Product Description
CFL, Charger & Lighting Transformers
Backed with rich experience and knowledge, we are considered to be one of the most professional manufacturers and suppliers of CFL, Charger & Lighting Transformers. These are devised in our well equipped manufacturing unit by using high grade raw materials in compliance with international standards. Our skilled quality controllers closely test and verify the products on predefined parameters and standards set by the industry. Offered at industry leading prices, our range of CFL, Charger & Lighting Transformers is known for its robust construction, long operational life and corrosion & rust proof surface finish.
Premium Ferrite Core and Durable DesignBuilt with an E Ferrite Core and Tinned Copper Leads, the transformer ensures high performance for isolation and signal coupling tasks. Its flame-retardant UL94V-0 casing and high insulation resistance guarantee safety and durability even in rigorous environments. Designed for self-cooled or air natural cooling, it remains efficient with minimum load loss, offering reliable operation across a wide range of conditions.
Customizable Electrical SpecificationsThe transformer provides flexibility with custom turn ratios, output voltage options (high voltage: 300V1000V, low voltage: 5V48V), and capacity tailored to your application needs. Supporting single-phase, two-winding EI coil structure, and a standard operating temperature of -40C to +85C, it integrates seamlessly into diverse circuit designs. Suitability for pulse, signal, and driver transformer roles expands its utility.
Trusted Quality and ComplianceFully compliant with RoHS and certified to IEC 60076 / IS 2026 standards, these driver transformers are manufactured in India and distributed globally through an extensive network. Each unit undergoes rigorous dielectric and impulse withstand testing for voltage resilience, assuring operational integrity and peace of mind in sensitive electronic circuits.
FAQs of Ferrite Core Driver Transformer:
Q: How do I install a Ferrite Core Driver Transformer onto a PCB?
A: The transformer features tinned copper leads designed for easy PCB mounting. To install, align the leads with the designated PCB holes, insert them securely, and solder for optimum connectivity. Ensure correct polarity and orientation by referencing the provided polarity marking on the unit.
Q: What are the main applications of this Ferrite Core Driver Transformer?
A: This transformer is primarily used for electronic circuit isolation and signal coupling in power electronics, amplifiers, switching circuits, and industrial control systems. Its broad frequency compatibility (50400 MHz) and customizable turns ratio make it suitable for both step-up and step-down voltage transformation.
Q: What benefits does using an E Ferrite Core and EI coil structure provide?
A: The E Ferrite Core combined with an EI coil structure minimizes core losses and supports high-frequency operation, helping to achieve up to 98% efficiency. This construction enhances energy transfer, reduces electromagnetic interference, and offers improved stability under varying electrical loads.
Q: When should I opt for a custom turn ratio or output voltage?
A: Choose a custom turn ratio or output voltage when your application demands specific voltage transformation, signal strength, or matching impedance levels that standard options cannot meet. This flexibility ensures optimal circuit performance and maximized device compatibility.
Q: Where is this transformer commonly sourced or distributed?
A: Manufactured and supplied in India, these driver transformers can be obtained via dealers, distributors, exporters, producers, retailers, suppliers, traders, and wholesalers, ensuring broad availability for various industrial and electronic sectors.
Q: What standards and safety certifications does the transformer meet?
A: Each unit complies with RoHS requirements, conforms to IEC 60076 and IS 2026 standards, and is rated UL94V-0 for flame retardancy. High insulation resistance and voltage withstand specifications ensure safe and reliable long-term operation.
Q: How does the transformer maintain reliable operation under different temperatures?
A: With a storage temperature range of -55C to +125C and an operating range of -40C to +85C, alongside self-cooled or air natural cooling features, the transformer delivers stable performance in diverse environmental conditions without risk of thermal degradation.