PA61M

PA61M/883 Table 4 Group A Inspection SG Parameter Symbol Temp. Power Test Conditions Min Max Units IQ 25°C ±32V VIN = 0, AV = 100 10 mA Input Offset Voltage VOS 25°C ±32V VIN = 0, AV = 100 ±6 mV 1 Input Offset Voltage VOS 25°C ±10V VIN = 0, AV = 100 ±10.4 mV 1 Input Offset Voltage VOS 25°C ±45V VIN = 0, AV = 100 ±8.6 mV 1 Input Bias Current, +IN +IB 25°C ±32V VIN = 0 ±30 nA 1 Input Bias Current, –IN –IB 25°C ±32V VIN = 0 ±30 nA 1 Input Offset Current IOS 25°C ±32V VIN = 0 ±30 nA 3 Quiescent Current IQ –55°C ±32V VIN = 0, AV = 100 10 mA 3 Input Offset Voltage VOS –55°C ±32V VIN = 0, AV = 100 ±11.2 mV 3 Input Offset Voltage VOS –55°C ±10V VIN = 0, AV = 100 ±15.6 mV 3 Input Offset Voltage VOS –55°C ±45V VIN = 0, AV = 100 ±13.8 mV 3 Input Bias Current, +IN +IB –55°C ±32V VIN = 0 ±115 nA 3 Input Bias Current, –IN –IB –55°C ±32V VIN = 0 ±115 nA 3 Input Offset Current IOS –55°C ±32V VIN = 0 ±115 nA 2 Quiescent Current IQ 125°C ±32V VIN = 0, AV = 100 15 mA 2 Input Offset Voltage VOS 125°C ±32V VIN = 0, AV = 100 ±12.5 mV 2 Input Offset Voltage VOS 125°C ±10V VIN = 0, AV = 100 ±16.9 mV 2 Input Offset Voltage VOS 125°C ±45V VIN = 0, AV = 100 ±15.1 mV 2 Input Bias Current, +IN +IB 125°C ±32V VIN = 0 ±70 nA 2 Input Bias Current, –IN –IB 125°C ±32V VIN = 0 ±70 nA 2 Input Offset Current IOS 125°C ±32V VIN = 0 ±70 nA 4 Output Voltage, IO = 10A VO 25°C ±17V RL = 1 Ω 10 V 4 Output Voltage, IO = 80mA VO 25°C ±45V RL = 500 Ω 40 V 4 Output Voltage, IO = 4A VO 25°C ±30V RL = 6 Ω 24 V 4 Current Limits ICL 25°C ±15V RL = 6 Ω, RCL = 1 Ω .56 4 Stability/Noise EN 25°C ±32V RL=500 Ω, AV= 1, CL=10nF 4 Slew Rate SR 25°C ±32V RL = 500 Ω 1 4 Open Loop Gain AOL 25°C ±32V RL = 500 Ω, F = 10 Hz 96 dB 4 Common Mode Rejection CMR 25°C ±15V 74 dB 1 Quiescent Current 1 www.apexanalog.com RL = 500 Ω, F = DC, VCM = ±9V © Apex Microtechnology Inc. All rights reserved .88 A 1 mV 10 V/µs Dec 2015 PA61MU Rev I PA61M/883 SG Parameter Symbol Temp. Power Test Conditions 6 Output Voltage, IO = 10A VO –55°C 6 Output Voltage, IO = 80mA VO 6 Output Voltage, IO = 4A 6 Min Max Units 10 V –55°C ±17V RL = 1 Ω ±45V RL = 500 Ω 40 V VO –55°C ±30V RL = 6 Ω 24 V Stability/Noise EN –55°C 6 Slew Rate SR –55°C ±32V RL=500 Ω, AV=1, CL= 10nF ±32V RL = 500 Ω 6 Open Loop Gain AOL –55°C 6 Common Mode Rejection CMR –55°C 5 Output Voltage, IO = 8A VO 5 Output Voltage, IO = 80mA 5 1 1 mV 10 V/µs ±32V RL = 500 Ω, F = 10 Hz RL = 500 Ω, F = DC, VCM = ±15V ±9V 96 dB 74 dB 125°C ±15V RL = 1 Ω 8 V VO 125°C ±45V RL = 500 Ω 40 V Output Voltage, IO = 4A VO 125°C 24 V 5 Stability/Noise EN 125°C ±30V RL = 6 Ω ±32V RL=500 Ω, AV =1, CL=10nF 5 Slew Rate SR 125°C 1 5 Open Loop Gain AOL 125°C ±32V RL = 500Ω ±32V RL = 500Ω, F = 10Hz 5 Common Mode Rejection CMR 125°C ±15V 2 RL = 500Ω, F = DC, VCM = ±9V 1 mV 10 V/µs 96 dB 74 dB PA61MU Rev I PA61M/883 BURN IN CIRCUIT Figure 1: 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 tempera‐ ture = 125°C. 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