PVT422P Solid State Relay DIP-6 Package ÿ Photovoltaic Output MOSFET Driver

PVT422P Overview

The PVT422P is a high-performance solid-state relay designed for demanding industrial and commercial applications. Integrating advanced MOSFET output technology, this device offers reliable load switching with low on-resistance and robust isolation. Its compact DIP-6 package enables easy integration into control systems, while the optically isolated input ensures signal integrity and safety. The relay??s high input-to-output isolation, low drive current, and long operational life make it an ideal solution for automation, instrumentation, and power management. For more details, visit IC Manufacturer.

PVT422P Technical Specifications

PVT422P Key Features

• Optically isolated input guarantees high signal integrity and user safety in control applications.
• Low input trigger current reduces the power required from control circuitry, improving energy efficiency.
• Solid-state MOSFET output delivers rapid, silent, and wear-free switching with extended reliability.
• High 400V load voltage rating enables use in a broad range of industrial and instrumentation environments.
• Compact DIP-6 package supports easy PCB integration and space-constrained designs.
• 2500 Vrms isolation barrier protects sensitive electronics from high-voltage transients and faults.

PVT422P Advantages vs Typical Alternatives

This solid-state relay stands out due to its optically isolated control, low on-resistance, and high voltage capability. Unlike mechanical relays, it provides silent operation, rapid switching, and enhanced durability. The compact design and low drive current requirements contribute to efficient system integration, making it a superior choice for modern automation and instrumentation solutions.

Typical Applications

• Industrial automation systems where high-voltage load switching reliability and electrical isolation are critical. The device??s MOSFET output ensures fast, wear-free operation for programmable logic controllers and distributed control systems.
• Test and measurement equipment requiring precise, low-leakage, and silent switching of signals or power lines in sensitive electronic environments.
• Remote and smart power management modules, enabling secure actuation of mains-connected loads with minimal control current and robust isolation.
• Signal routing and multiplexing in instrumentation, where optical isolation prevents ground loops and cross-talk between channels.

PVT422P Brand Info

The PVT422P is backed by a reputable manufacturer known for delivering reliable solid-state switching solutions. Engineered for durability and performance, this relay leverages advanced MOSFET technology and optical isolation to ensure consistent operation in demanding environments. The product??s proven track record in industrial and commercial control underscores its suitability for high-reliability designs.

FAQ

What makes the PVT422P suitable for industrial automation?

Its combination of high-voltage switching capability, robust 2500 Vrms isolation, and compact DIP-6 packaging enables easy integration into control panels and PLCs, delivering long-term reliability without mechanical wear or audible noise.

How does the optical isolation benefit sensitive circuits?

Optical isolation separates the input side from the output, preventing electrical noise, surges, and ground loops from affecting control signals or damaging low-voltage logic, which is critical in high-precision or safety-focused designs.

Can this solid-state relay handle AC and DC loads?

The MOSFET output is optimized for DC load switching up to 400V, making it suitable for DC power distribution, signal switching, and similar applications where low-leakage, silent operation is required.

What are the mounting options for the PVT422P?

It features a through-hole DIP-6 package, allowing straightforward PCB mounting in both automated and manual assembly processes. This supports rapid prototyping and reliable mass production in various control systems.

Is this relay appropriate for low-power control circuits?

Yes, the low input trigger current (typically 5 mA) enables direct interfacing with microcontrollers, logic devices, and low-power drivers, making it highly efficient for power-sensitive or battery-operated control designs.