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/fhbujwf7pmubhf3fhvmbupst 4fsjft 359 3 /fhbujwf7pmubhf3fhvmbupst 4fsjft (fofsbm%ftdsjqujpo 'fbuvsft "qqmjdbujpot 5zqjdbm"qqmjdbujpo$jsdvju 5zqjdbm1fsgpsnbodf $ibsbdufsjtujd the xc62k series are highly precise, low power consumption, negative voltage regulators, manufactured using cmos and laser trimming technologies. the series achieves high output currents with small input- output voltage differentials, and consists of a high precision voltage reference, an error correction circuit, and an output driver with current limitation. sot-23 (150mw), sot-89 (500mw) and to-92 (300mw) packages are available. ultra small input-output voltage differential : 50ma output possible with a 0.12v differential (v out =-5.0v). maximum output current : 100ma (within max. power dissipation, v out = -5.0v) output voltage range : -2.1v ~ -6.0v in 0.1v increments. -5.0, -4.0, -3.0v, -2.5v standard. (all other voltages are semi-custom) highly accurate : output voltage ?% (?% for semi-custom products) low power consumption : typ. 3.0 a @ v out = -5.0v output voltage temperature characteristics : typ. ?00ppm/? input stability : typ. 0.1%/v ultra small packages : sot- 23 (150mw) mini-mold, sot-89 (500mw) mini-power mold to-92 (300mw) battery powered equipment portable & cellular phones various portable equipment power supply for gaas applications cmos low power consumption small input-output voltage differential : 0.12v @ 50ma, 0.38v @ 100ma maximum output current : 100ma (v out =-5.0v) highly accurate : 2% (1%) output voltage range : -2.1v~ -6.0v supply current : 3.0 a (v out =-5.0v) sot-23/sot-89/to-92 package 7 065 7 */ 7 44 */ $ */ $ - 065 ' 5boubmvn ' 5boubmvn 4vqqmz$vssfou*tt " *oqvu7pmubhf7 */ 7 9$,/7 5pqs1? ? ? 4@9$,1.??
9$, 4fsjft 360 3 1jo$pogjhvsbujpo 1jo"ttjhonfou 1spevdu$mbttjgjdbujpo ordering information pin number sot-23 to-92 pin name function 2 3 power supply input ground output 32 1 sot-89 3 2 11 v in v ss v out 405 5017*&8 405 5017*&8 7 */ 7 065 + 065 + */ 7 44 7 44 designator a e f b c d description designator description polarity of output voltage n=negative output voltage 30 = 3.0v 50 = 5.0v temperature characteristics 0= 100ppm/ c (typical) accuracy 1= 1.0%(semi-custom products) 2= 2.0% package type m=sot-23 p=sot-89 t=to-92 (standard) device orientation r=embossed tape (standard feed) l=embossed tape (reverse feed) h=paper tape (to-92) b=bag (to-92) 9$,9999999 a b a c a d a e a f a g 123 50 5017*&8 7 44 7 */ 7 065 4@9$,1.??
9$, 4fsjft 361 3 1bdlbhjoh*ogpsnbujpo sot-23 sot-89 ? ? ? ? njo ? ? ? njo nby ? ? ? ? ? ? 4@9$,1.??
9$, 4fsjft 362 3 .bsljoh sot-23, sot-89 q moufhsbm/vncfspg0vuqvu7pmubhf designator 2 3 4 voltage(v) 2. w 3. w 4. w designator 5 6 voltage(v) 5. w 6. w w %fdjnbmovncfspg0vuqvu7pmubhf designator a b c d e f h k l m q .0 q .1 q .2 q .3 q .4 q .5 q .6 q .7 q .8 q .9 voltage(v) designator voltage(v) 405 5017*&8 405 5017*&8 to-92 ? njo ? ? ? e 1pmbsjuzpg0vuqvu7pmubhf designator polarity 5 negative r "ttfncmz-pu/vncfs #btfepojoufsobmtuboebset 4@9$,1.??
9$, 4fsjft 363 3 "ctpmvuf.byjnvn3bujoht #mpdl%jbhsbn to-92 parameter input voltage output voltage sot-23 continuous total power dissipation to-92 operating ambient temperature storage temperature ratings 12 v dd 0.3 ~ v in + 0.3 150 300 sot-89 500 30 ~ + 80 40 ~ + 125 units v v mw c c symbol v in v out output current 200 mai out p d t opr t stg ta=25 c please ensure that i out is less than pd (v out - v in ) note: $vssfou -jnju 7sfg 7 44(/% 7 */ 7 065 2 3 4 5 6 7 1 5055zqf 5017*&8
, q 3fqsftfoutuif1pmbsjuzpg0vuqvu7pmubhf %&4*(/"503 065165$0/'*(63"5*0/ / we 3fqsftfoutuif%fufdu7pmubhf w e %&4*(/"503 70-5"(&7 r 3fqsftfoutuifufnqfsbuvsf$ibsbdufsjtujdt %&4*(/"503 5&.1&3"563&$)"3"$5&3*45*$4 51:?qqn %&4*(/"503 %&5&$570-5"(&"$$63"$: xjuijo??tfnjdvtupn xjuijo?? t 3fqsftfoutuif%fufdu7pmubhf"ddvsbdz y 3fqsftfoutbmfbtutjhojgjdbouejhjupguif qspevdfezfbs %&4*(/"503 130%6$&%:&"3 u %fopuftuifqspevdujpompuovncfs up "up;sfqfbufe (*+028fydfqufe
4@9$,1.??
9$, 4fsjft 364 3 xc62kn5002 v out (t)= 5.0v ta=25 c parameter units load stability ? v out 40 80 mv maximum output current i out max. 100 ma input/output voltage differential vdif 120 380 300 600 mv input stability 0.1 0.3 %/v output voltage temperature characteristics 100 ppm/ c output voltage v out (e) v out (t) 5.0 ? 0.98 4.90 ? 1.02 5.10 v ? v out ? v in v out ? v out ? topr v out i out =20ma v in = 6.0v v in = 6.0v 1ma i out 50ma i out =20ma 6.0v v in 10.0v i out =20ma 30 c topr 80 c i out =50ma i out =100ma v in = 6.0v, v out (e) 4.5v supply current i ss av in = 6.0v 3.0 7.0 input voltage v in v 10.0 parameter symbol conditions min typ max units load stability ? v out 40 80 mv maximum output current i out max. 80 ma input/output voltage differential vdif 120 380 300 600 mv input stability 0.1 0.3 %/v output voltage temperature characteristics 100 ppm/ c output voltage v out (e) v out (t) 4.0 ? 0.98 3.92 ? 1.02 4.08 v ? v out ? v in v out ? v out ? topr v out i out =20ma v in = 5.0v v in =-5.0v 1ma i out 45ma i out =20ma 5.0v v in 10.0v i out =20ma 30 c topr 80 c i out =45ma i out =90ma v in = 5.0v, v out (e) 3.6v supply current i ss av in = 5.0v 3.0 6.5 input voltage v in v 10.0 ta=25 c symbol conditions maxmin typ 1. v out (t)=specified output voltage 2. v out (e)=effective output voltage (i.e. the output voltage when "v out (t) -1.0v" is provided at the v in pin while maintaining a certain i out value). 3. vdif = {v in 1 - v out 1} 4. v out 1 =a voltage equal to 98% of the output voltage whenever an amply stabilised i out {v out (t) -1.0v} is input. 5. v in 1=the input voltage when a voltage equal to 98% of v out (e) appears. (input voltage is gradually decreased.) 6. i out max=please ensure that output current is within the values given for power dissipation. note: xc62kn4002 v out (t)= 4.0v &mfdusjdbm$ibsbdufsjtujdt 4@9$,1.??
9$, 4fsjft 365 3 5zqjdbm"qqmjdbujpo$jsdvju standard circuit %jsfdujpotgpsvtf xc62kn3002 v out (t)= 3.0v ta=25 c parameter units load stability ? v out 40 80 mv maximum output current i out max. 60 ma input/output voltage differential vdif 120 380 300 600 mv input stability 0.1 0.3 %/v output voltage temperature characteristics 100 ppm/ c output voltage v out (e) v out (t) 3.0 ? 0.98 2.94 ? 1.02 3.06 v ? v out ? v in v out ? v out ? topr v out i out =20ma v in = 4.0v v in = 4.0v 1ma i out 40ma i out =20ma 4.0v v in 10.0v i out =20ma 30 c topr 80 c i out =40ma i out =80ma v in = 4.0v, v out (e) 2.7v supply current i ss av in = 4.0v 2.5 6.0 input voltage v in v 10.0 symbol conditions maxmin typ 1. v out (t)=specified output voltage 2. v out (e)=effective output voltage (i.e. the output voltage when "v out (t) -1.0v" is provided at the v in pin while maintaining a certain i out value). 3. vdif = {v in 1 - v out 1} 4. v out 1 =a voltage equal to 98% of the output voltage whenever an amply stabilised i out {v out (t) -1.0v} is input. 5. v in 1=the input voltage when a voltage equal to 98% of v out (e) appears. (input voltage is gradually decreased.) 6. i out max=please ensure that output current is within the values given for power dissipation. note: 7 065 7 */ 7 44 */ $ */ $ - 065 ' 5boubmvn ' 5boubmvn notes on use please ensure that values for c in and c l are more than 1 f (tantalum). 4@9$,1.??
9$, 4fsjft 366 3 5ftu$jsdvjut 1. supply current 2. output voltage 3. input stability, input/output voltage differential 4. load stability, maximum output current " 7 7 */ 7 */ 7 */ 7 44 7 */ 7 065 7 44 7 */ 5ifnfbtvsfnfouwbmvfbuuifujnf7 */ 7 065 uzq
7 jtefgjofebtpvuqvuwpmubhf y7 ejg 17 */ 7 065 ? y7 065 "wpmubhffrvbmuppgpvuqvuwpmubhf xifobtubcmftfuvqwpmubhf7jtjoqvu y7 */ 5ifjoqvuwpmubhfxifo7 065 jtpvuqvu 7 065 * 065 7 7 44 7 */ 7 065 * 065 7 7 44 7 */ 7 065 * 065 ' 5boubmvn ' 5boubmvn 7 */ ' 5boubmvn ' 5boubmvn ' 5boubmvn ' 5boubmvn 4@9$,1.??
9$, 4fsjft 367 3 5zqjdbm1fsgpsnbodf$ibsbdufsjtujdt (1) output voltage vs. output current 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n" 9$,/7yy y 7 */ 1 7 5pqs1 ? ? ? 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n" 9$,/7yy 7 */ 1 7 5pqs1 ? ? ? 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n" 9$,/7yy 7 */ 1 7 5pqs1 ? ? ? 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n" 9$,/7yy 7 */ 1 7 5pqs1 ? ? ? 5 pqs 1 ? 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n" 9$,/7yy 7 */ 1 7 5pqs1 ? ? ? 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n" 9$,/7yy 7 */ 1 7 5pqs1 ? ? ? 4@9$,1.??
9$, 4fsjft 368 3 (2) output voltage vs. input voltage 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 9$,/7yy 5pqs1? * 065 1n" n" n" 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 9$,/7yy 5pqs1? * 065 1n" n" n" 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 9$,/7yy 5pqs1? * 065 1n" n" n" 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 9$,/7yy 5pqs1? * 065 1n" n" n" *oqvu7pmubhf7 */ 7 9$,/7yy 5pqs1? * 065 1n" n" n" 0vuqvu7pmubhf7 065 7 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 9$,/7yy 5pqs1? * 065 1n" n" n" 4@9$,1.??
9$, 4fsjft 369 3 *oqvu0vuqvu7pmubhf%jgg7ejg n 7 *oqvu0vuqvu7pmubhf%jgg7ejg n 7 *oqvu0vuqvu7pmubhf%jgg7ejg n 7 0vuqvu$vssfou* 065 n" 9$,/7 5pqs1? ? ? 0vuqvu$vssfou* 065 n" 9$,/7 5pqs1? ? ? 0vuqvu$vssfou* 065 n" 9$,/7 5pqs1? ? ? 4vqqmz$vssfou*tt " *oqvu7pmubhf7 */ 7 9$,/7 5pqs1? ? ? 4vqqmz$vssfou*tt " *oqvu7pmubhf7 */ 7 9$,/7 5pqs1? ? ? 4vqqmz$vssfou*tt " *oqvu7pmubhf7 */ 7 9$,/7 5pqs1? ? ? 4vqqmz$vssfou*tt " *oqvu7pmubhf7 */ 7 9$,/7 5pqs1? ? ? 4vqqmz$vssfou*tt " *oqvu7pmubhf7 */ 7 9$,/7 5pqs1? ? ? 4vqqmz$vssfou*tt " *oqvu7pmubhf7 */ 7 9$,/7 5pqs1? ? ? (3) input/output voltage differential vs. output current (4) supply current vs. input voltage 4@9$,1.??
9$, 4fsjft 370 3 0vuqvu7pmubhf7 065 7 "ncjfou5fnq5pqs ? 9$,/7yy 7 */ 17 * 065 1n" n" n" 0vuqvu7pmubhf7 065 7 "ncjfou5fnq5pqs ? 9$,/7yy 7 */ 17 * 065 1n" n" n" 0vuqvu7pmubhf7 065 7 "ncjfou5fnq5pqs ? 9$,/7yy 7 */ 17 * 065 1n" n" n" 4vqqmz$vssfou*tt " "ncjfou5fnq5pqs ? 9$,/7yy 7 */ 1 7 7 4vqqmz$vssfou*tt " "ncjfou5fnq5pqs ? 9$,/7yy 7*/1 7 7 4vqqmz$vssfou*tt " "ncjfou5fnq5pqs ? 9$,/7yy 7 */ 1 7 7 *oqvu7pmubhf7 */ 7 5jnfntfdejw 9$,/7yy * 065 1n"y$ */ $ - 1 'y5pqs1? 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf7 */ 7 5jnfntfdejw 9$,/7yy * 065 1n"y$ */ $ - 1 'y5pqs1? 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 5jnfntfdejw 9$,/7yy * 065 1n"y$ */ $ - 1 'y5pqs1? 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 5jnfntfdejw 9$,/7yy * 065 1n"y$ */ $ - 1 'y5pqs1? 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 5jnfntfdejw 9$,/7yy * 065 1n"y$ */ $ - 1 'y5pqs1? 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 5jnfntfdejw 9$,/7yy * 065 1n"y$ */ $ - 1 'y5pqs1? 0vuqvu7pmubhf7 065 7 (5) output voltage vs. ambient temperature (6) supply current vs. ambient temperature (7) input transient response 1 *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 0vuqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 4@9$,1.??
9$, 4fsjft 371 3 *oqvu7pmubhf7 */ 7 5jnfntfdejw 9$,/7 * 065 1n"y$ */ $ - 1 'y5pqs1? 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf7 */ 7 5jnfntfdejw 9$,/7 * 065 1n"y$ */ $ - 1 'y5pqs1? 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 5jnfntfdejw 9$,/7 * 065 1n"y$ */ $ - 1 'y5pqs1? 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 5jnfntfdejw 9$,/7 * 065 1n"y$ */ $ - 1 'y5pqs1? 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 0vuqvu7pmubhf7 065 7 *oqvu7pmubhf7 */ 7 0vuqvu7pmubhf7 065 7 5jnfntfdejw 9$,/7 * 065 1n"y$ */ $ - 1 'y5pqs1? 5jnfntfdejw 9$,/7 * 065 1n"y$ */ $ - 1 '5pqs1? 5jnfntfdejw 9$,/7 * 065 1n"y$ */ $ - 1 'y5pqs1? 5jnfntfdejw 9$,/7 * 065 1n"y$ */ $ - 1 'y5pqs1? 5jnfntfdejw 9$,/7 * 065 1n"y$ */ $ - 1 'y5pqs1? 5jnfntfdejw 9$,/7 * 065 1n"y$ */ $ - 1 'y5pqs1? 5jnfntfdejw 9$,/7 * 065 1n"y$ */ $ - 1 'y5pqs1? 5jnfntfdejw 9$,/7 * 065 1n"y$ */ $ - 1 'y5pqs1? (7) input transient response 1 (8) input transient response 2 *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 0vuqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 0vuqvu7pmubhf *oqvu7pmubhf 4@9$,1.??
9$, 4fsjft 372 3 0vuqvu7pmubhf7 065 7 5jnfntfdejw 9$,/7 7 */ 17y$ */ $ - 1 'y5pqs1? 0vuqvu$vssfou* 065 n " 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n " 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n " 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n " 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n " 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n " 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n " 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n " 0vuqvu7pmubhf7 065 7 0vuqvu$vssfou* 065 n " 0vuqvu7pmubhf n" n" 5jnfntfdejw 9$,/7 7 */ 17y$ */ $ - 1 'y5pqs1? n" n" 5jnfntfdejw 9$,/7 7 */ 17y$ */ $ - 1 'y5pqs1? n" n" 5jnfntfdejw 9$,/7 7 */ 17y$ */ $ - 1 'y5pqs1? n" n" 5jnfntfdejw 9$,/7 7 */ 17y$ */ $ - 1 'y5pqs1? n" n" 5jnfntfdejw 9$,/7 7 */ 17y$ */ $ - 1 'y5pqs1? n" n" 5jnfntfdejw 9$,/7 7 */ 17y$ */ $ - 1 'y5pqs1? n" n" 5jnfntfdejw 9$,/7 7 */ 17y$ */ $ - 1 'y5pqs1? n" n" 5jnfntfdejw 9$,/7 7 */ 17y$ */ $ - 1 'y5pqs1? n" n" 3jqqmf3fkfdujpo3buf33 e # 3jqqmf'sfrvfodzgl)[ 3jqqmf3fkfdujpo3buf33 e # 3jqqmf'sfrvfodzgl)[ 3jqqmf3fkfdujpo3buf33 e # 3jqqmf'sfrvfodzgl)[ 7 */ 17 %$ 7qq"$$ */ $ - 1 ' * 065 1n"5pqs1? 9$,/7 7 */ 17 %$ 7qq"$$ */ $ - 1 ' * 065 1n"5pqs1? 9$,/7 7 */ 17 %$ 7qq"$$ */ $ - 1 ' * 065 1n"5pqs1? 9$,/7 (9) load transient response (10) ripple rejection rate 0vuqvu$vssfou 0vuqvu7pmubhf 0vuqvu7pmubhf 0vuqvu7pmubhf 0vuqvu$vssfou 0vuqvu$vssfou 0vuqvu$vssfou 0vuqvu$vssfou 0vuqvu$vssfou 0vuqvu$vssfou 0vuqvu$vssfou 0vuqvu$vssfou 0vuqvu7pmubhf 0vuqvu7pmubhf 0vuqvu7pmubhf 0vuqvu7pmubhf 0vuqvu7pmubhf 4@9$,1.??

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