-3096 --- 1 m3096v p. 1 6/12-led lotto game ic ? description ? feature m3096v is a low voltage 6/12-led controller ic cmos technology specially design for lotto game. operating voltage ? 1.35~5.00v dc low standby current < 5 a (@3vdc) the ic requires minimal external components. maximum 12 led can be connected as ? 12 or 6 led, lcn as center led, ic ? application example will automatically stop after 6 seconds 12 lamps lotto game 10 or 5 or 2 led, use power on/off 6 lamps dice game led will chase sequentially for a few 10 lamps bingo game cycles and randomly stop a t one led. 5 lamps bingo game ic directly drives piezo buzzer and 2 lamps big or small game generates sound effect which changes 1 0+2 lamps big or small game with led chasing spee d other lotto games single trigger input (high level) ? product type explanation (reference to p.3 application circuits) 1. 12 or 6 led + 1 led (center lcn led,auto chasing ) (1) holding sw, 12 led start to flash sequentially. lc n led flashes indepently. (2) after released sw, 10 and lcn led start to slow do wn flashing speed (3) when it stops at one led, lcn led keeps flashing. (4) after 10 seconds, all led turn off. ic enters stan dby mode. retriggering sw will re-start the above sequence. (5) ic can be connected as 12 or 6 led application. 2. 10 or 5 led + 2 led ( two center lcn led, for bi g or small) (1) holding sw1,10 led start to flash sequentially. two lcn led do not flash. (2) after released sw1, 10 led start to slow down f lashing speed. (3) when it stops at one led. press sw2, lcn(11 st and 12 nd ) led will flash and stop at one. (4) ic can be connected as 5, 10, 2 led. (5) using only 11 st and 12 nd led is for 2-led application. part number package type m3096v chip form 3906p 16 pin dip
-3096 --- 2 m3096v p. 2 6/12-led lotto game ic ic bonding pad diagram 16 pin dip package pin description pad dip symbol function 1 5 lcn center led output 2 3 4 5 6 7 6 7 8 9 10 11 k2/l6 l5 l4 l3 l2 l1 sw2 key input or led6/led12 output led5/led11 output led4/led10 output led3/led9 output led2/led8 output led1/led7 output 8 12 vss negative power supply 9 10 13 14 bz1 bz2 buzzer output port 1 buzzer output port 2 11 15 5/6 5(10)/6(12) led output selection pin 12 16 k1 sw1 key input 13 14 -- -- test1 test2 test pin (internal use) test pin (internal use) 15 1 vdd positive power supply 16 17 2 3 lp rp left output right output 17 16 15 14 9 kp lp ts2 vdd 1 1 lcn 10 11 5/6 bz2 bz1 m3096v 1870 x 1880 m m3096v vdd k1 lp 5/6 rp bz2 trig bz1 lcn vss k2/l6 l1 l5 l2 8 l4 9 l3 1 16 2 15 3 14 4 13 5 12 6 11 7 10 13 ts1 1 2 k2/l6 1 3 l5 1 4 l4 1 5 l3 1 6 l2 1 7 l1 1 8 vss 12 k1 ic substrate vdd
-3096 --- 3 m3096v p. 3 6/12-led lotto game ic ? application circuit a. auto power off (lotto game) (1) 6 led + 1 led (2) 12 led + 1 led b. power will not turn off automatically (bingo gam e) (1) 5 led + 2 led (2) 10 led + 2 led l1 l2 l3 l4 l5 l6 lcn vdd k1 vss bz1 bz2 m3096v attention to l1/l7 l2/l8 l3/l9 l4/l10 l5/l11 l6/l12 lcn vdd k1 vss rp lp bz1 bz2 m3096v vdd lcn l1 l2 l3 l4 l5 vdd 5/6 bz1 m3096v sw1 controls l1~l5 bz2 lp rp k1 k2(l6) vss ll lr sw1 sw2 ? +3v sw2 controls lrrp lcn l1/l7 l2/l8 l3/l9 l4/l10 l5/l11 m3096v ll rp lp bz1 bz2 vdd 5/6 k1 vss k2(l6) sw2 sw1 lr ?
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