X1500 Socket Electrical Specifications

This article shows the details for the power consumption details and specifications for Cato X1500 and X1500B Socket models.

X1500 BTU/HR Details

Socket Model

Idle

Full Loading

X1500

16

41

X1500B

12.3

14.5

General Description

This specification defines the input, output characteristics and performance requirements for 24 watts switching mode AC to DC adapter.

Electrical Specifications for X1500 and X1500B Socket Models

  • Input Requirement

    • Input Voltages And Frequency Normal Voltages

    • Normal Voltages 100-240VAC Voltage Variation Range 90-264 VAC

    • Normal Frequency 50-60Hz

    • Frequency Variation Range 47Hz to 63 Hz 

    • Input Current

      AC input current shall not exceed 0.6A MAX, when operated at100-240VAC with no load to full load. 

    • Inrush Current 

      The inrush current must be limited to 50A when operated at 240VAC. Inrush current is measured at an ambient temperature of 25 °C with the test temperature stabilized in the power off condition until at ambient temperature

    • Power Consumption 

      The power consumption shall not exceed 0.075W when operated at normal voltage 100-240VAC with no load

  • Input Protection

    • Input Current Protection

      A fuse with a rating of 2.0A shall be installed on the input line side near the input connector to provided protection to the power supply

  • Output Requirement

    • Output Voltage - Current And Ripple Under any combinations of line and load variation and environmental conditions, output shall remain with in the tolerance defined below:

      • Input normal voltage: 100 - 240VAC

      • Output Nominal Voltage - 12VDC

      • Output Regulation +/- 5%

      • Minimum Load (A) 0

      • Maximum Load(A) 0

      • Ripple (m Vp-p) 200

      • Output power (w) 24

      Note

      • Output voltages shall be measured at output connector.

      • Ripple measurements shall be made with an oscilloscope of at least 20 MHz bandwidth. Output shall be bypassed at the connector with a 0.1uF ceramic disk capacitor and a 10uF electrolytic capacitor to simulate system loading at temperature 25°C.

    • Short Circuit Protection and Over Current Protection

      • The power supply shall be protected from damage of accidentally shorting Output for a long time period or over current Protection (2.2-3.0)A and auto-recovery when the fault is removed.

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