HS-3530ARH Datasheet

• Radiation Performance
  • Gamma Dose 3 x 10⁵RAD(Si)
  • SEL Immune (RSG DI Process)
• Wide Range AC Programming
  • Slew Rate 0.025 to 0.1V/?s
  • Gain X Bandwidth 30kHz to 750kHz
• Wide Range DC Programming
  • Power Supply Range ±3.0V to ±15V
• Supply Current 15?A to 150?A
• Output Current 0.25mA to 2.5mA
• Quiescent Power 4.8mW (Max)
• Dielectrically Isolated Device Islands
• Short Circuit Protection
• Full -55oC to 125oC Military Temperature Range

• Radiation Performance
  • Gamma Dose 3 x 10⁵ RAD(Si)
  • SEL Immune (RSG DI Process)
• Wide Range AC Programming
  • Slew Rate 0.025 to 0.1V/µs
  • Gain X Bandwidth 30kHz to 750kHz
• Wide Range DC Programming
  • Power Supply Range ±3.0V to ±15V
• Supply Current 15µA to 150µA
• Output Current 0.25mA to 2.5mA
• Quiescent Power 4.8mW (Max)
• Dielectrically Isolated Device Islands
• Short Circuit Protection
• Full -55oC to 125oC Military Temperature Range

The HS-3530ARH is a Low Power Operational Amplifier which is an internally compensated monolithic device offering a wide range of performance specifications. Parameters such as power dissipation, slew rate, bandwidth, noise and input DC parameters are programmed by selecting an external resistor or current source. Supply voltages as low as ±3V may be used with little degradation of AC performance. The HS-3530ARH has been specifically designed to meet exposure to space radiation environments. Operation from -55^oC to 125^oC is guaranteed.

A major advantage of the HS-3530ARH is that operating characteristics remain virtually constant over a wide supply range (±3V to ±15V), allowing the amplifier to offer maximum performance in almost any system, including battery operated equipment. A primary application for this device is in active filtering and conditioning for a wide variety of signals that differ in frequency and amplitude. Also, by modulating the set current, it can be used for designs such as current controlled oscillators/modulators, sample and hold circuits and variable active filters.