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ITT - Index of

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<strong>ITT</strong><br />

2N2904A, 2N2905A, 2N2906A., 2N2907A<br />

SILICON GENERAL PURPOSE TRANSISTORS<br />

- -----<br />

SEMICONDUCTORS<br />

GENERAL<br />

PURPOSE<br />

PNP SILICON<br />

PLANAR EPITAXIAL-­<br />

TRANSISTORS<br />

• High Voltage: ·60V min.<br />

• Low VeE (sat): 0.4V@ 150mA<br />

• hFE; guaranteed from 1 00 A to 500mA<br />

The <strong>ITT</strong> 2N2904A-7 A are PNP silicon planar<br />

epitaxial general purpose transistors for applications<br />

at current ranges from 0.1 to 500mA. Low<br />

saturation voltage and fast switching times make<br />

the 2N2904A, 5A ideal for core driving. The flat<br />

gain over a wide current range gives good linearity<br />

in amplifier circuits. High breakdown voltage<br />

allows large signal swing in switching and<br />

amplifier. circuits. Designed to complement the <strong>ITT</strong><br />

2N2217 thru 2N2222 NPN types.<br />

ABSOLUTE MAXIMUM RATINGS<br />

2N2904A2N2904A<br />

CHARACTERISTICS 2N2905A 2N2907AUNITS<br />

Collector-to-Base Voltage ....................... -60 -60 Volts<br />

Collector-to-Emitter Voltage (open base) .. -60 -60 Volts<br />

Emitter-to-Base Voltage .......................... -5 -5 Volts<br />

Collector Current (continuous)................ 600 600 mA<br />

Junction Temperature (storage) ............. -65 to 200 oC<br />

Total Power Dissipation @ Tc = 250C .... 3.0 1.8 Watts<br />

Derating factor above 25oC .............. 17.3 10.3 mW/oC<br />

Total Power Dissipation @ T A = 25 0C ... . 0.6 0.4 Watts<br />

Derating factor above 25 oC .............. 3.43 2.28 mW/oC<br />

ELECTRICAL CHARACTERISTICS @ 25°C unless otherwise noted.<br />

2N2904A<br />

2N2905A<br />

SYMBOL 2N2906A 2N2907A UNIT CONDITIONS<br />

MIN. MAX. MIN. MAX.<br />

BVcoo -60 -60 Vdc Ie= -101'A<br />

LVCEO"l -60 -60 Vdc Ie= -10mA<br />

BVEOO -5 -5 Vdc IE= -101'A<br />

h,,' 40 75 Ie= -1001'A VCE= -10V<br />

40 100 Ie= -1mA VCE= -10V<br />

40 100 Ie= -10mA VCE= -10V<br />

40 120 100 300 le= -150mA VCE= -10V<br />

40 50 Ie: -500mA VtE= -10V<br />

VeE(sat) , -0.4 -0.4 Vdc Ie= -150mA 10= -15mA<br />

-1.6 -1.6 Vdc le= -500mA 1,= -50mA<br />

9-65

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