 as follows. C 100 to 20...f., North Tower, World finance Centre, Har<font color='#ff0000'>bfont>our City, Canton Road, Tsim Sha Tsui, Kowloon, Hong Kong ...
...
-60 VCE=-5V Ta=25C
IC -- I <font color='#ff0000'>bfont>
Collector power dissipation PC (mW)
Collector current IC (mA)
350 300 250 200 150 100 50 0 0 20 4...f=1MHz Ta=25C
forward current transfer ratio hfE
500
Transition frequency fT (MHz)
7 6 5...