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PVT322PBF

PVT322PBF Description

The PVT322PBF is a high-performance Solid State Relay (SSR) from Infineon Technologies' PVT series, leveraging HEXFET® technology for efficient power switching. Designed for through-hole mounting (PC Pin termination), this SPST-NO (Single-Pole Single-Throw, Normally Open) relay supports AC/DC output with a broad load voltage range of 0–250V and a 170 mA load current. Its low on-state resistance (10 Ohms max) ensures minimal power dissipation, enhancing reliability in demanding applications. Compliant with ROHS3 and REACH standards, it is packaged in a tube and rated MSL 1 (unlimited shelf life), making it suitable for industrial and commercial use.

PVT322PBF Features

• Low Power Consumption: Operates at 1.2VDC input voltage, ideal for low-power control circuits.
• Robust Switching: Handles 250V AC/DC loads with 10 Ohms max on-resistance, reducing heat generation.
• High Reliability: HEXFET® technology ensures fast switching and longevity.
• Compliance: ROHS3, REACH Unaffected, EAR99 certified for global deployment.
• Wide Compatibility: PC Pin termination simplifies integration into through-hole PCBs.

PVT322PBF Applications

• Industrial Automation: Control of solenoids, valves, and small motors in PLC systems.
• HVAC Systems: Low-power switching for thermostats and fan controls.
• Medical Equipment: Reliable isolation in diagnostic devices due to low EMI.
• Consumer Electronics: Power management in appliances like coffee makers or printers.
• Renewable Energy: Switching in solar charge controllers or battery management systems.

Conclusion of PVT322PBF

The PVT322PBF stands out for its low on-resistance, broad voltage range, and HEXFET® efficiency, making it superior to mechanical relays in speed, lifespan, and noise reduction. Its compliance with environmental standards and versatile AC/DC handling make it a top choice for engineers designing energy-efficient, durable systems. Ideal for industrial, medical, and consumer applications, this SSR combines performance with ease of integration.