Step up & Step Down Transformers - Function, Specifications & Design

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Step UP Step Down Transformers
www.customcoils.com
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About Custom Coils

• Custom Coils, established in 1967, offers a wide
  range of magnetic components including high
  voltage transformers, DC Igniters, designed and
  quoted for industrial purpose.
• Spread over 17,000 sq. ft. of manufacturing
  plant, Custom Coils is a distinguished company in
  providing world class custom transformers and
  inductors.
• We are ISO 90012015 Certified

www.customcoils.com
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Function Of Step Up/Step Down Transformers

• Step up/Down voltage transformers are amongst the
  crucial units that efficaciously perform the task
  of changing the electrical voltage to a different
  value for meeting the individual needs of the
  power consumers.
• Using the principle of electromagnetic induction,
  these types of transformers increase or decrease
  the voltage of alternating current for the safe
  consumption of industrial, commercial or domestic
  users.
• The step-up transformers convert low voltage on
  the primary side to high voltage on the secondary
  side. On the other hand, a step-down transformer
  helps convert high voltage on the primary side to
  low voltage on the secondary side.

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Step up transformers Step down transformers are
available in the following specifications at
Custom Coils.
Specifications

• STEP UP TRANSFORMER
• Voltage Low input voltage and high output
  voltage
• Winding Secondary winding has the high voltage
  winding
• Current Low Current on the secondary winding
• Rating of Output Voltage11000 volts or above

• STEP DOWN TRANSFORMER
• Voltage High input voltage and low output
  voltage
• Winding Primary winding with high voltage
  winding
• Current Secondary winding with high current
• Rating of Output Voltage110v, 24v, 20v, 10v,
  etc.

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Basic Designing of Step Down transformers

• The designing and working of a transformer is
  dependent on the number of windings on the
  primary and secondary. The following formula is
  used to design a transformer
• Ns/Np  Vs/Vp
• Where,
• Ns is the number of turns on the secondary
• Np is the number of turns on the primary
• Vs is the voltage on the secondary
• Vpis the voltage on the primary
• Therefore, while designing a step-down
  transformer, Npgt Ns. This makes Vpgt Vs.

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Contact US

• For More Information, feel free to contact us or
  Request for a Quote
• Phone [phone]
• E-mail sales_at_customcoils.com
• Website https//www.customcoils.com/rfq/

www.customcoils.com