Current Loop to Fiber Optic
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. ST POF fiber.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. SMA POF fiber.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. ST Multimode + HC fiber.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. SC Multimode + HC fiber.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. ST Multimode fiber optic.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. SC Multimode fiber optic.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. SC Multimode BIDI fiber optic.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. SC Multimode BIDI fiber optic.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. ST Singlemode fiber optic (low range).
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. ST Singlemode fiber optic (medium range).
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. SC Singlemode BIDI fiber optic (low range).
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. SC Singlemode BIDI fiber optic (low range).
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. SC Singlemode fiber optic (low range).
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. SC Singlemode fiber optic (medium range).
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. ST POF fiber.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. SMA POF fiber.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. ST Multimode + HC fiber.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. SC Multimode + HC fiber.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. ST Multimode fiber optic.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. SC Multimode fiber optic.
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. ST Singlemode fiber optic (low range).
The system DL-TTY forms an asynchrone TTY interface (20mA active, half active or passive) which can be run in half duplex or full duplex mode. SC Singlemode fiber optic (low range).
