PVG612S Voltage Detector IC, Surface Mount Package, PVG612S SMD Chip

PVG612S Overview

The PVG612S is a solid state relay (SSR) featuring robust optically isolated output, suited for industrial and commercial switching applications. With its miniature DIP form factor and reliable input-to-output isolation, this device offers safe and efficient control in demanding environments. The relay??s MOSFET output design ensures low on-resistance and minimal power dissipation, making it ideal for high-density circuit boards. For sourcing specialists and engineers seeking dependable solid-state switching, the PVG612S delivers a balanced solution of electrical performance and compact integration. For more technical resources, visit IC Manufacturer.

PVG612S Technical Specifications

PVG612S Key Features

• Optical isolation between input and output provides robust protection for sensitive control circuits, minimizing risk from high voltage transients.
• Low on-state resistance ensures efficient power delivery and reduces thermal dissipation, which is critical for high-density PCB layouts.
• Compact 8-pin DIP package simplifies integration into legacy and modern designs, supporting automated through-hole assembly for production scalability.
• High isolation voltage (3750 VRMS) enhances equipment safety and meets stringent industrial standards.

PVG612S Advantages vs Typical Alternatives

This solid state relay stands out from electromechanical relays due to its absence of moving parts, which significantly increases reliability and operational life. Compared to traditional SSRs, the PVG612S offers lower on-state resistance, higher isolation voltage, and a compact form factor, ensuring both electrical efficiency and design flexibility for engineers requiring dependable switching performance.

Typical Applications

• Industrial process control systems benefit from the PVG612S??s reliable solid-state operation, low on-resistance, and robust isolation, enabling safe and precise switching of control signals and loads.
• Instrumentation and measurement equipment use this relay for signal switching where low leakage and high isolation are required for accurate sensor readings and data integrity.
• Security and building automation systems deploy the relay for silent, maintenance-free switching in alarm, access, and sensor circuits.
• Test and diagnostic platforms rely on its compact DIP footprint and optically isolated output for automated switching in high-density test setups.

PVG612S Brand Info

The PVG612S is recognized in the industry for its dependable solid-state relay technology, combining optical isolation and MOSFET output in a convenient DIP package. This device is engineered to meet the rigorous demands of industrial and commercial equipment, offering safe, efficient, and maintenance-free switching. Its technical attributes and compact design position it as a reliable choice for engineers and sourcing specialists requiring high-quality, solid-state switching solutions.

FAQ

What is the main function of the PVG612S in electronic systems?

The primary function of this device is to provide electrically isolated switching between a control input and a load output. Its solid-state nature ensures silent operation, long service life, and reliable performance in applications where mechanical relays might wear out or introduce noise.

How does the optical isolation benefit sensitive circuits?

Optical isolation provides a physical separation between the input and output sides, protecting low-voltage control electronics from high-voltage spikes or transients on the load side. This significantly enhances safety and circuit integrity, especially in noisy industrial environments.

What load current can the PVG612S handle continuously?

The relay is rated for a continuous load current of up to 120 mA. This makes it suitable for switching moderate loads in a range of applications, while maintaining low power dissipation thanks to its MOSFET output structure.

Is the PVG612S suitable for high-density PCB designs?

Yes, its 8-pin DIP package and low on-resistance make it ideal for high-density printed circuit boards, allowing engineers to maximize board space without compromising on electrical performance or isolation standards.

What mounting method is recommended for the PVG612S?

This device features a through-hole mounting style, which is compatible with standard DIP sockets and wave soldering processes. This facilitates easy integration into both new and legacy equipment designs.