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AD5522JSVDZ 数据表(PDF) 9 Page - Analog Devices |
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AD5522JSVDZ 数据表(HTML) 9 Page - Analog Devices |
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9 / 65 page  AD5522 Data Sheet Rev. E | Page 8 of 64 Parameter Min Typ 1 Max Unit Test Conditions/Comments CURRENT CLAMPS Clamp Accuracy Programmed clamp value Programmed clamp value ± 10 % FSC MI gain = 10, clamp current scales with selected range Programmed clamp value Programmed clamp value ± 20 % FSC MI gain = 5, clamp current scales with selected range CLL to CLH2 5 % of IRANGE CLL < CLH and minimum setting apart, MI gain = 10 10 % of IRANGE CLL < CLH and minimum setting apart, MI gain = 5 Recovery Time2 0.5 1.5 μs Activation Time2 1.5 3 μs FOHx, EXTFOHx, EXTMEASILx, EXTMEASIHx, CFFx PINS Pin Capacitance2 10 pF Leakage Current −3 +3 nA Individual pin on or off switch leakage, measured with ±11 V stress applied to pin, channel enabled, but tristate Leakage Current Tempco2 ±0.01 nA/°C MEASVHx PIN Pin Capacitance2 3 pF Leakage Current −3 +3 nA Measured with ±11 V stress applied to pin, channel enabled, but tristate Leakage Current Tempco2 ±0.01 nA/°C SYS_SENSE PIN SYS_SENSE connected, force amplifier inhibited Pin Capacitance2 3 pF Switch Impedance 1 1.3 kΩ Leakage Current −3 +3 nA Measured with ±11 V stress applied to pin, switch off Leakage Current Tempco2 ±0.01 nA/°C SYS_FORCE PIN SYS_FORCE connected, force amplifier inhibited Pin Capacitance2 6 pF Switch Impedance 60 80 Ω Leakage Current −3 +3 nA Measured with ±11 V stress applied to pin, switch off Leakage Current Tempco2 ±0.01 nA/°C COMBINED LEAKAGE AT DUT Includes FOHx, MEASVHx, SYS_SENSE, SYS_FORCE, EXTMEASILx, EXTMEASIHx, EXTFOHx, and CFFx; calculation of all the individual leakage contributors Leakage Current −15 +15 nA TJ = 25°C to 70°C −25 +25 nA TJ = 25°C to 90°C Leakage Current Tempco2 ±0.1 nA/°C DUTGNDx PIN Voltage Range −500 +500 mV Leakage Current −30 +30 nA MEASOUTx PIN With respect to AGND Output Voltage Span 22.5 V Software programmable output range Output Impedance 60 80 Ω Output Leakage Current −3 +3 nA With SW12 off Output Capacitance2 15 pF Maximum Load Capacitance2 0.5 μF Output Current Drive2 2 mA Short-Circuit Current −10 +10 mA Slew Rate2 2 V/μs Enable Time2 150 320 ns Closing SW12, measured from BUSY rising edge Disable Time2 400 1100 ns Opening SW12, measured from BUSY rising edge MI to MV Switching Time2 200 ns Measured from BUSY rising edge; does not include slewing or settling |
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