PA164PQ

PA164/PA165 High Voltage Power Operational Amplifiers RoHS COMPLIANT FEATURES • • • • • Monolithic MOS Technology for Amplifier Core High Voltage Operation (200V Output) Current Limit with Over-current Flag High Output Current 4A Peak or 10A Peak Amplifier Disable feature APPLICATIONS • • • • High Density Voltage or Current Supplies Electrostatic Transducer and Deflection Deformable Mirror Focusing Piezo Electric Positioning DESCRIPTION The PA164 and PA165 are high voltage MOSFET operational amplifiers with a monolithic amplifier core designed for high density power applications with high output currents or voltages. Both devices are designed for operation up to 200V, with the PA164 providing 1A and the PA165 4A of continuous current. Separate supplies for the amplifier core and the output stage optimize the overall power dissipation in the devices. Both devices offer a wide-range, temperature compensated current limit. An additional over-current flag allows for a flexible implementation of system protection, with an output disable function adding another layer of optional protection. External compensation provides the user flexibility in choosing optimum gain and bandwidth for the application. www.apexanalog.com © Apex Microtechnology Inc. All rights reserved Aug 2021 PA164/PA165U Rev F PA164/PA165 ESD CC1 CC2 -IN +IN Figure 1: PA 164/165 Block Diagram ESD ESD ESD OCFLG OCFLG ESD VB ICL L1 PDWN ESD +ICL OUT ICL ESD L2 L1 PWR +VS L2 ESD -ICL PDWN ICL QN QP +VB VB +VB ESD CC1 - OUT CC2 L1 L2 OPAMP ESD + GND QN QP Q2 OUT Q1 VB -VB ESD -VB Q1 VR VTEMP TEMP ESD BIAS PF0 IQCTL IB1 -VS Q2 VR IB2 VB IB3 TR(5:0) TRX PF1 PF2 IB4 VR ESD ESD PF2 2 PF1 ESD ESD PF0 PA164/PA165U Rev F PA164/PA165 PINOUT DESCRIPTION TABLE Pin Number Name Description 1 2, 3, 4, 5, 6, 7 Amplifier ground connection No connection pin. Do not connect anything to the pin 8 GND NC +VB 9, 10, 11, 12, 13 +VS Positive supply voltage pin 14, 15, 16, 17, 18 OUT 19 +ICL Output current sourcing pins Current Limit Sense pin Connect this pin to DUT side of the current limit resistor, (refer to typical connection Figure 2) 20, 32, 33, 34, 40, 41, 51, 52 NIC 21 -ICL 22, 23, 24, 25, 26 OUT Current Limit Sense pin Connect this pin to Load side of the current limit resistor, (refer to typical connection Figure 2) Output current sinking pins 27, 28, 29, 30, 31 -VS Negative supply voltage pin 35 -VB Negative boost voltage pins 36 CC2 37 CC1 38 39 -IN +IN 42 VR 43 VTEMP Temperature sensor output pin 44 PDWN 45 OCFLG 46, 47, 48 PFO, PF1, PF2 49, 50 GND Power Down pin Over Current Flag High = No current limit, Low = Current limit, (must be connected to 5V source through 5K resistor) These pins should be shorted when using the PA165 and left open when using the PA164 Ground Connection, connect both these pins and pin 1 to ground. PA164/PA165U Rev F Positive boost voltage pin Pins are not connected internally Compensation Capacitor pin Connect a compensation capacitor from this pin to ground Compensation capacitor pin Connect a compensation capacitor from this pin to ground Inverting input pin Non - Inverting Input pin Pin connected to an internal 5V reference. Connect a 0.1µF bypass capacitor between this pin and GND. Do not use this pin as a reference for external components. 3 PA164/PA165 Figure 2: Typical Connection RFB D3 +VB +VS OCFLG CC CC C4 C3 C5 VTEMP +5V C6 -IN D1 +IN R3 R1 PA164 or PA165 D2 RCL OUT R2 C11 C8 C7 C9 SD D4 -VB 4 -VS PA164/PA165U Rev F PA164/PA165 SPECIFICATIONS Unless otherwise noted; TC = 25oC, CC1 = CC2 = 3.3pF. The power supply voltages are set at ±VS = ±100V, and ±VB = ±VS. Load RL = 1 kΩ. ABSOLUTE MAXIMUM RATINGS Parameter Supply Voltage, total1 Symbol Min +VS to -VS Max Units 205 V Supply Voltage2 +VB +VS +VS+15 V Supply Voltage -VB -VS-15 -VS V 235 V 4 10 A A Power Dissipation, internal, continuous, PA1644 28 W Power Dissipation, internal, continuous, PA1654 32 W -VB+10 +VB-10 V -40 -40 ±22 250 150 150 +85 V °C °C °C °C Supply Voltage3 Output Current, peak, within SOA (PA164) Output Current, peak, within SOA (PA165) Input Voltage, common mode Input Voltage, Differential Peak Reflow Temperature, 30s Temperature, junction Temperature, storage Operating Temperature Range, case +VB to -VB 1. Valid only for device temperature of 25°C or higher. 2. The supply of a boost voltage is optional and can be replaced by the general supply voltage (+VS, -VS). Please also note the restriction of the overall supply voltage +VB to -VB. 3. If VS is also used for VB, then the maximum voltage can’t exceed the 205V. 4. The case temperature is 25°C PA164/PA165U Rev F 5 PA164/PA165 INPUT Parameter Offset Voltage, initial Offset Voltage vs. Temperature Offset Voltage vs. Supply Offset Voltage vs. Time Bias Current, initial Bias Current vs. Supply Offset Current, initial Test Conditions Min -25°C to +85°C Input Impedance, DC Input Capacitance Typ Max Units -2 6 0.2 80 23 2 50 ±20 250 mV µV/°C µV/V µV/kh pA pA/V pA Common Mode Rejection, DC VCM = ±90V DC Noise 1 MHz 97 200 1011 Ω 3 pF -VB+15 Common Mode Voltage Range 200 +VB-15 V 115 dB 13 nV/√Hz GAIN Parameter Open Loop @ 15 Hz Test Conditions RL=5 kΩ Gain Bandwidth Product @ 1 MHz Power Bandwidth 6 150VP-P Min Typ Max Units 90 118 dB 20 MHz 80 kHz PA164/PA165U Rev F PA164/PA165 OUTPUT Parameter Voltage Swing (no boost voltage) |VB|=|VS| Test Conditions PA164 Min Typ IOUT=1A +VS-10 IOUT=-1A -VS+10 Voltage Swing (with boost voltage, IOUT=1A |VB|=|VS|+10V) IOUT=-1A PA165 Max Typ +VS-8 * * V -VS+6 * * V * V * V +VS-1.8 +VS-1.3 -VS+2.2 -VS+1.6 Voltage Swing (with boost voltage, IOUT = 4A |VB|=|VS|+10V) IOUT = -4A Current, peak, within SOA Current, continuous, within SOA Max Units Min +VS-2 +VS-1.5 V -VS+2.8 -VS+2.3 V 4 10 A 1 1 A 4 Settling Time to 0.1%2 10V step, AV = -10 1.5 3 µs Slew Rate2 AV = -10, CC =0pF 35 * V/µs Slew Rate AV = -10, CC =3.3pF 29 * V/µs 1. Do not exceed SOA when operating with |VB|=|VS|. Refer to Figure 4 for SOA, and Figure 18, 19, for Output Voltage Swing. 2. Confirmed by design, but not tested in production. CURRENT LIMIT Parameter Absolute Accuracy Temperature Dependency Clamping Settling Time1 Test Conditions Min +25°C to 85°C +25°C to 85°C Short to ground, settling to the ±10% of limit Typ Max Units 10 0.05 % %/K 3 µs Current Limit Range, PA1641 10 1000 mA Current Limit Range, PA1651 10 4000 mA Current Limit Delay (OC Flag) Current Limit Circuit Input Bias/ Leakage Current 50mA current limit, 10V output voltage, short to ground 600 ns