HS-26CLV31RH, HS-26CLV31EH Radiation Hardened 3.3V Quad Differential Line Drivers DATASHEET

2020-12-17
The HS-26CLV31RH and HS-26CLV31EH are radiation hardened 3.3V quad differential line drivers designed for digital data transmission over balanced lines, in low voltage RS-422 protocol applications. CMOS processing assures low power consumption, high speed, and reliable operation in the most severe radiation environments.
The HS-26CLV31RH and HS-26CLV31EH accept CMOS level inputs and converts them to differential outputs. Enable pins allow several devices to be connected to the same data source and addressed independently. These devices have unique outputs that become high impedance when the driver is disabled or powered-down, maintaining signal integrity in multi-driver applications.
Features:
● Electrically screened to SMD # 5962-96663
● QML qualified per MIL-PRF-38535 requirements
● 1.2 micron radiation hardened CMOS
■ Total dose: 300krad (Si) (maximum)
■ Single event upset LET: 100MeV/mg/cm2
■ Single event latch-up immune
● Extremely low stand-by current: 100µA (maximum)
● Operating supply range: 3.0V to 3.6V
● CMOS level inputs: V-IH > (0.7) (VDD); V-IL < (0.3) (VDD)
● Differential outputs: V-OH > 1.8V; V-OL < 0.5V
● High impedance outputs when disabled or powered down
● Low output impedance: 10Ω or less
● Full -55°C to +125°C military temperature range
● Pb-free (RoHS compliant)

Renesas

HS-26CLV31RHHS-26CLV31EHHS1-26CLV31RH-8HS9-26CLV31RH-8HS1-26CLV31RH-QHS9-26CLV31RH-QHS0-26CLV31RH-QHS1-26CLV31RH/PROTOHS9-26CLV31RH/PROTOHS1-26CLV31EH-QHS9-26CLV31EH-QHS0-26CLV31EH-QHS0-26CLV31RH/SAMPLEHS9G-26CLV31RH-QHS9G-26CLV31EH-QHS9G-26CLV31RH/PROTO5962F9666302QEC5962F9666302QXC5962F9666302VEC5962F9666302VXC5962F9666302V9A5962F9666304VEC5962F9666304VXC5962F9666304V9A5962F9666302VYC5962F9666304VYC

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Part#

Quad Differential Line Drivers

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Line transmitter for MIL-STD-1553 serial data bus ]

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Datasheet

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Please see the document for details

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SBDIP

English Chinese Chinese and English Japanese

Oct 26, 2018

Rev 5.00

FN4898

617 KB

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