PVA1352N Optocoupler Photovoltaic Driver, DIP-6 Package, Solid State Relay

PVA1352N Overview

The PVA1352N is a highly efficient optically isolated solid-state relay specifically designed for demanding industrial and commercial applications. Featuring robust isolation and low input drive requirements, this device offers reliable switching performance while minimizing power consumption. Its compact package and advanced construction make it ideal for integration in automated equipment, instrumentation, and control systems. With its proven reliability and solid-state design, the PVA1352N enhances system safety and longevity. Discover more at IC Manufacturer.

PVA1352N Technical Specifications

PVA1352N Key Features

• Optical isolation between input and output ensures high safety and protection for sensitive control circuits.
• Low input drive requirement allows interfacing directly with standard logic level signals, reducing the need for additional interface circuitry.
• Compact 8-DIP package design enables efficient board space utilization in dense system layouts.
• Solid-state switching mechanism provides silent operation and extended life compared to electromechanical relays.
• High load voltage capability (up to 350 V) supports a broad range of industrial switching tasks.

PVA1352N Advantages vs Typical Alternatives

Compared to conventional electromechanical relays or lesser solid-state options, this device delivers superior isolation and longer operational life due to its non-contact switching. The low input drive voltage and compact package size help streamline system integration while reducing power and space requirements. These advantages make it a strong choice for modern, reliability-focused designs.

Typical Applications

• Industrial automation systems: The relay??s high isolation voltage and solid-state reliability make it ideal for use in PLCs, factory control panels, and automated machinery where safety and endurance are critical.
• Instrumentation: Suitable for signal switching in measurement equipment, ensuring precise performance and electrical isolation between subsystems.
• Medical devices: Used in patient monitoring or diagnostic equipment to safely isolate control logic from high voltage circuits.
• Telecommunications: Can switch lines or control circuits in telecom infrastructure with the benefit of silent operation and low maintenance requirements.

PVA1352N Brand Info

The PVA1352N is developed to meet the rigorous standards of industrial and commercial electronics, offering a reliable alternative to mechanical relays. Its brand reputation is built upon delivering robust performance, safety, and integration ease for engineers seeking dependable switching solutions. Through continuous improvement and adherence to quality, this product stands out in the field of optically isolated relays, supporting advanced automation and control system requirements.

FAQ

What is the primary isolation advantage of the PVA1352N?

This solid-state relay provides optical isolation rated at 3750 Vrms between input and output, ensuring that control circuits remain protected from high voltages and electrical noise in load circuits.

Can the relay handle both AC and DC loads?

The device is generally suitable for switching both AC and DC loads up to its maximum voltage and current ratings. However, application specifics should be reviewed to ensure safe operation within limits.

What is the typical input drive requirement for this relay?

The relay is actuated via a low forward voltage LED input (approximately 1.2 V), making it compatible with standard logic level outputs and simplifying system design by reducing the need for complex drivers.

How does the PVA1352N improve operational lifespan compared to mechanical relays?

Its solid-state design eliminates mechanical contacts, resulting in silent operation and substantially longer operational life, as there is no physical wear or contact degradation over time.

In which temperature environments can this relay operate reliably?

Engineered to withstand a wide temperature range, the relay operates reliably from -40??C to +85??C, making it suitable for most industrial and commercial environments.