SOT-23 TABLE 3 SILICON PLANAR MEDIUM and HIGH SPEED SWITCHING TRANSISTORS Devices in this table are suitable for general purpose, high speed switching and high frequency amplifier applications. Ratings and characteristics at 25C ambient temperature. Type n-p-n BCW60* BCW65t BCW66t BCX70* BSS66/66R BSS67/67R BSV62/62R p-n-p Bcwel* BCW67t BCW68t BCX71* BSS65/65R BSS69/69R BSS70/70R Maximum Ratings vane 32 32 45 45 40 40 12 32 32 45 45 12 40 40 Ie mA 200 1000 1000 200 200 200 200 200 1000 1000 200 200 200 200 Prot mw 150 350 350 150 200 200 200 160 350 350 150 200 200 200 he min/max a 120/630 100/630 100/630 120/630 50/150 100/300 40/120 120/630 100/630 100/630 120/630 40/150 50/150 100/300 Vee(sat) _ t \/Ver max at Ic/Ip mA/Volts (volts) mA 2/5 035 10/0:25 00/1 0-3 100/10 100/1 0:3 100/10 2/5 0-35 10/0-25 10/1 0-20 10/1 10/1 0:20 10/1 10/1 0-25 10/1 2/5 0-26 10/0:25 100/1 0-3 100/10 100/1 0-3 100/10 2/5 0-25 10/0-25 30/06 0-25 30/3 10/1 0-25 10/1 10/1 0:25 10/1 fr at Ie=10MA MHz2z(min) 126 100 100 125 250 300 400 100 100 100 100 400 200 250 Switching Times ton/tore at Ic/Ieylaa mA ns(max) 150/800 100/400 100/400 150/800 70/225 70/250 12/18 160/800 100/400 100/400 150/800 60/90 70/260 70/300 10/1 150/15 160/16 10/1 10/1 10/1 10/13 10/1 150/15 150/15 10/1 30/1 -5 10/1 10/4 *Available in selected gain categories see table 1. +Available in selected gain categories see table 2. TABLE 4 SILICON PLANAR VHF and UHF TRANSISTORS (n-p-n) Devices in this table are suitable for high frequency operation in amplifier, switching and oscillator circuits. Ratings and characteristics at 25C ambient temperature. Maximum Ratings hee _ fr -C,, at 1MHz Cre at MHz Type Vespo Veeco le Pree min/max at Ic/Vee MHz at Ic pF at Vce PF at Vcp Volts Volts mA mW mA/Volts (typ) (mA) (typ) Volts (max) Volts BFQ31/31A 30 15 100 200 20/100 3/1 600* 4 2:00t O85 1-7 10 BFS17/17R 25 15 60 200 20/150 2/1 1000 2 0:65 5 1-6 10 BFS20/20R 30 20 26 200 40/ 7/10 450 5 0-35 10 0:84 10 *Maximum +Minimum tTypical N.B. Values quoted under C,, and Cr for BFQ31/31A refer to input and output capacitance respectively. 11