DPS180055UPS-Z6P

DPS180055UPS-Z6P Application Field and Working Principle

The DPS180055UPS-Z6P is a powerful, durable, and reliable AC DC desktop, wall adapter. It is designed for applications with frequent voltage cycling and devices that require a short circuit output current of up to 18A. This adapter works continuously with a wide input range of 85 to 305VAC, allowing it to be used from an AC source with virtually any voltage.

Application Field of DPS180055UPS-Z6P

Due to its robust characteristics, the DPS180055UPS-Z6P AC DC desktop, wall adapter is suitable for various applications like medical equipment, lighting, consumer electronics, industrial equipment, power supplies, automatic controls, embedded systems, automotive electronics, etc. It is especially suitable for devices that require a short circuit output current up to 18A. The DPS180055UPS-Z6P operates continuously with a wide input range of 85 to 305VAC, allowing it to be used from an AC source with virtually any voltage.

Working Principle of DPS180055UPS-Z6P

The DPS180055UPS-Z6P AC DC Desktop, Wall Adapter works by the principle of voltage regulation. The adapter converts incoming AC or DC power to lower voltage DC current. It is designed to protect the device from high and low voltage conditions, allowing it to operate with high power efficiency and longer product life. The DPS180055UPS-Z6P also has safeguards against overvoltage, overheat, and surge protection. The adapter offers speed, reliability, and improved efficiency for any power application.

Conclusion

The DPS180055UPS-Z6P AC DC desktop, wall adapter is a powerful, durable, and reliable adapter. It is designed for applications with frequent voltage cycling and devices that require up to 18A of short circuit current. The adapter has robust characteristics and operates continuously with a wide input range, allowing it to be used with virtually any voltage. The principle of voltage regulation maintains a consistent output with high efficiency and safety features against overvoltage, overheat, and surge protection.