About Our Range Of Products :

Our product range can be broadly classified as:

Laminated core transformers       Sensing Transformers

* Laminated Core Transformers:

Control Transformers

Sensing Transformers

Medium dry type Power Transformers

UPS Transformers and chokes (offline and online)

Transformers for Telecommunications (AVR, IPU & LCU panels)

Transformers and chokes for Drives and CNC machines

Transformers for battery chargers and stabilizers

Toroidal Transformers & chokes

* Ferrite Transformers & Chokes

SMPS Transformers


Air core coils

Drum cores

Potted Transformers

Line Filters

Impedance Transformers

Pulse Transformers

SMPS Transformers

Any switched-mode power supply that gets its power from an AC power line (called an "off-line" converter) requires a transformer for galvanic isolation. Some DC-to-DC converters may also include a transformer, although isolation may not be critical in these cases. SMPS transformers run at high frequency. Most of the cost savings (and space savings) in off-line power supplies result from the smaller size of the high frequency transformer compared to the 50/60 Hz transformers formerly used.

Cores generally use ferrite material which has a low loss at the high frequencies and high flux densities used. The laminated iron cores of lower-frequency (<400 Hz) transformers would be unacceptably lossy at switching frequencies of a few kilohertz. Also, more energy is lost during transitions of the switching semiconductor at higher frequencies. Furthermore, more attention to the physical layout of the circuit board is required as parasitic become more significant, and the amount of electromagnetic interference will be more pronounced.

We offer SMPS Transformers in various types & specifications as per customer design as under :

EE series        EF Series

ETD series     EI Series

PQ series       EFD series


Transformers for use at power or audio frequencies typically have cores made of high permeability silicon steel. The steel has a permeability many times that of free space and the core thus serves to greatly reduce the magnetizing current and confine the flux to a path which closely couples the windings.

One common design of laminated core is made from interleaved stacks of E-shaped steel sheets capped with I-shaped pieces, leading to its name of 'E-I transformer'. Such a design tends to exhibit more losses, but is very economical to manufacture.

Distribution transformers can achieve low no-load losses by using cores made with low-loss high-permeability silicon steel or amorphous (non-crystalline) metal alloy. The higher initial cost of the core material is offset over the life of the transformer by its lower losses at light load.

Toroidal Transformers

The Toroidal Transformers are manufactured by using High Quality Grade CRGO and CRNGO cores as per customers specification. Toroidal Transformers work more efficiently with low Stray Magnetic field.

Common mode Chokes, Line Filter

We offer Common mode choke as per customer design and specification in following types :

UU Series      EE Series

UT Series      ET Series


Inductor are manufactured with Drum core, Rod core in various sizes as per customers specification

Impedance Transformers :

Pulse Transformers :  A “pulse transformer” is any transformer capable of transmitting voltage pulses (often rectangular) with adequate signal fidelity. Requirements like high-permeability core, low leakage inductance, low inter-winding capacitance etc. are common also to the power transformers in several switched-mode power supplies. Therefore, extremely high power transformers (rating MW or even TW) can be referred to as “pulse transformers

Potted Transformers :

Air core Inductor :  We also offer to our customers Air core coil describes an inductor that does not use a magnetic core . The coils wound on plastic, ceramic, or other nonmagnetic forms, as well as those that have only air inside the windings. Air core coils have lower inductance than ferromagnetic core coils, but are often used at high frequencies because they are free from energy losses called core losses that occur in ferromagnetic cores, which increase with frequency