pa51m/883 pa51mu 1 pa51m/883 sg parameter symbol temp. power test conditions min max units 1 quiescent current i q 25c 34v v in = 0, a v = 100, r cl = .1 10 ma 1 input offset voltage v os 25c 34v v in = 0, a v = 100 10 mv 1 input offset voltage v os 25c 10v v in = 0, a v = 100 16 mv 1 input offset voltage v os 25c 40v v in = 0, a v = 100 11.2 mv 1 input bias current, +in +i b 25c 34v v in = 0 40 na 1 input bias current, C in Ci b 25c 34v v in = 0 40 na 1 input offset current i os 25c 34v v in = 0 10 na 3 quiescent current i q C55c 34v v in = 0, a v = 100, r cl = .1 10 ma 3 input offset voltage v os C55c 34v v in = 0, a v = 100 15.2 mv 3 input offset voltage v os C55c 10v v in = 0, a v = 100 21.2 mv 3 input offset voltage v os C55c 40v v in = 0, a v = 100 16.4 mv 3 input bias current, +in +i b C55c 34v v in = 0 72 na 3 input bias current, Cin Ci b C55c 34v v in = 0 72 na 3 input offset current i os C55c 34v v in = 0 26 na 2 quiescent current i q 125c 34v v in = 0, a v = 100, r cl = .1 13 ma 2 input offset voltage v os 125c 34v v in = 0, a v = 100 16.5 mv 2 input offset voltage v os 125c 10v v in = 0, a v = 100 22.5 mv 2 input offset voltage v os 125c 40v v in = 0, a v = 100 17.7 mv 2 input bias current, +in +i b 125c 34v v in = 0 80 na 2 input bias current, Cin Ci b 125c 34v v in = 0 80 na 2 input offset current i os 125c 34v v in = 0 30 na 4 output voltage, i o =10a v o 25c 18v r l = 1 10 v 4 output voltage, i o = 68ma v o 25c 40v r l = 500 34 v 4 output voltage, i o = 4a v o 25c 30v r l = 6 24 v 4 current limits i cl 25c 16v r l = 1, r cl = .1 5 7.9 a 4 stability/noise e n 25c 34v r l = 500, a v = +1, c l = 1.5nf 1 mv 4 slew rate sr 25c 34v r l = 500 1.0 10 v/s 4 open loop gain a ol 25c 34v r l = 500, f = 10hz 94 db 4 common-mode rejection cmr 25c 15v r l = 500, f = dc, v cm = 9v 70 db 6 output voltage, i o =10a v o C55c 18v r l = 1 10 v 6 output voltage, i o = 68ma v o C55c 40v r l = 500 34 v 6 output voltage, i o = 4a v o C55c 30v r l = 6 24 v 6 stability/noise e n C55c 34v r l = 500, a v = +1, c l = 1.5nf 1 mv 6 slew rate sr C55c 34v r l = 500 1.0 10 v/s 6 open loop gain a ol C55c 34v r l = 500, f = 10hz 94 db 6 common-mode rejection cmr C55c 15v r l = 500, f = dc, v cm = 9v 70 db 5 output voltage, i o = 8a v o 125c 16v r l = 1 8 v 5 output voltage, i o = 68ma v o 125c 40v r l = 500 34 v 5 output voltage, i o = 4a v o 125c 30v r l = 6 24 v 5 stability/noise e n 125c 34v r l = 500, a v = +1, c l = 1.5nf 1 mv 5 slew rate sr 125c 34v r l = 500 1.0 10 v/s 5 open loop gain a ol 125c 34v r l = 500, f = 10hz 94 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. 100k 1 1 100k +15v C15v 5 6 2 7 1 8 3 20 * * * * u.u.t 4 table 4 group a inspection pa51m/883 p r o d u c t i n n o v a t i o n f r o m copyright ? cirrus logic, inc. 2009 (all rights reserved) http://www.cirrus.com sep 2009 apex ? pa51murevj p r o d u c t i n n o v a t i o n f r o m
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