Toshiba Released Dual-Channel Digital Isolators
The new DCL32xx00 series offers high-efficiency signal isolation for industrial control system applications.
Updated on Oct. 10, 2026 in Semiconductors

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Toshiba Electronics Europe has launched the DCL32xx00 series, a collection of four new dual-channel digital isolators. These devices are engineered to handle digital signal transmission between circuits with varying electrical potentials.
Why it matters
Designers of industrial control systems frequently require components that effectively manage signal isolation while minimizing overall power consumption. This release provides a specialized solution to bridge circuits with different voltage requirements.
The DCL32xx00 series supports transmission rates up to 25Mbps and offers 30kV/µs common-mode transient immunity. These components operate between 2.25V and 5.5V across a temperature range of -40 to 125°C.
The players
Toshiba Electronics Europe
This regional division of the global technology giant focuses on semiconductor and storage solutions for the European market.
The details
Using magnetic-coupling isolation technology, the isolators are housed in an SOIC8-N package. Each device is rated for a minimum isolation voltage of 3,000Vrms.
Timeline
Toshiba launched the DCL32xx00 digital isolator series on October 10, 2026.
The Tech Race
The transition to more compact, high-efficiency isolation components like the DCL32xx00 reflects a broader shift toward miniaturization in industrial electronics. This launch allows Toshiba to compete more effectively by providing solutions that reduce system power usage.
Engineers and hardware developers can utilize these isolators to optimize power efficiency in new industrial designs. The high common-mode transient immunity ensures more reliable digital signal integrity in complex, high-voltage environments.
The takeaway
Reliable signal isolation is critical for maintaining performance in modern industrial control systems. Using low-consumption components helps developers meet increasingly stringent energy efficiency requirements.
Further reading
Learn more about the latest innovations in Semiconductors.
Source note: This article includes information reported by Electronic Specifier.
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