LITEON 100kBd Darlington Output Photocouplers

LITEON 100kBd Darlington Output Photocouplers are high-speed optoelectronic devices designed for applications requiring fast and reliable signal isolation. These photocouplers feature a gallium arsenide infrared LED optically coupled to a high-gain Darlington phototransistor, enabling data transmission rates up to 100kilobaud (kBd). Housed in compact packages, the LITEON 100kBd Darlington output photocouplers offer a high isolation voltage, making them suitable for use in digital communication interfaces, microprocessor input/output isolation, and signal transmission in noisy environments. The Darlington configuration provides enhanced current transfer ratio (CTR) and improved sensitivity, making the photocouplers ideal for low-power control circuits in industrial automation, consumer electronics, and telecommunication systems. These devices are also compliant with safety standards such as UL and VDE, ensuring dependable performance in safety-critical applications.

Features

  • High 2000% current transfer ratio
  • Low 0.5mA input current requirements
  • High 60mA output current
  • CTR guaranteed from 0°C to +70°C
  • 10KV/µs instantaneous common mode rejection
  • 0.1V typical TTL-compatible output
  • DIP-8, SMD-8, and SOP-5 package options
  • RoHS complaint

Applications

  • Digital logic ground isolation
  • Low input current line receivers
  • Telephone ring detectors
  • EIA-RS-232C line receivers
  • Current loop receivers
  • High common-mode noise line receivers

Specifications

  • 20mA maximum average forward input current
  • 7V to 18V maximum supply voltage range
  • 5V maximum reverse input voltage
  • 35mW maximum input power dissipation
  • 50mA or 60mA maximum average output current options
  • 100mW maximum output collector power dissipation
  • 18V maximum output collector voltage
  • Operating temperature ranges
    • -20°C to +85° for 6N13x
    • -55°C to +85°C for LTV-0701
    • -40°C to +85°C for LTV-M701
  • +260°C maximum lead soldering temperature
Đã phát hành: 2025-08-21 | Đã cập nhật: 2025-08-29