ASSR-1219-001E Solid State Relay, High-Speed Switching, DIP Package

ASSR-1219-001E Overview

The ASSR-1219-001E is an advanced solid-state relay designed for industrial automation and control applications, offering reliable and efficient switching performance. It features a compact, low-profile package with high isolation voltage and low input current requirements, making it ideal for integration into space-constrained environments. This device provides fast response times and robust electrical isolation, ensuring safe operation in demanding industrial settings. Engineers and sourcing specialists benefit from its durable construction and consistent performance, making it a trusted component in power control systems. For more detailed product information, visit Производитель ИС.

ASSR-1219-001E Technical Specifications

ASSR-1219-001E Key Features

• High isolation voltage: Provides 3750 Vrms isolation between input and output, ensuring operator and system safety in high-voltage environments.
• Low input current: Requires minimal control current, enabling energy-efficient operation and compatibility with low-power driving circuits.
• Compact SIP-4 package: Saves board space and facilitates easy integration into dense circuit designs without compromising performance.
• Быстрая скорость переключения: Achieves typical response times of 1 ms, allowing precise control in timing-sensitive industrial applications.

ASSR-1219-001E Advantages vs Typical Alternatives

This solid-state relay offers superior isolation voltage and lower input current compared to typical electromechanical relays, enhancing both safety and energy efficiency. Its compact package and fast response deliver integration flexibility and precise operation, making it a more reliable and space-saving solution for modern industrial control systems.

Типовые применения

• Industrial automation equipment: Controls motors, solenoids, and heaters with high reliability and electrical isolation, ensuring safe operation and system longevity.
• Power supply switching: Enables efficient and noise-free switching of DC loads in power management circuits.
• Signal switching: Provides galvanic isolation for sensitive electronic measurement and control signals.
• Building automation systems: Integrates into HVAC and lighting control modules to deliver silent, low-power switching performance.

ASSR-1219-001E Brand Info

This product is part of a comprehensive line of solid-state relays designed by the manufacturer to meet stringent industrial requirements. Known for high quality and reliability, the brand focuses on delivering components that provide excellent electrical isolation, low power consumption, and robust mechanical design. The ASSR-1219-001E reflects the brand??s commitment to innovation in semiconductor switching devices, supporting engineers with dependable solutions for automation and control challenges.

ЧАСТО ЗАДАВАЕМЫЕ ВОПРОСЫ

What is the maximum load current supported by this solid-state relay?

The device supports a maximum continuous load current of 0.5 A, suitable for switching moderate DC loads commonly found in industrial and automation systems.

How does the isolation voltage benefit industrial applications?

With a high isolation voltage rating of 3750 Vrms, this relay effectively protects control circuits and operators from high voltage spikes, enhancing safety and preventing damage in harsh industrial environments.

Can this relay be used in low-power control circuits?

Yes, the relay??s low input current requirement of approximately 5 mA makes it compatible with low-power control devices, reducing overall system power consumption and enabling efficient integration.

What is the typical response time for switching operations?

The relay provides a fast response time of about 1 millisecond, which allows it to perform precise switching necessary for time-critical industrial processes and control applications.

Is the relay package suitable for space-constrained PCB designs?

Absolutely; the compact SIP-4 package allows for easy mounting on printed circuit boards with limited space, making it ideal for modern, miniaturized industrial control modules.