PVG612SPBF Overview
The PVG612SPBF is an industrial-grade solid state relay designed for high-performance switching applications. It integrates an optically isolated MOSFET output for reliable load control and enhanced electrical isolation. With its robust construction and compact dual-in-line package, this relay is engineered for long-term stability and consistent performance in demanding environments. It supports efficient circuit design by offering low on-resistance and minimal leakage current, making it an optimal choice for automation, test equipment, and process control. For additional sourcing and compatibility details, visit IC Manufacturer.
PVG612SPBF Technical Specifications
| Attribute | Specification |
|---|---|
| Output Type | MOSFET, Optically Isolated |
| Isolation Voltage | 3750 Vrms |
| Load Voltage (Max) | 400V |
| Load Current (Max) | 1.1A |
| Input Control Voltage | 3V to 12V |
| On-State Resistance (Max) | 0.35 ?? |
| Package Type | 8-DIP (Dual In-Line Package) |
| Operating Temperature Range | -40??C to +85??C |
PVG612SPBF Key Features
- Optically-isolated output provides robust galvanic separation between control and load sides, protecting sensitive logic circuits from high voltages.
- Low on-state resistance of 0.35 ?? ensures reduced power loss and more efficient thermal performance in tightly packed enclosures.
- Supports high load voltage up to 400V and load current up to 1.1A, enabling flexibility for a broad range of AC and DC switching applications.
- Compact 8-DIP package allows for straightforward PCB integration and high-density board layouts.
- Wide input control voltage range (3V to 12V) simplifies interfacing with standard logic levels and microcontrollers.
- High isolation voltage (3750 Vrms) enhances system safety and reliability in industrial environments.
PVG612SPBF Advantages vs Typical Alternatives
This solid state relay offers superior electrical isolation and lower on-resistance compared to many traditional electromechanical relays or comparable SSRs. Its combination of high voltage and current handling, along with minimal leakage current, ensures reliable switching and reduced energy loss. The optically isolated MOSFET output also improves long-term reliability and protects control circuits from transients, making it ideal for demanding automation and industrial control applications.
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Typical Applications
- Industrial automation and process control systems, where reliable solid state switching and electrical isolation are critical for safety and equipment longevity.
- Automated test equipment requiring fast, noise-free switching and minimal mechanical wear for high throughput and low maintenance.
- Instrumentation circuit protection to prevent high-voltage transients from reaching sensitive measurement or control modules.
- Control of solenoids, valves, and actuators in factory environments, supporting precise and energy-efficient operation.
PVG612SPBF Brand Info
This product is manufactured by a reputable supplier specializing in high-reliability optoelectronic and solid state relays. The PVG612SPBF stands out for its robust isolation, high-voltage switching capability, and consistent quality, making it a trusted choice for engineers designing industrial automation and safety-critical systems. Its proven track record in OEM and industrial markets reflects a commitment to quality and innovation in MOSFET relay technology.
FAQ
What makes the PVG612SPBF suitable for industrial automation?
Its high isolation voltage, robust MOSFET output, and broad operating temperature range make it reliable in harsh industrial environments. The device??s low on-state resistance and compact DIP package support efficient, high-density system designs where space and reliability are critical.
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Can this relay be used for both AC and DC loads?
Yes, the solid state design and MOSFET output allow for effective switching of both AC and DC loads up to the specified voltage and current ratings. This versatility helps engineers standardize components across different control designs.
How does the isolation voltage benefit sensitive control circuits?
The 3750 Vrms isolation voltage means control and load sides are electrically separated, reducing the risk of high voltage transients or ground loops damaging microcontrollers, PLCs, or other sensitive logic devices.
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What is the advantage of the wide input control voltage range?
The ability to accept control signals from 3V to 12V makes integration with diverse digital logic families and microcontrollers straightforward, reducing the need for additional interface circuitry and simplifying design.
How does the on-state resistance affect system efficiency?
A lower on-state resistance (0.35 ?? max) minimizes power dissipation and heat generation during operation, which is especially important in tightly packed enclosures or applications with continuous switching. This helps maintain reliability and reduces overall energy consumption.