iC-Haus iC-HF 6-Channel RS422 Driver

iC-Haus iC-HF 6-Channel RS422 Driver features 3+3 channel RS-422 line driver/receiver SSI/BiSS transceiver, including loopback. This driver offers reverse polarity protection, differential short-circuit-proof, and reduced EMI. The iC-HF driver supports an encoder link that links 9 input signals directly to output pins. This driver delivers up to 10MHz input/output frequency and features a 3V to 5V voltage range. The iC-HF driver operates from -40°C to 125°C temperature range and is available in a space-saving 32-pin QFN package. This driver protects against undervoltage and overtemperature events. Typical applications include a differential RS422 cable driver, ABZ/UVW/SSI/BiSS encoder RS422 PHY, microcontroller peripheries, control engineering, and BiSS Interface bus structures.

Features

  • Versatile 3+3 channel RS-422 line driver/receiver
  • Pin configured as 6-ch. driver, or 3+3/4+2 ch. driver/receiver
  • Supports BiSS bus structure and BiSS bus loopback
  • Unique encoder link mode: analog switches to bridge 9 lines
  • Differential short-circuit-proof push-pull outputs
  • Source/sink driving capability of 30mA typical at 3V
  • Reduced EMI due to output current limitation
  • Output shutdown with undervoltage and overtemperature
  • Suits various line impedances, allows 120Ω termination
  • TTL-compatible hysteresis inputs
  • Up to 10MHz input/output frequency
  • Open-drain error message output (NERR)
  • Reverse polarity protection
  • Periphery supply switch (60mA)
  • 3V to 5V voltage range
  • -40°C to 125°C operating temperature range
  • Space-saving 32-pin QFN package

Applications

  • Differential RS422 cable driver
  • ABZ/UVW/SSI/BiSS encoder RS422 PHY
  • Microcontroller peripheries
  • Control engineering
  • BiSS Interface bus structures
  • BiSS Interface bus structure loopback

Block Diagram

Block Diagram - iC-Haus iC-HF 6-Channel RS422 Driver

Dimension Diagram

Mechanical Drawing - iC-Haus iC-HF 6-Channel RS422 Driver

Videos

公開: 2026-04-08 | 更新済み: 2026-04-14