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PCB Power Transformer

Name: PCB Power Transformer
Brand: G T ELECTRONIC (INDIA) PRIVATE LIMITED
Price: 600 INR
Availability: InStock

Price 600 INR/ Piece

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MOQ : 500 Pieces

PCB Power Transformer Specification

Coil Material
Enameled Copper

Operating Temperature
-25C to +70C

Cooling Type
Natural air cooling

Voltage Booster Type
Step-down

High Voltage
230V

Standard
IS/IEC 61558

Load Loss
<1W

Rated Voltage
230V AC

Capacity
1A - 2A

Low Voltage
3V, 6V, 9V, 12V

Dimension (L*W*H)
40mm x 32mm x 26mm

Product Type
PCB Mounted Transformer

Material
Epoxy encapsulated, Copper winding, Polyester bobbin

Output
3V, 6V, 9V, 12V (custom options)

Frequency (MHz)
50/60 Hz

Efficiency
85% - 90%

Phase
Single Phase

Usage
Electronic appliances, Power supply units

Coil Structure
Layered

Coil Number
2 (Primary & Secondary)

Power Scope
Up to 12 VA

Weight
80g - 150g

Flammability Rating
UL94-V0

Mounting Type
Through-hole

Humidity Tolerance
95% RH

Safety
Short-circuit and overload protected

Storage Temperature
-40C to +85C

Insulation Class
Class B

Dielectric Strength
2500V AC for 1 minute

Terminal Type
Tinned lead

About PCB Power Transformer

GT Electronic India offers 50/60Hz flat design and high quality PCB mountable toroidal transformers. These transformers are intended for 115V or 230V @ 50/60Hz applications. Our transformers meet UL 1950, VDE and EN60950.

Epoxy Encapsulation for Enhanced Protection

Utilizing high-grade epoxy for encapsulation, this transformer offers superior resistance to moisture, dust, and mechanical impact. Its durable design ensures longevity, especially in demanding environments where safety and reliability are critical for electronic components.

Flexible Output Options and Reliable Performance

Available with multiple output voltages (3V, 6V, 9V, 12V), this transformer provides customizable solutions for varied power supply requirements. With single-phase operation and layered coil structure, it delivers consistent performance and improved efficiency for compact PCB designs.

FAQ's of PCB Power Transformer:

Q: How is this PCB Power Transformer installed onto a circuit board?

A: This transformer uses a through-hole mounting type, which involves inserting its tinned lead terminals into PCB holes and soldering them for a secure and stable connection, ensuring reliable performance in electronic appliances.

Q: What safety features does the transformer provide during operation?

A: It includes integrated short-circuit and overload protection, a Class B insulation system, and a UL94-V0 flammability rating. These features help prevent overheating, electrical faults, and fire risks during extended use.

Q: Where is this transformer commonly used and why?

A: It's widely deployed in electronic appliances and power supply units due to its compact size, reliable insulation, and the ability to handle various output voltages. Manufacturers, exporters, and suppliers in India prefer it for its compliance with IS/IEC 61558 standards.

Q: When can this transformer be used in challenging environments?

A: The device operates efficiently within a temperature range of -25C to +70C, tolerates up to 95% relative humidity, and can be safely stored between -40C and +85C, making it suitable for harsh industrial and geographic conditions.

Q: What benefits does epoxy encapsulation bring to the transformer?

A: Epoxy encapsulation protects the internal copper winding, polyester bobbin, and coil structure from moisture, vibrations, and dust, extending the transformer's life and improving performance under adverse conditions.

Q: How is the transformer's dielectric strength verified?

A: Dielectric strength is tested by applying 2500V AC for one minute, ensuring that the insulation can withstand high voltages without breakdown, thus confirming its safety and reliability during high-voltage operation.

Q: What process ensures high efficiency and low load loss in this transformer?

A: The layered coil structure with enameled copper winding, combined with natural air cooling, enables efficiency levels between 85% and 90%, while load loss remains below 1W, optimizing energy utilization in electronic circuits.

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