Description .1 Specifications .3 Absolute Maximum Ratings4 ESD Caution .4 Pin Configuration and Function Descriptions..5 Typical Performance Characteristics6 Theory of Operation 9 Bias Control Interface9 GARD Interface .9 VCLH Interface ..10 Noise Performance10 Response Time .10 Device Protection..10 Applications .11 Supply Tracking Mode11 Translinear Log Amp Interfacing11 Characterization Methods..12 Evaluation Board .14 Outline Dimensions..16 Ordering Guide ..16 REVISION HISTORY 7/05 Revision 0: Initial Version ADL5317 Rev. 0 | Page 3 of 16 SPECIFICATIONSVPHV = 78 V, VPLV = 5 V, VAPD = 60 V, IAPD = 5 A, TA = 25C, unless otherwise noted. Table 1. Parameter Min Typ Max Unit Conditions CURRENT MONITOR OUTPUT IPDM (Pin 11)Current Gain from VAPD to IPDM 0.198 0.200 0.202 A/A TA = 25C 0.193 0.207 40C < TA < +85C 0.25 1.6 % 10 nA < IAPD < 1 mA Nonlinearity 0.5 3.0 % 5 nA < IAPD < 5 mA 2 kHz IAPD = 5 nA, VPHV = 60 V, VAPD = 30 V Small-Signal Bandwidth 2 MHz IAPD = 5 A, VPHV = 60 V, Features .1 Applications 1 Functional Block Diagram..1 General Description .1 Specifications .3 Absolute Maximum Ratings4 ESD Caution .4 Pin Configuration and Function Descriptions..5 Typical Performance Characteristics6 Theory of Operation 9 Bias Control Interface9 GARD Interface .9 VCLH Interface ..10 Noise Performance10 Response Time .10 Device Protection..10 Applications .11 Supply Tracking Mode11 Translinear Log Amp Interfacing11 Characterization Methods..12 Evaluation Board .14 Outline Dimensions..16 Ordering Guide ..16 REVISION HISTORY 7/05 Revision 0: Initial Version ADL5317 Rev. 0 | Page 3 of 16 SPECIFICATIONSVPHV = 78 V, VPLV = 5 V, VAPD = 60 V, IAPD = 5 A, TA = 25C, unless otherwise noted. Table 1. Parameter Min Typ Max Unit Conditions CURRENT MONITOR OUTPUT IPDM (Pin 11)Current Gain from VAPD to IPDM 0.198 0.200 0.202 A/A TA = 25C 0.193 0.207 40C < TA < +85C 0.25 1.6 % 10 nA < IAPD < 1 mA Nonlinearity 0.5 3.0 % 5 nA < IAPD < 5 mA 2 kHz IAPD = 5 nA, VPHV = 60 V, Specificat