HIGH VOLTAGE POWER OPERATIONAL AMPLIFIERS

DESCRIPTION The PA83 is a high voltage operational amplifier designed for output voltage swings up to ±145V with a dual (±) supply or 290V with a single supply. Its input stage is protected against transient and steady state overvoltages up to and including the supply rails. High accuracy is ac

High Voltage Power Operational Amplifiers

DESCRIPTION The PA83 is a high voltage operational amplifier designed for output voltage swings up to ±145V with a dual (±) supply or 290V with a single supply. Its input stage is protected against transient and steady state overvoltages up to and including the supply rails. High accuracy is ac

±150V Fully Protected Input, Low Bias Current Power Amplifier

\n\nThe PA83 is a high voltage power operational amplifier designed for output voltage swings up to ±145V on a dual supply, or 290V single supply. Target applications include high voltage instrumentation, electrostatic transducers and deflection, and programmable power supplies. The input stage of t •Low bias current, low noise – FET input\n•Wide supply range – ±15V to ±150V\n•SMD #: 5962-9162101HXA;

High Voltage Power Operational Amplifiers

DESCRIPTION The PA83 is a high voltage operational amplifier designed for output voltage swings up to ±145V with a dual (±) supply or 290V with a single supply. Its input stage is protected against transient and steady state overvoltages up to and including the supply rails. High accuracy is ac

HIGH VOLTAGE POWER OPERATIONAL AMPLIFIERS

DESCRIPTION The PA83 is a high voltage operational amplifier designed for output voltage swings up to ±145V with a dual (±) supply or 290V with a single supply. Its input stage is protected against transient and steady state overvoltages up to and including the supply rails. High accuracy is ac

TABLE 4 GROUP A INSPECTION

TABLE 4 GROUP A INSPECTION * 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 = 125°C.

Table 4 Group A Inspection

Table 4 Group A Inspection * 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 = 125°C.

Table 4 Group A Inspection

Table 4 Group A Inspection * 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 = 125°C.

Table 4 Group A Inspection

Table 4 Group A Inspection * 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 = 125°C.

Table 4 Group A Inspection