Toshiba Launches Adapter for Unidirectional Optical Modules for Short Distance Data Transmission

July 26, 2018

Toshiba Electronic Devices & Storage Corporation

TOCA1300

TOKYO—Toshiba Electronic Devices & Storage Corporation (“Toshiba”) has launched “TOCA1300,” an adapter for unidirectional optical modules[1]. Mass production shipments start today.

The new product is an adapter for unidirectional optical modules that connects a fiber optic transmitting module and a fiber optic receiving module to transmit data for a short distance. TOCA1300 can substitute for optical fiber where there is demand for a longer insulation distance than with a photocoupler and for a shorter transmission distance than with optical fiber cable. The adapter allows optical transmission when combined with Toshiba fiber couplers[2].

Notes:

[1] TOCA1300 is not certified to meet any safety standards. Customers may need to carry out evaluation and apply for certification to the appropriate authority.

[2] When combined with the TOTX1350(F) fiber optic transmitting module and either the TORX1350A(F) or TORX1355(F) fiber optic receiving module.

Applications

  • Industrial equipment (power storage systems, high voltage inverters, etc.)

Features

  • Secures a longer creepage distance than a photocoupler.
  • Use for transmission distances shorter than with optical fiber.
  • Can be used with the TOTX1350(F) fiber optic transmitting module and either the TORX1350A(F) or TORX1355(F) fiber optic receiving module.

Main Specifications

(@Ta=25℃)

Part
number
Insertion Force[3]
(N)
Withdrawal Force[3]
(N)
Applicable optical modules part number
Fiber Optic transmitting Fiber Optic receiving
min max min max
- 39.2 5.9 39.2

Note:

 [3] When using TOTX1350(F), initial value.

Customer Inquiries:

Optoelectronic Device Sales & Marketing Dept.
Tel: +81-3-3457-3431

Information in this document, including product prices and specifications, content of services and contact information, is current on the date of the announcement but is subject to change without prior notice.

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