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IS-1715AEH - Radiation Hardened Complementary Switch FET Driver

Download the IS-1715AEH datasheet PDF. This datasheet also covers the IS-1715ARH variant, as both devices belong to the same radiation hardened complementary switch fet driver family and are provided as variant models within a single manufacturer datasheet.

Features

  • Electrically screened to SMD #5962-00521.
  • QML qualified per MIL-PRF-38535 requirements.
  • Radiation environment ○ Gamma dose 3x105rad(Si) ○ Latch-up immune.
  • PWR output current (source and sink): 3A (peak).
  • AUX output current (source and sink): 3A (peak).
  • Low operating supply current: 6mA (max).
  • Wide programmable delay range: 100ns to 600ns.
  • Configurable for zero-voltage switching.
  • Switching frequency to 1MHz.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (IS-1715ARH_IntersilCorporation.pdf) that lists specifications for multiple related part numbers.

📁 Similar Datasheet

Part Number Description Manufacturer
IS-1715ARH Radiation Hardened Complementary Switch FET Driver Intersil Corporation
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Other Datasheets by Intersil (Renesas)

Part Number Description
IS-1009EH Radiation Hardened 2.5V Reference
IS-139ASEH Single Event Radiation Hardened Quad Voltage Comparator
IS-1825ASRH High-Speed Dual Output PWMs
IS-1825BSEH High-Speed Dual Output PWMs
IS-1825BSRH High-Speed Dual Output PWMs

Full PDF Text Transcription

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Datasheet IS-1715ARH, IS-1715AEH Radiation Hardened Complementary Switch FET Drivers The radiation hardened IS-1715ARH and IS-1715AEH are high speed, high current, complementary power FET drivers designed for use in synchronous rectification circuits. Soft switching transitions for the two output waveforms can be managed by setting the independently programmable delays. Alternatively, the delay pins can be configured for zero-voltage sensing to allow for precise switching control. The IS-1715ARH and IS-1715AEH have a single input, which is PWM and TTL compatible, and can run at frequencies up to 1MHz. The AUX output switches immediately at the rising edge of the INPUT, but waits for the T2 delay before responding to the falling edge.
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