IOB102 Search Results

Contextual Info: \ J 13 NO. OF CKTS. 2 3 - 4 5 I 6 _ 7 8 H 9 - IO II G I2 I3 I4 F I5 I6 I7 E IS I9 - 20 12 7 .37 .2 9 0 ( I5.29 ) ( 11.89 ( I9.25 .758 ( 7.9 2 ) ( 15.85 ( 2 3 .2 2 ) ) ( I5 .6 0 ) ) ( 19.56 .7 7 0 ) ( 2 3 .5 2 ) (3 5 .1 0 ) (3 1 .7 0

KT835B

Abstract: B0544 b0202 2SB75 2SB55B 2SB946 2SB61B 2SB61 2N5981 2SB518
Contextual Info: POWER SILICON PNP Item Number Part Number Manufacturer Ic Max A V(BR)CEO Min (V) fT hFE Max (Hz) ICBO Max (A) t, Max (8) tf Max (8) PD Max (W) TOper Max (Oe) Package Style I(C) >= 5 A, (Co nt' d) 5 -10 2SB1224 MJF6107 2N61 06 2N6107 40874 2N6134 B0722 2N5872

2SA490-0

Abstract: B0934 2SA699A matsua 2SB435Y 1S2525 2sb856 043C4 MJ2253 2SA1359Y MJE2370
Contextual Info: POWER SILICON PNP Item Number Part Number I C 5 10 15 20 25 30 >= 40 - 45 50 B0934 B0934F B0934F 043C5 043C6 B0132 2N3025 PTC142 2SB744 2SB744 2SB503A 2SB503A-R 2SA748 2SA748 KT816B 2SA670 2SA671 2SB434 2SB434 ~~~:~:G-R 55 60 65 - 70 IOB434 2SB434R 2SB503A-O

AF3 din 74

Abstract: 212 15 g18 PQFP-128 datasheet VANTIS A10 bga Octal Latches open collector AC25 AF23 IOB80 M275
Contextual Info: PRELIMINARY VF1 FPGA Family FEATURES AND BENEFITS ◆ The industry’s first Variable-Grain-Architecture enables high-density, high-performance ◆ ◆ ◆ ◆ Publication# VF1003-DS-1 Amendment/0 Issue Date: November 1998 VF1 FPGA Family ◆ designs for a wide range of applications

DS040

Abstract: l6232
Contextual Info: PRELIMINARY VF1 FPGA Family BEY O N D PER FO RM AN C E FEATURES AND BENEFITS P u b lic atio n # V F 1003-D S-1 A m en d m en t/O Issu e D ate: N o v e m b e r 1 9 9 8 VF1 FPGA Family ♦ The industry's first Variable-Grain-Architecture enables high-density, high-performance

FEPROM

Abstract: YL41 10B60 LM 10841 7v71 10B28 U131-1-2
Contextual Info: PRELIM INARY VF1 FPGA Family B EY O N D P ER F O R M A N C E FEATURES AND BENEFITS ♦ The industry’s first Variable-Grain-Architecture enables high-density, high-performance designs for a wide range of applications — Architecture adapts to logic to enable synthesis-friendly, high-performance designs