PVD3354N Overview
The PVD3354N is a solid-state relay designed for demanding industrial and automation tasks, delivering reliable switching performance and strong electrical isolation. Its compact form factor and robust characteristics make it ideal for integrating into modern control systems where space efficiency and safety are critical. With optimized switching parameters and stable operation, this component enhances system longevity and reduces maintenance. For engineers and sourcing specialists focused on dependable switching solutions, this model represents a practical choice for high-reliability designs. Learn more at IC Manufacturer.
PVD3354N Technical Specifications
| Parameter | Value |
|---|---|
| Relay Type | Solid State |
| Output Type | N-Channel MOSFET |
| Isolation Voltage | 3750 VRMS |
| Load Voltage (Max) | 350V |
| Load Current (Max) | 120mA |
| Input Control Voltage | 3V to 12V |
| On-State Resistance (Typ) | 35?? |
| Operating Temperature Range | -40??C to +85??C |
| Package Type | DIP-6 |
PVD3354N Key Features
- High isolation voltage of 3750 VRMS ensures robust protection between control and load sides, enhancing safety in industrial environments.
- MOSFET output stage delivers fast, arc-free switching, reducing wear and extending operational lifespan versus mechanical relays.
- Wide input voltage range (3V to 12V) enables seamless integration with various control logic levels and microcontroller platforms.
- Low on-state resistance (typically 35??) minimizes power dissipation, supporting energy-efficient operation in compact system designs.
PVD3354N Advantages vs Typical Alternatives
Compared to conventional electromechanical relays, this solid-state relay offers superior reliability and longer service life due to its contactless switching. The high isolation voltage and MOSFET output enable safer and more accurate signal control, especially in sensitive or high-voltage applications. Its compact DIP-6 package allows for higher circuit density and easier PCB layout, addressing critical integration requirements in modern electronics.
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Typical Applications
- Industrial process control systems benefit from the device??s high isolation and robust solid-state design, enabling safe and reliable switching of loads in factory automation, robotics, or PLCs, while minimizing maintenance downtime.
- Building automation equipment, such as HVAC or lighting control panels, utilize its fast switching characteristics and electrical isolation for greater safety and control accuracy.
- Medical instrumentation systems leverage the relay??s low leakage and high isolation to protect sensitive patient-connected circuits from potential hazards.
- Data acquisition and instrumentation benefit from its noise-free operation and reliable load switching, improving measurement accuracy and system stability.
PVD3354N Brand Info
The PVD3354N is manufactured by a leading provider of high-performance electronic components. Recognized for quality and innovation, this product embodies the brand??s commitment to reliable, safe, and efficient switching solutions for industrial and commercial applications. Its proven solid-state technology and robust design ensure compatibility with a wide range of control systems, supporting engineers in developing safer and more dependable end products.
FAQ
What makes the PVD3354N suitable for high-voltage isolation tasks?
This relay features a high isolation voltage of 3750 VRMS, effectively separating control and output circuits. This makes it a strong choice for applications where safety and electrical isolation from high voltages are critical, such as industrial automation and instrumentation.
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How does the solid-state design benefit end applications compared to mechanical relays?
The solid-state construction means no moving parts, resulting in faster switching, no contact wear, and a significantly longer operational life. This reduces maintenance needs and improves reliability in applications where frequent switching cycles are required.
Can this relay be driven directly from typical microcontroller outputs?
Yes, its input control voltage range of 3V to 12V allows direct interfacing with many microcontroller GPIO pins, making it versatile for embedded control designs and digital automation systems.
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What package type does the device use, and what are its integration advantages?
It is supplied in a DIP-6 package, which is compact and easy to handle during assembly. This facilitates higher component density on PCBs and simplifies replacement or prototyping in standard sockets.
Is the relay suitable for use in harsh industrial environments?
With an operating temperature range from -40??C to +85??C and solid-state reliability, the relay is well-suited for challenging industrial conditions, ensuring dependable performance in wide-ranging temperature and electrical environments.