IS220PTURH1B

¥4,105.00

Parameters:

  • Input Voltage Range: Specifies the minimum and maximum voltage levels that the IS220PTURH1B can accept as input.

  • Output Voltage: Indicates the fixed or adjustable voltage level provided by the device as output.

  • Switching Frequency: Defines the rate at which the device switches its output voltage.
    Specifications:

  • Power Rating: Determines the maximum power that the IS220PTURH1B can handle without overheating or damaging.

  • Efficiency: Measures how effectively the device converts input power into output power.

Category:

Description

Parameters:

  • Input Voltage Range: Specifies the minimum and maximum voltage levels that the IS220PTURH1B can accept as input.

  • Output Voltage: Indicates the fixed or adjustable voltage level provided by the device as output.

  • Switching Frequency: Defines the rate at which the device switches its output voltage.
    Specifications:

  • Power Rating: Determines the maximum power that the IS220PTURH1B can handle without overheating or damaging.

  • Efficiency: Measures how effectively the device converts input power into output power.

  • Operating Temperature Range: Outlines the temperature range within which the device can operate reliably.
    Dimensions & Weight:

  • Dimensions: Provides the physical size of the IS220PTURH1B, including length, width, and height, for proper installation planning.

  • Weight: Indicates the mass of the device, which is important for handling and shipping.
    Series:

  • Part of the IS series, known for its high-performance and reliability in power conversion applications.
    Features:

  • Compact Design: Optimizes space utilization, making it suitable for applications with limited space.

  • High Efficiency: Minimizes power loss, resulting in cooler operation and lower energy costs.

  • Protection Mechanisms: Incorporates safeguards against overvoltage, undervoltage, and short-circuits.
    Functions:

  • The IS220PTURH1B serves as a power conversion device, transforming input power into a form suitable for the load.

  • Its high efficiency and compact design make it ideal for applications requiring reliable and space-efficient power conversion.

  • The device enhances system performance by providing a stable and protected power supply, ensuring the smooth operation of connected equipment.