Shreejee Electronics (P) Ltd.
Incepted in the year 1987, Shreejee Electronics Pvt. Ltd. has carved a niche for itself in the industry. Thoroughly understanding the needs and requirements of our clients, we have successfully catered to domestic and international clientele with our wide array of electronic items. Our company is a manufacturer of SMPS Transformers / Inductors / Coils in ferrite and iron core (CRNO, CRGO), etc., Chokes, Adaptors, LED Driver Transformers, Ferrite Coils, Iron Coils, Iron & Iron Dust of different sizes and shapes (EE, EI, ER, ETD, U, Torroid, RM, Potcore, PL, etc) for multifarious uses. We are also capable of providing customized solutions as per the specifications of our clients.
Country/Area ：India
Company Email ：contact@shreejee.co.in
Industry ：ElectronicsElectrical Equipment & SuppliesManufacturingMetals & Alloys
Company address ：c-45 Sector 6, Noida, Uttar Pradesh, 201301, India
Company website ：*****
Company phone ：+91 1204572440
Established ：1985
Company Revenue ：$7,442,000
Number of employees ：<25
SIC Code ：36367
NAICS Code ：33334
Main Products ：CoilsTransformersInductorsChokes
Business Info
CIN ：U74899DL1987PTC030085
Registered State ：Delhi
Registrar Of Companies ：RoC-Delhi
Category ：Company limited by Shares
Sub Category ：Non-govt company
Company Class ：Private
Company Status ：Active
Registered Office Address ：573 MAIN ROAD CHIRAG DELHI1ST FLOOR NEW DELHI DL IN 110017
Authorized Cap ：2500000.00
Paidup Capital ：2500000.00
Web Summary
Q1: What is the company name and its official website, and where is it based?
A1: The company name is Shreejee Electronics (P) Ltd., and its official website can be found at [the provided URL], although the exact URL is not mentioned in the text. However, according to the content, the company is based in India.
Q2: What type of technology does Shreejee Electronics utilize for designing compact SMD transformers?
A2: Shreejee Electronics utilizes Surfacemount Technology (SMT), also known as SurfaceMount Device (SMD) technology, for designing compact SMD transformers.
Q3: What are the key differences between SMT and conventional transformers in terms of form factor and construction?
A3: The key differences between SMT and conventional transformers include their compact form factor essential in modern electronics where space is at a premium. SMT transformers utilize bobbins and pins designed for surface mounting, whereas traditional transformers do not have this feature.
Q4: What materials are commonly used by engineers to design SMT transformers?
A4: Engineers often choose FR4 epoxy resin glass fiber laminates and ferrite polymer composites for the core and bobbin materials in designing SMT transformers. These materials offer excellent thermal and electrical properties, making them ideal for highfrequency applications.
Q5: What are some of the key applications of SMT transformers?
A5: SMT transformers are versatile components that find applications in various electronic systems, including impedance matching, power conversion, current sensing, and stepdown voltage applications. They optimize signal transfer between different circuit stages and provide precise measurement and control capabilities.
Q6: How do SMT transformers operate, and what is the significance of highfrequency operation?
A6: SMT transformers operate by transferring electrical energy through electromagnetic induction. Highfrequency operation is crucial for optimizing efficiency, as it allows for smaller magnetic components and higher power density.
Q7: What are coreless PCB transformers, and how do they benefit applications requiring compact and efficient transformers?
A7: Coreless PCB transformers eliminate the need for traditional magnetic cores, allowing for highfrequency operation and increased power density. This innovation benefits applications requiring compact and efficient transformers.
Q8: How does Shreejee Electronics offer custom SMD transformer solutions to meet specific needs?
A8: Shreejee Electronics offers competitive pricing of custom SMD transformers tailored to meet specific needs, ensuring high performance and reliability in every application. They work with customers to build a component that fits their need perfectly.
A1: The company name is Shreejee Electronics (P) Ltd., and its official website can be found at [the provided URL], although the exact URL is not mentioned in the text. However, according to the content, the company is based in India.
Q2: What type of technology does Shreejee Electronics utilize for designing compact SMD transformers?
A2: Shreejee Electronics utilizes Surfacemount Technology (SMT), also known as SurfaceMount Device (SMD) technology, for designing compact SMD transformers.
Q3: What are the key differences between SMT and conventional transformers in terms of form factor and construction?
A3: The key differences between SMT and conventional transformers include their compact form factor essential in modern electronics where space is at a premium. SMT transformers utilize bobbins and pins designed for surface mounting, whereas traditional transformers do not have this feature.
Q4: What materials are commonly used by engineers to design SMT transformers?
A4: Engineers often choose FR4 epoxy resin glass fiber laminates and ferrite polymer composites for the core and bobbin materials in designing SMT transformers. These materials offer excellent thermal and electrical properties, making them ideal for highfrequency applications.
Q5: What are some of the key applications of SMT transformers?
A5: SMT transformers are versatile components that find applications in various electronic systems, including impedance matching, power conversion, current sensing, and stepdown voltage applications. They optimize signal transfer between different circuit stages and provide precise measurement and control capabilities.
Q6: How do SMT transformers operate, and what is the significance of highfrequency operation?
A6: SMT transformers operate by transferring electrical energy through electromagnetic induction. Highfrequency operation is crucial for optimizing efficiency, as it allows for smaller magnetic components and higher power density.
Q7: What are coreless PCB transformers, and how do they benefit applications requiring compact and efficient transformers?
A7: Coreless PCB transformers eliminate the need for traditional magnetic cores, allowing for highfrequency operation and increased power density. This innovation benefits applications requiring compact and efficient transformers.
Q8: How does Shreejee Electronics offer custom SMD transformer solutions to meet specific needs?
A8: Shreejee Electronics offers competitive pricing of custom SMD transformers tailored to meet specific needs, ensuring high performance and reliability in every application. They work with customers to build a component that fits their need perfectly.
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