ELD213(TB)

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Optoisolators are integral components in various industrial and commercial applications ranging from safety sensing systems to autonomous computerized devices. The ability of optoisolators to provide complete electrical isolation makes them suited for a wide variety of tasks. The ELD213(TB) optoisolator is an ideal choice for low voltage applications requiring a transistor, photovoltaic output.

The ELD213(TB) combines a single state transient voltage suppression component with a transistor-photovoltaic output. The transient voltage suppression elements contained within the optoisolator are designed to withstand transients up to 1.2V and provide low-level switch-over voltage for maximum reliability. The transistor photovoltaic output provides a high-level logic switch over voltage of 3.3V – 5.5V during normal operation, and a low-level logic switch over voltage of 0V – 1.2V when turned off. The device can be triggered by a VCC range of 5V – 28V and an operating temperature range of -55°C to +125°C.

The ELD213(TB) is also designed with a 180° phase angle to ensure correspondingly fast delays when the LED is switched off. It also includes a self-test feature which checks for a valid response and provides a warning if the LED should fail.

The ELD213(TB) optoisolator can be used in many different applications, including integrated automation systems, lighting control systems, garage door openers, intelligent vending machines, and alarm systems. It is also suitable for use in medical, transportation, and leisure industries. Due to its low-level switch-over voltage and accurate phase angle, the ELD213(TB) is an ideal choice when accuracy and reliable operation is a priority.

In conclusion, the ELD213(TB) optoisolator is an optimal choice for applications that require a transistor, photovoltaic output and high level of electrical isolation. Its single state transient voltage suppression element enables it to with stand transients up to 1.2V, making it ideal for use in industrial and commercial applications. Its phase angle ensures fast delays when the LED is switched off, and its self-test feature allows for fast fault detection and response.

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