apex microtechnology corporation ? telephone (520) 690-8600 ? fax (520) 888-3329 ? orders (520) 690-8601 ? email prodlit@apexmicrotech.com 1 sg parameter symbol temp. power test conditions min max units 1 quiescent current i q 25c 28v v in = 0, a v = 100 5 ma 1 input offset voltage v os 25c 28v v in = 0, a v = 100 10 mv 1 input offset voltage v os 25c 10v v in = 0, a v = 100 17.2 mv 1 input offset voltage v os 25c 30v v in = 0, a v = 100 10.8 mv 1 input bias current, +in +i b 25c 28v v in = 0 40 na 1 input bias current, Cin Ci b 25c 28v v in = 0 40 na 1 input offset current i os 25c 28v v in = 0 25 na 3 quiescent current i q C55c 28v v in = 0, a v = 100 5 ma 3 input offset voltage v os C55c 28v v in = 0, a v = 100 15.2 mv 3 input offset voltage v os C55c 10v v in = 0, a v = 100 22.4 mv 3 input offset voltage v os C55c 30v v in = 0, a v = 100 16 mv 3 input bias current, +in +i b C55c 28v v in = 0 72 na 3 input biascurrent, Cin Ci b C55c 28v v in = 0 72 na 3 input offset current i os C55c 28v v in = 0 60 na 2 quiescent current i q 125c 28v v in = 0, a v = 100 7 ma 2 input offset voltage v os 125c 28v v in = 0, a v = 100 16.5 mv 2 input offset voltage v os 125c 10v v in = 0, a v = 100 23.7 mv 2 input offset voltage v os 125c 30v v in = 0, a v = 100 17.3 mv 2 input bias current, +in +i b 125c 28v v in = 0 80 na 2 input bias current, Cin Ci b 125c 28v v in = 0 80 na 2 input offset current i os 125c 28v v in = 0 80 na 4 output voltage, i o = 5a v o 25c 18.3v r l = 2.07 10.3 v 4 output voltage, i o = 50ma v o 25c 30v r l = 500 25 v 4 output voltage, i o = 2a v o 25c 30v r l = 12 24 v 4 current limits i cl 25c 18v r l = 12, r cl = 1 .54 .86 a 4 stability/noise e n 25c 28v r l = 500, a v = 1, c l = 10nf 1 mv 4 slew rate sr 25c 28v r l = 500 1 10 v/s 4 open loop gain a ol 25c 28v r l = 500, f = 10hz 91 db 4 common mode rejection cmr 25c 15v r l = 500, f = dc, v cm = 9v 70 db 6 output voltage, i o = 5a v o C55c 18.3v r l = 2.07 10.3 v 6 output voltage, i o = 50ma v o C55c 30v r l = 500 25 v 6 output voltage, i o = 2a v o C55c 30v r l = 12 24 v 6 stability/noise e n C55c 30v r l = 500, a v = 1, c l = 10nf 1 mv 6 slew rate sr C55c 28v r l = 500 1 10 v/s 6 open loop gain a ol C55c 28v r l = 500, f = 10hz 91 db 6 common mode rejection cmr C55c 15v r l = 500, f = dc, v cm = 9v 70 db 5 output voltage, i o = 3a v o 125c 11.3v r l = 2.07 6.3 v 5 output voltage, i o = 50ma v o 125c 30v r l = 500 25 v 5 output voltage, i o = 2a v o 125c 30v r l = 12 24 v 5 stability/noise e n 125c 28v r l = 500, a v = 1, c l = 10nf 1 mv 5 slew rate sr 125c 28v r l = 500 1 10 v/s 5 open loop gain a ol 125c 28v r l = 500, f = 10hz 91 db 5 common mode rejection cmr 125c 15v r l = 500, f = dc, v cm = 9v 70 db burn in circuit * these components are used to stabilize device due to poor high frequency characteristics of burn in board. ** input signals are calculated to result in internal power dissipation of approximately 2.1w at case temperature = 125c. ??????? ?? ?? ??????? ???? ???? ? ? ? ? ? ? ????? ?? ? ????? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?????????????????????????? ????????? this data sheet has been carefully checked and is believed to be reliable, however, no responsibility is assumed for possible inaccuracies or omissions. all speci?cations are subject to change without notice. PA73Mu rev h december 2005 ? 2005 apex microtechnology corp.
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