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PM61300-5-RC - Bourns

Description: SMD CCFL Transformer 20μH, 70mA, Primary 2.34Ω 10.5V, Secondary 290Ω 1300V, -40 °C to +105 °C

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PCB Footprints
PM61300-5-RC - Bourns PCB footprint - Other - Other - PM61300-5-RC-1
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3D Models
PM61300-5-RC - Bourns  - 3D model - Other - PM61300-5-RC-1
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PM61300-5-RC Details

  • Manufacturer Part Number:

    PM61300-5-RC

  • Rohs Code:

    Yes

  • Part Life Cycle Code:

    Obsolete

  • Package Description:

    ROHS COMPLIANT

  • ECCN Code:

    EAR99

  • Manufacturer:

    Bourns Inc

  • YTEOL:

    0

  • Additional Feature:

    TURNS RATIO: 125, HEIGHT DIMENSION INCLUDES TERMINALS ALSO

  • Height:

    7.1 mm

  • Input Voltage-Max:

    10.5 V

  • JESD-609 Code:

    e3

  • Length:

    19.5 mm

  • Mounting Feature:

    SURFACE MOUNT

  • Operating Frequency-Max:

    60 kHz

  • Operating Temperature-Max:

    105 °C

  • Operating Temperature-Min:

    -40 °C

  • Output Voltage 1:

    1300 V

  • Packing Method:

    TAPE & REEL

  • Power Rating:

    6 W

  • Surface Mount:

    YES

  • Terminal Finish:

    Tin (Sn)

  • Transformer Type:

    INVERTER TRANSFORMER

  • Width:

    16.5 mm

PM61300-5-RC Frequently Asked Questions (FAQs)

  • Bourns provides a recommended PCB layout and land pattern in their application notes. It's essential to follow these guidelines to ensure optimal performance, low inductance, and minimal parasitic effects.
  • To minimize electromagnetic interference (EMI), keep the inductor at least 5 mm away from sensitive components. You can also use shielding techniques, such as copper tape or a mu-metal shield, to contain the magnetic field.
  • While the datasheet specifies a maximum current rating, the maximum allowable voltage is not explicitly stated. As a general rule, keep the voltage across the inductor below 1.5 times the maximum rated voltage to prevent saturation and ensure reliable operation.
  • The PM61300-5-RC is rated for operation up to 125°C. However, it's essential to consider the inductor's temperature coefficient and potential derating factors when operating in high-temperature environments. Consult with Bourns' application engineers for specific guidance.
  • To select the correct inductor value, consider factors such as the operating frequency, current requirements, and desired inductance value. You can use online inductor selection tools or consult with Bourns' application engineers to determine the optimal inductor value for your specific application.

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