1274AS-H-3R3N=P3

1274AS-H-3R3N=P3 is a common electronic component typically used in power management or filtering circuits.

Key Parameters:

  1. Model: 1274AS-H-3R3N=P3
  2. Type: Inductor or Power Inductor
  3. Inductance Value: 3.3 µH (microhenry)
  4. Current Ratings:
    • Saturation Current (Isat): Typically several amperes (specific value should refer to the datasheet).
    • Temperature Rise Current (Irms): Usually slightly lower than the saturation current.
  5. DC Resistance (DCR): Low-resistance design, specific value should refer to the datasheet.
  6. Operating Temperature Range: Typically -40°C to +125°C, suitable for industrial-grade applications.
  7. Package: Compact surface-mount device (SMD) package, suitable for high-density PCB design.
  8. Shielding Type: Typically shielded inductor to reduce electromagnetic interference (EMI).

Application Scenarios:

  1. Power Management:
    • Used in DC-DC converters (e.g., Buck, Boost circuits) as energy storage and filtering components.
    • Suitable for switch-mode power supply (SMPS) designs to improve power efficiency.
  2. Filtering Circuits:
    • Used to filter out high-frequency noise, ensuring stable circuit operation.
    • Suitable for filtering designs at power input/output terminals.
  3. Consumer Electronics:
    • Widely used in portable devices such as smartphones, tablets, and laptops.
    • Used in battery management circuits to optimize power efficiency.
  4. Industrial Equipment:
    • Used in industrial power modules, motor drive circuits, etc.
    • Suitable for scenarios requiring high reliability.
  5. Automotive Electronics:
    • Used in vehicle power systems, LED drive circuits, etc.
    • Meets automotive reliability standards (e.g., AEC-Q200).

Features:

  1. High Efficiency: Low DC resistance (DCR) design reduces energy loss.
  2. High Reliability: Suitable for harsh environments such as high temperature and humidity.
  3. Compact Size: SMD package saves PCB space.
  4. Low EMI: Shielded design reduces electromagnetic interference.

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