BC856-HF Thru. BC858-HF Series (PNP) RoHS Device Halogen Free

Transcription

1 -HF Thru. -HF Series (PNP) RoHS Device Halogen Free Features - Ideally suited for automatic insertion - Power dissipation PCM:.25W (@T=25 C) - Low current.(max. 1m) - Collector-base voltage CBO: = -8 = -5 = -3 - Operating and storage junction temperature range: TJ, TSTG= -65 to +15 C Mechanical data - Case:, molded plastic. - Terminals: Solderable per MIL-STD-75, method (1.) Typ..59(1.5).43(1.1).4(.1).1(.2).122(3.1).16(2.7) (2.).71(1.8).16(.4) Typ..12(2.6).87(2.2).4(.1) Typ. Circuit diagram - 1.BSE - 2.EMITTER - 3.COLLECTOR Dimensions in inches and (millimeter) Maximum Ratings (at Ta=25 C unless otherwise noted) Parameter Symbol alue Unit Collector-Base voltage CBO Collector-Emitter voltage CEO Emitter-Base voltage EBO -5 Collector current-continuous IC -.1 Collector dissipation PC 25 mw Junction temperature range TJ -65 to +15 C Storage temperature range TSTG -65 to +15 C RE: Page 1

2 Electrical Characteristics (T= 25 C unless otherwise specified) Parameter Symbol Test Conditions MIN TYP MX Unit Collector-Base breakdown voltage (BR)CBO IC = -1μ, IE= Collector-Emitter breakdown voltage (BR) CEO IC = -1m, IB= Emitter-Base break down voltage (BR)EBO IE = -1μ, IC= -5 Collector cut-off current ICBO CB= -3, IE= n Emitter cut-off current IEBO EB= -5, IC= -.1 µ DC current gain,857,858 B,857B,858B C,858C CE = -5, IC= -2.2m Collector-Emitter saturation voltage CE(sat) IC =-1m, IB=-5m -.65 IC =-1m, IB=-.5m -.3 Base-Emitter saturation voltage BE(sat) IC =-1m, IB=-.5m IC =-1m, IB=-5m IC =-2m, CE= Base-Emitter voltage BE(on) IC =-1m, CE= Collector capacitance Transition frequency CC CB =-1, IE=Ie= f=1mhz 4.5 IC=-2u, CE=-5 F RS=2kΩ,f=1kHz, 2 1 B=2Hz pf db CE=-5, IC=-1m Transition frequency ft 1 MHZ f=1mhz RE: Page 2

3 Electrical Characteristic Curves (-HF Thru. -HF Series) 5 4 Fig.1 - DC current gain as function fo collector current; typical values. ;CE= Fig.2 - Base-Emitter voltage as a function of collector current; typical values BE, (m) ;CE= Fig.3 - Collector-Emitter saturation voltage typical values ;IC/IB= 2-12 Fig.4 - Base-Emitter saturation voltage typical values -1 CEsat, (m) BEsat, (m) ;IC/IB= Fig.5 - DC current gain as a function fo collector current; typical values. B;CE= Fig. 6 - Base-Emitter voltage as a function of collector current; typical values BE, (m) B;CE= RE: Page 3

4 Electrical Characteristic Curves (-HF Thru. -HF Series) Fig.7 - Collector-Emitter saturation voltage as a function of collector current typical values B;IC/IB= 2-12 Fig.8 - Base-Emitter saturation voltage typical values -1 CEsat, (m) BEsat, (m) B;IC/IB= Fig.9 - DC current gain as a function fo collector current; typical values. Fig.1 - Base-Emitter voltage as a function of collector current; typical values 1-12 C;CE= BE, (m) C;CE= Fig.11 - Collector-Emitter saturation voltage typical values C;IC/IB= 2-12 Fig.12 - Base-Emitter saturation voltage typical values -1 CEsat, (m) BEsat, (m) C;IC/IB= RE: Page 4

5 Reel Taping Specification P P1 d F E W XX B 12 o D2 D1 D W1 SYMBOL B C d D D1 D2 (mm) 3.15 ± ± ± ± ± ± ±.5 (inch).124 ±.4.19 ±.4.48 ±.4.59 ± ± ± ±.2 SYMBOL (mm) E F P P P1 W W ± ±.5 4. ±.1 4. ±.1 2. ± / ± 1. (inch).69 ± ± ± ±.4.79 ± / ±.39 RE: Page 5

6 Marking Code Part Number Marking Code -HF 3 3 -HF 3E -HF 3J XX B-HF B-HF B-HF C-HF C-HF 3B 3F 3K 3G 3L 1 2 xx = Product type marking code Suggested PD Layout SIZE (mm) (inch).9.35 B B.8.31 D C D C Standard Packaging Case Type Qty Per Reel (Pcs) 3, Reel Size (inch) 7 RE: Page 6