Toroidal Transformers

Efficient toroidal transformer with 25V secondaries. 80VA rated.

These 50VA transformers will fit inside our 1 Unit 19" rack cases

These 50VA transformers will fit inside our 1 Unit 19" rack cases

Efficient toroidal transformer with 30V secondaries. 300VA rated.

Toroidal transformers are becoming increasingly popular due to their improved magnetic properties and also that they can be made to a lower profile than a standard solenoid core transformer, allowing for equipment of similar power to be of a lower profile such as rack mounted devices.

Efficient toroidal transformer with 35V secondaries. 300VA rated.

Efficient toroidal transformer with 45V secondaries. 160VA rated.

6+6V 10VA Potted Toroidal Transformer.

Toroidal transformers provide a higher output compared to traditional E-I transformers of a similar physical size. They have substantially reduced radiated hum and electrical noise, generate less heat and have much better regulation making them ideal for

Toroidal transformers provide a higher output compared to traditional E-I transformers of a similar physical size. They have substantially reduced radiated hum and electrical noise, generate less heat and have much better regulation making them ideal for

Toroidal transformers provide a higher output compared to traditional E-I transformers of a similar physical size. They have substantially reduced radiated hum and electrical noise, generate less heat and have much better regulation making them ideal for

Low profile design suitable for use inside our 1RU 19" rack enclosures.

Efficient toroidal transformer with 9V secondaries. 80VA rated.

Toroidal transformers provide a higher output compared to traditional E-I transformers of a similar physical size. They have substantially reduced radiated hum and electrical noise, generate less heat and have much better regulation making them ideal for

Certificate No.: CS 815/Q

Toroidal transformers provide a higher output compared to traditional E-I transformers of a similar physical size. They have substantially reduced radiated hum and electrical noise, generate less heat and have much better regulation making them ideal for