EDCOR Electronics Corporation Datasheets for Transformers
Transformers are electrical devices that are designed to transfer energy from one circuit to another by electromagnetic induction. They are used typically to increase or decrease voltage as it passes from one side of the device through the other.
Transformers: Learn more
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| Product Name | Notes |
|---|---|
| Design Mathematically designed to produce a turns ratio of 1+1:3.49+3.46 for line level signals. Dual Primary (Input) Designed for a unbalanced 150 Ohms line level signal. Dual Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 1+1:4.47+4.47 for line level signals. Dual Primary (Input) Designed for a unbalanced 150 Ohms line level signal. Dual Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 1.2:1 for line level signals. Primary (Input) Designed for a balanced or unbalanced 15K Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 1.58+1.58:1+1 for line level signals. Dual Primary (Input) Designed for a unbalanced 500 Ohms line level signal. Dual Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 1:1 for line level signals. Primary (Input) Designed for a balanced or unbalanced 10K Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 1:1 for line level signals. Primary (Input) Designed for a balanced or unbalanced 150 Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 1:1 for line level signals. Primary (Input) Designed for a balanced or unbalanced 15K Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 1:1 for line level signals. Primary (Input) Designed for a balanced or unbalanced 600 Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 1:1.2 for line level signals. Primary (Input) Designed for a balanced or unbalanced 10K Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 1:1:1:1 for line level signals. Input/Output The transformer has four identical windings with a maximum voltage of 7.5Vrms. Magnet Wire All... | |
| Design Mathematically designed to produce a turns ratio of 1:2 for line level signals. Primary (Input) Designed for a balanced or unbalanced 2.4K Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 1:2 for line level signals. Primary (Input) Designed for a balanced or unbalanced 600 Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 1:4.1 for line level signals. Primary (Input) Designed for a balanced or unbalanced 600 Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 1:5 for line level signals. Primary (Input) Designed for a balanced or unbalanced 600 Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 2+2:1+1 for line level signals. Primary (Input) Designed for a low impedance source, such as an operational amplifier or transistor with... | |
| Design Mathematically designed to produce a turns ratio of 2:1 for line level signals. Primary (Input) Designed for a balanced or unbalanced 2.4K Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 2:1 for line level signals. Primary (Input) Designed for a balanced or unbalanced 600 Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 4.1:1 for line level signals. Primary (Input) Designed for a balanced or unbalanced 10K Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 5:1 for line level signals. Primary (Input) Designed for a balanced or unbalanced 15K Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce a turns ratio of 8.2:1 for line level signals. Primary (Input) Designed for a balanced or unbalanced 10K Ohms line level signal. Secondary (Output) Designed... | |
| Design Mathematically designed to produce exact plate and screen voltages. These transformers are precision gapped to adjust for unbalanced DC current. Primary (Input) The input is designed for a 1.7K... | |
| Design Mathematically designed to produce exact plate and screen voltages. These transformers are precision gapped to adjust for unbalanced DC current. Primary (Input) The input is designed for a 10K... | |
| Design Mathematically designed to produce exact plate and screen voltages. These transformers are precision gapped to adjust for unbalanced DC current. Primary (Input) The input is designed for a 2.5K... | |
| Design Mathematically designed to produce exact plate and screen voltages. These transformers are precision gapped to adjust for unbalanced DC current. Primary (Input) The input is designed for a 3.5K... | |
| Design Mathematically designed to produce exact plate and screen voltages. These transformers are precision gapped to adjust for unbalanced DC current. Primary (Input) The input is designed for a 3K... | |
| Design Mathematically designed to produce exact plate and screen voltages. These transformers are precision gapped to adjust for unbalanced DC current. Primary (Input) The input is designed for a 4.5K... | |
| Design Mathematically designed to produce exact plate and screen voltages. These transformers are precision gapped to adjust for unbalanced DC current. Primary (Input) The input is designed for a 4K... | |
| Design Mathematically designed to produce exact plate and screen voltages. These transformers are precision gapped to adjust for unbalanced DC current. Primary (Input) The input is designed for a 5K... | |
| Design Mathematically designed to produce exact plate and screen voltages. These transformers are precision gapped to adjust for unbalanced DC current. Primary (Input) The input is designed for a 7.6K... | |
| Design Mathematically designed to produce exact plate and screen voltages. These transformers are precision gapped to adjust for unbalanced DC current. Primary (Input) The input is designed for a 8K... | |
| Design Mathematically designed to produce exact plate and screen voltages. Primary (Input) The input is designed for a 10K Ohms impedance source. Secondary (Output) The output is designed for a... | |
| Design Mathematically designed to produce exact plate and screen voltages. Primary (Input) The input is designed for a 15K Ohms impedance source. Secondary (Output) The output is designed for a... | |
| Design Mathematically designed to produce exact plate and screen voltages. Primary (Input) The input is designed for a 5K Ohms impedance source. Secondary (Output) The output is designed for a... | |
| Design Mathematically designed to produce exact plate and screen voltages. Primary (Input) The input is designed for a 600 Ohms impedance source. Secondary (Output) The output is designed for a... | |
| Design Mathematically designed to produce exact plate and screen voltages. Primary (Input) The input is designed for a 7.6K Ohms impedance source. Secondary (Output) The output is designed for a... | |
| Design Mathematically designed to produce exact plate and screen voltages. Primary (Input) The input is designed for a 8K Ohms impedance source. Secondary (Output) The output is designed for a... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 100V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 500V (250-0-250) at 60mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 100V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 580V (290-0-290) at 140mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 100V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 650V (325-0-325) at 70mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 100V, 50Hz. Secondary (Output) This transformer has multiple voltage windings, 560V and 500V (280-250-0-250-280) at 100mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 100V, 50Hz. Secondary (Output) This transformer has multiple voltage windings, 700V (350-0-350) at 150mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 110 and 120V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 320V at 372mA, 100V... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 110V and 120V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 480V (340-240-0-240-340) at 275mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 115V or 230V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, two 10V at 4A... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 115V or 230V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, two 340V at 400mA,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V and 125V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 490V (245-0-245) at 150mA,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V and 220V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 400V (200-0-200) at 70mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 220V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 540V (270-0-270) at 260mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 220V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V (300-0-300) at 200mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 230V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 720V (360-0-360) at 110mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has a single voltage winding, 200V at 10mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has a single voltage winding, 200V at 40mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has a single voltage winding, 250V at 10mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 140V at 200mA, 48V... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 180V at 200mA and... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 250V at 100mA, 24V... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 250V at 200mA, 30V... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 275V (137.5-0-137.5) at 125mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 280V at 75mA, 45V... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 360V (180-0-180) at 250mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 360V (180-0-180) at 500mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 400V (200-0-200) at 50mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 420V (210-0-210) at 80mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 540V (270-0-270) at 500mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 550V (275-0-275) at 125mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 560V and 100V (280-50-0-50-280)... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V (300-0-300) at 250mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V (300-0-300) at 50mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V (300-0-300) at 75mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V and 100V (300-50-0-50-300)... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 620V (310-0-310) at 100mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 64V (32-0-32) at 3A... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 650V (325-0-325) at 180mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 650V (325-0-325) at 40mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 700V (350-0-350) at 400mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 750V (375-0-375) at 175mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 760V and 640V (380-320-0-320-380)... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 800V (400-0-400) at 250mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, two 110V at 250mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V or 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, two 335V at 200mA. | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has a single voltage winding of 290V at 125mA. Magnet... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has a single voltage winding, 1100V (550-0-550) at 400mA center... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has a single voltage winding, 1500V (750-0-750) at 300mA center... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has a single voltage winding, 220V at 20mA, 20V (10-0-10)... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has a single voltage winding, 240V at 2A, 60V at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has a single voltage winding, 400V at 1A. Magnet Wire... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has a single voltage winding, 700V (350-0-350) at 175mA center... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has a single voltage winding, 80V (40-0-40) at 20mA center... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 1000V (500-0-500) at 300mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 1050V (525-0-525) at 150mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 1100V (550-0-550) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 1100V (550-0-550) at 400mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 1140V (570-0-570) at 150mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 12.6V (6.3-0-6.3) at 1A center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 1500V (750-0-150-750) at 200mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 1500V (750-150-0-750) at 200mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 165V at 1A, 50V at 100mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 170V at 250mA and 12V (6-0-6)... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 170V at 250mA and 6.3V (3.15-0-3.15)... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 180V at 200mA and 11.6V (5.8-0-5.8)... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 18V (9-0-9) at 2.5A center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 225V at 200mA and 6.3V at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 235V at 50mA and 7.5V at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 240V (120-0-120) at 100mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 240V at 200mA and 12.6V at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 240V at 200mA and 9V at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 250V (125-0-125) at 125mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 250V at 100mA and 9V at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 250V at 200mA and 6.3V at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 275V at 800mA, 120V at 60mA,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 284 at 22mA and 12V at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 290V at 150mA, 15V at 2A... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 290V at 250mA and 6.3V (3.15-0-3.15)... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 290V at 450mA, 80V at 30mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 300V at 150mA and 15V at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 300V at 40mA and 6.3V at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 300V at 40mA, 25V at 500mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 340V (170-0-170) at 500mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 350V (175-0-175) at 100mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 350V (175-0-175) at 60mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 350V at 1A, 60V at 100mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 360V (180-0-180) at 250mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 400V (200-0-200) at 50mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 400V (200-0-200) at 60mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 400V (200-0-200V) at 150mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 400V at 250mA, 80V at 250mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 400V at 400mA with taps at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 420V (210-0-210) at 120mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 45V at 500mA, 36V (18-0-18) at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 460V (230-0-230) at 250mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 460V (230-0-230) at 50mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 460V (230-0-230) at 60mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 470V at 350mA, 250V at 80mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 480V and 360V (240-180-0-180-240) at 120mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 490V (245-0-245) at 150mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 500V (250-0-250) at 100mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 500V (250-0-250) at 250mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 500V (250-0-250) at 300mA, 6.3V (3.15-0-3.15)... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 500V (250-0-250) at 60mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 510V (300-0-300) at 125mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 52V at 26mA, 40.6V (20.3-0-20.3) at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 530V (265-0-265) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 540V (270-0-270) at 450mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 550V (275-0-275) at 100mA, 12.6V (6.3-0-6.3)... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 550V (275-0-275) at 125mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 550V (275-0-275) at 125mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 550V (275-0-275) at 150mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 550V (275-0-275) at 175mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 550V (275-0-275) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 550V (275-0-275) at 250mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 550V with a 55V bias tap... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 550V with a 60V bias (275-60-0-275)... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 55V (275-0-275) at 250mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 560V (280-0-280) at 150mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 570V (285-0-285) at 200mA, 6.3V at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 570V (285-0-285) at 220mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 570V (285-0-285) at 250mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 580V (290-0-290) at 120mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 6.3V at 2.5A, 5V at 3A... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V (300-0-300) at 120mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V (300-0-300) at 150mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V (300-0-300) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V (300-0-300) at 250mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V (300-0-300) at 450mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V (300-0-300) at 75mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V and 480V (300-240-0-240-300) at 120mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V at 200mA, 6.3V at 1.2A,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 630V (315-0-315) at 400mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 640V (320-0-320) at 150mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 650V (325-0-325) at 120mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 650V (325-0-325) at 180mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 650V with a 70V bias (325-70-0-325)... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 660V (330-0-330) at 120mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 660V (330-0-330) at 125mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 660V (330-0-330) at 180mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 660V (330-0-330) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 660V and 520V (330-260-0-260-330) at 175mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 670V (335-0-70-335) at 200mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 680V (340-0-340) at 120mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 690V (345-0-345) at 400mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 700V (350-0-350) at 175mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 700V (350-0-350) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 700V (350-0-350) at 250mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 700V (350-0-350) at 300mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 700V (350-0-350) at 400mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 700V (350-70-0-350) at 450mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 700V at 250mA, 175V at 40mA,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 720V (360-0-360) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 720V (360-0-360) at 220mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 720V with a 70V bias tap... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 730V (365-0-365) at 120mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 740V (370-0-370) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 750V (375-0-105-375) at 300mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 750V (375-0-375) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 750V (375-0-375) at 250mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 750V (375-0-375) at 400mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 760V (380-0-380) at 150mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 760V (380-0-380) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 760V (380-0-380) at 300mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 800V (400-0-400) at 115mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 800V (400-0-400) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 800V (400-0-400) at 200mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 820V (410-0-410) at 300mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 820V (410-55-0-410) at 325mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, 900V (450-0-450) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, four 100V at 20mA and two... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, two 120V at 2A and two... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 120V, 60Hz. Secondary (Output) This transformer has multiple voltage windings, two 25V at 500mA. Magnet Wire... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 220V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 500V (250-0-250) at 400mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 220V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 700V (350-0-350) at 300mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 230V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 450V (225-0-225) at 500mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 230V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 500V (250-0-250) at 175mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has a single voltage winding, 290V at 800mA. Magnet Wire... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 200V at 250mA and 6.3V at... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 300V (150-0-150) at 120mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 320V (160-0-160) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 340V at 400mA, 230V at 200mA,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 340V at 400mA, 230V at 200mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 350V (175-0-175) at 100mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 350V at 1A, 70V at 100mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 370V (185-0-185) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 400V (200-0-200V) at 150mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 500V (250-0-250) at 250mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 500V (250-0-250) at 400mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 510V (300-0-300) at 125mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 550V (275-0-275) at 100mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 550V (275-0-275) at 125mA center tapped... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 550V (275-0-275) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 580V (290-0-290) at 120mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 6.3V at 8A, 6V at 2A. | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 600V (300-0-300) at 200mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 640V (320-0-320) at 150mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 660V (330-0-330) at 120mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 660V and 520V (330-260-0-260-330) at 175mA... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 720V (360-0-360) at 220mA center tapped,... | |
| Design Mathematically designed to produce the specified voltage(s) when loaded. Primary (Input) Designed for 240V, 50/60Hz. Secondary (Output) This transformer has multiple voltage windings, 800V (400-0-400) at 150mA center tapped,... | |
| High Quality Sound The WA series audio distribution transformers are designed for the amplifier output side of a voltage speaker distribution system. Continuous Use Design Each unit is designed to... | |
| High Quality Sound The WS series audio distribution transformers are designed for the speaker side of a voltage speaker distribution system. Continuous Use Design Each unit is designed to operate... | |
| High Quality Sound The WSM7000 series audio distribution transformers are designed to match 25V or 70V to 25V or 70V speaker distribution systems. Continuous Use Design Each unit is designed... |
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