PVR1300 Video Recorder Module ÿ High-Quality Recording System, Complete Package

PVR1300 Overview

The PVR1300 is a highly specialized electronic component engineered for demanding industrial and commercial applications. Recognized for its robust performance, it offers superior reliability and integration flexibility in system designs. Its advanced feature set makes it suitable for environments that require precise control and consistent operation under varying conditions. With a focus on efficiency and dependability, this device stands out in its class, supporting design engineers and procurement specialists in meeting stringent project requirements. IC Manufacturer

PVR1300 Technical Specifications

PVR1300 Key Features

• High isolation voltage of 3750 Vrms ensures safe operation in high-voltage environments, protecting both devices and users.
• Low on-state resistance (25 ?? typical) reduces power dissipation and heat generation, supporting energy-efficient system designs.
• MOSFET output type allows fast switching with minimal leakage, enhancing reliability in automated control and signal switching applications.
• Wide operating temperature range from -40??C to +85??C enables use in harsh industrial and outdoor conditions.

PVR1300 Advantages vs Typical Alternatives

Compared to standard electromechanical relays or conventional solid-state switches, this component delivers higher isolation, faster response, and reduced mechanical wear. Its MOSFET output and low on-resistance contribute to improved efficiency and reliability, making it a superior choice for sensitive or safety-critical systems where long-term stability and minimized maintenance are essential.

Typical Applications

• Industrial automation systems benefit from the device??s high voltage isolation and fast switching, ensuring reliable signal and load control even in electrically noisy environments.
• Test and measurement equipment uses the relay to enable precise, low-leakage switching of signals or loads, improving accuracy and repeatability.
• Medical instrumentation requires components with robust isolation and consistent performance to protect sensitive electronics and ensure patient safety.
• Telecommunications infrastructure utilizes this relay for line switching and protection, where dependable isolation and long service life are crucial.

PVR1300 Brand Info

The PVR1300 is a flagship solution positioned by its manufacturer for applications that demand high isolation, MOSFET-based output, and extended operating temperature ranges. Developed with a commitment to quality and long-term reliability, this relay integrates seamlessly into modern electronic systems. Its proven track record in diverse industries underscores its reputation for durability and performance, making it a preferred choice for engineers and OEMs worldwide.

FAQ

What makes the PVR1300 suitable for high-voltage applications?

Its 3750 Vrms isolation voltage provides robust protection between input and output circuits, reducing the risk of electrical arcing or failure in high-voltage environments. This ensures reliable operation and safety in demanding applications.

How does the low on-state resistance benefit designers?

With a typical on-state resistance of only 25 ohms, the device minimizes power losses and heat buildup during operation. This efficiency is especially valuable in compact systems where thermal management is critical.

Can the relay operate reliably in extreme temperatures?

Yes. Its operating temperature range of -40??C to +85??C allows it to function dependably in harsh industrial, outdoor, or automotive conditions, making it adaptable to a wide variety of deployment scenarios.

What types of loads can the device switch?

With a maximum load voltage rating of up to 400 V and a load current capability of 120 mA, the relay is ideal for switching moderate power signals, control lines, or low-current loads commonly found in control and measurement equipment.

Why choose a MOSFET output relay over electromechanical alternatives?

MOSFET-based relays like this one offer silent, fast switching without mechanical contacts. This translates to longer service life, greater reliability, and immunity to contact bounce or wear, especially in high-frequency switching applications.