1 1 M54583FP 8-unit 400ma darlington transistor array sink type 2012.may pin configuration description M54583FP is eight-circuit collector-current sink type darlington transistor arrays. the circuits are made of pnp and npn transistors. both the semiconductor integrated circuits perform high-current driving with extremely low input-current supply. features high breakdown voltage (bvceo > 50v) high-current driving (ic(max) = 400ma) active l-level input with input clamping diodes applications interfaces between microcomputers and high-voltage, high current drive systems, drives of relays and printers, and mos- bipolar logic ic interfaces function the M54583FP is produced by adding pnp transistors to m54585 inputs. eight circuits having active l-level inputs are provided. resistance of 7k and diode are provided in series between each input and pnp transistor base. the input diode is intended to prevent the flow of current from the input to the vcc. without this diode, the current flow from ?h? input to the vcc and the ?l? input circuits is activated, in such case where one of the inputs of the 8 circuits is ?h? and the others are ?l? to save power consumption. the diode is inserted to prevent such misoperation. this device is most suitable fo r a driver using nmos ic output especially for the driver of current sink. collector current is 400ma maxi mum. collector-emitter supply voltage is 50v. 3 4 5 6 7 8 9 10 18 17 16 15 14 13 12 11 o2 o3 o4 o5 o6 o7 o8 in2 in3 in4 in5 in6 in7 in8 gnd vcc 2 19 o1 in1 1 20 nc nc circuit diagram vcc output input gnd 7k 7k 3k 2.7k 7.2k ma 400 current per circuit output, l collector current i c ?55 + 125 storage temperature t stg ?20 + 75 operating temperature t opr w 1.10 ta = 25 , when mounted on board power dissipation p d v ?0.5 v cc input voltage v i v ?0.5 + 50 output , h collector-emitter voltage v ceo v 10 supply voltage v cc unit ratings conditions parameter symbol absolute maximum ratings (unless otherwise noted, ta = ?20 ~ +75 ) package type 20p2n-a nc : no connection output input the eight circuits share the vcc and gnd. the diode, indicated with the dotted line, is parasitic, and cannot be used. unit :
8-unit 400ma darlington transistor array sink type M54583FP 2 2012.may duty cycle no more than 10% v v cc -3.6 0 ?l? input voltage v il v v cc v cc -0.7 ?h? input voltage v ih 200 0 duty cycle no more than 34% ma 350 0 collector current (current per 1 circuit when 8 circuits are coming on simultaneously) i c v 8 5 4 supply voltage v cc max typ min unit limits parameter symbol recommended operating (unless otherwise noted, ta = ?20 ~ +75 ) switching characteristics (unless otherwise noted, ta = 25 i c = 200ma i c = 350ma 3500 2000 v ce = 4v, v cc = 5v, i c = 350ma, ta = 25 dc ? amplification ? factor hfe ma 3.0 1.9 v cc =5v,v i = vcc 3.6v supply current (one circuit coming on) i cc a 600 320 v i = v cc 3.6v input current i i 1.6 0.98 v 2.2 1.2 v i = v cc 3.6v collector-emitter saturation voltage v ce(sat) v 50 v s = ? 50v, ? v i = ? 0.2v collector \ emitter ? breakdown ? voltage v (br)ceo max typ min unit limits test conditions parameter symbol electrical characteristics (unless otherwise noted, ta = 20 75 ? 3200 ? turn-off time t off ? 130 ? c l = 15pf note 1 turn-on time t on max typ min unit limits test conditions parameter symbol * the typical values are those measured under ambient temperature (ta) of 25 . there is no guarantee that these valu es are obtained under any conditions. note 1 test circuit timing diagram output input 50% 50% on 50% 50% off 50 c l pg input output measured device (1) pulse generator (pg) characteristics: prr = 1khz, tw = 10 s, tr = 6ns, tf = 6ns, z o = 50 ,v i = 0.4 to 4v (2) input-output conditions : r l = 30 , vo = 10v , v cc = 4v (3) electrostatic capacity cl includes floating capacitance at connections and input capacitance at probes v cc r l
8-unit 400ma darlington transistor array sink type M54583FP 3 2012.may thermal derating factor characteristics ambient temperature ta ( ) power dissipation p d (w) output saturation voltage collector current characteristics output saturation voltage v ce(sat) (v) collector current i c (ma) duty-cycle-collector current characteristics duty cycle (%) collector current i c (ma) duty cycle (%) collector current i c (ma) duty-cycle-collector current characteristics input current i i( ma) input characteristics supply voltage-input voltage v cc ?v i (v) dc amplification factor collector current characteristics collector current i c (ma) dc amplification factor h fe ?the collector current values represent the current per circuit. ?repeated frequency > 10hz ?the value in the circle represents the value of the simultaneously-operated circuit. ?vcc=5v ?ta = 25 10 7 ta=25 ta=-20 ta=75 v cc =5v v ce =4v 5 3 2 3 10 2 7 5 3 2 10 7 5 3 2 3 10 2 7 5 3 2 10 1 012 45 0 -0.2 -0.6 -0.8 ta=75 3 -0.4 ta=-20 ta=25 v cc =5v 0 0.5 1.0 1.5 2.0 0 ta=25 ta=-20 ta=75 100 200 300 400 v i =1.4v v cc =5v ? 0 25 50 75 100 0 0.5 1.0 1.5 0 20 60 80 100 0 100 200 300 40 400 0 20 60 80 100 0 100 200 300 40 400 ?the collector current values represent the current per circuit. ?repeated frequency > 10hz ?the value in the circle represents the value of the simultaneously-operated circuit. ?vcc=5v ?ta = 85 -1.0 500 2.0 500 500 10 4
8-unit 400ma darlington transistor array sink type M54583FP 4 2012.may supply current i cc (ma) supply current characteristics supply voltage v cc (v) collector current i c (ma) grounded emitter transfer characteristics supply voltage-input voltage v cc ?v i (v) 01234 0 0 1 2 3 4 100 200 300 ta=25 ta=-20 ta=75 v cc =4v v ce =4v 024 810 ta=75 6 ta=-20 ta=25 v i =0v 5 400
8-unit 400ma darlington transistor array sink type M54583FP 5 2012.may ?
8-unit 400ma darlington transistor array sink type M54583FP 6 2012.may ? 2012 mitsubishi electric corporation. all rights reserved. ?O?v? ?|m? ????u???k?`? ???u ??`???Y??1?1?p ?? ???????]LO??O?`~O????? O???? Y??H? ?Y??????m?u???|Y??? Y?dg???C??b??g??? SZ??? ?Y??du??`??????????? p??v?C??? ?Y??du??`???????????Y?k r???C???Y??du???? ??u????????C??s ??_J??????C??`?` www.mitsubishie lectric.co.jp/s emiconductors????_??? ?Y??d?_?????Y??` ??p?????C???? ?Y??du??`??g????????? ??g??????gu???? ??u???m?????C?m??? ??? ?Y??d?u?????r??C??? ??????O?u???????Y??du?\ ????@C???? ??????H???C??s??? ?Y??d}u???????C?Z?? ?Y?v?????????C? ?s????
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