OEM YZ30S06-1208B EI30 Electric ac ac transformer 230v to 12v PCB power supply Suppliers, Manufacturers

Primary Voltage： 115V
Part Number	Primary (V)	Secondary (V)	Secondary (mA)	No-Load Voltage (V)	Schematic No.	Ambient Temperature
YZ30US06-0607B	115	6	100	10.0	1	ta 70/B
YZ30US06-0727B	115	7.2	83.3	11.7	1	ta 70/B
YZ30US06-0907B	115	9	66.7	14.7	1	ta 70/B
YZ30US06-1007B	115	10	60	16.3	1	ta 70/B
YZ30US06-1207B	115	12	50	19.5	1	ta 70/B
YZ30US06-1507B	115	15	40	24.5	1	ta 70/B
YZ30US06-1807B	115	18	33.3	28.8	1	ta 70/B
YZ30US06-2407B	115	24	25	39.3	1	ta 70/B
YZ30UD06-0607B	115	2x6	2x50	2x10.0	2	ta 70/B
YZ30UD06-0727B	115	2x7.2	2x41.7	2x11.7	2	ta 70/B
YZ30UD06-0907B	115	2x9	2x33.3	2x14.7	2	ta 70/B
YZ30UD06-1007B	115	2x10	2x30	2x16.3	2	ta 70/B
YZ30UD06-1207B	115	2x12	2x25	2x19.5	2	ta 70/B
YZ30UD06-1507B	115	2x15	2x20	2x24.5	2	ta 70/B
YZ30UD06-1807B	115	2x18	2x16.7	2x28.8	2	ta 70/B
YZ30UD06-2407B	115	2x24	2x12.5	2x39.3	2	ta 70/B

Primary Voltage： 115VX2
Part Number	Primary (V)	Secondary (V)	Secondary (mA)	No-Load Voltage (V)	Schematic No.	Ambient Temperature
YZ30XD06-0607B	2X115	2x6	2X50.0	2x10.0	3	ta 70/B
YZ30XD06-0907B	2X115	2x9	2X33.3	2x14.7	3	ta 70/B
YZ30XD06-1207B	2X115	2x12	2X25.0	2x19.5	3	ta 70/B
YZ30XD06-1507B	2X115	2x15	2X20.0	2x24.5	3	ta 70/B
YZ30XD06-1807B	2X115	2x18	2X16.7	2x28.8	3	ta 70/B
YZ30XD06-2407B	2X115	2x24	2X12.5	2x39.3	3	ta 70/B

Primary Voltage :230V
Part Number	Primary (V)	Secondary (V)	Secondary (mA)	No-Load Voltage (V)	Schematic No.	Ambient Temperature
YZ30S06-0607B	230	6	100	10.0	1	ta 70/B
YZ30S06-0727B	230	7.2	83.3	11.7	1	ta 70/B
YZ30S06-0907B	230	9	66.7	14.7	1	ta 70/B
YZ30S06-1007B	230	10	60	16.3	1	ta 70/B
YZ30S06-1207B	230	12	50	19.5	1	ta 70/B
YZ30S06-1507B	230	15	40	24.5	1	ta 70/B
YZ30S06-1807B	230	18	33.3	28.8	1	ta 70/B
YZ30S06-2407B	230	24	25	39.3	1	ta 70/B
YZ30D06-0607B	230	2x6	2x50	2x10.0	2	ta 70/B
YZ30D06-0727B	230	2x7.2	2x41.7	2x11.7	2	ta 70/B
YZ30D06-0907B	230	2x9	2x33.3	2x14.7	2	ta 70/B
YZ30D06-1007B	230	2x10	2x30	2x16.3	2	ta 70/B
YZ30D06-1207B	230	2x12	2x25	2x19.5	2	ta 70/B
YZ30D06-1507B	230	2x15	2x20	2x24.5	2	ta 70/B
YZ30D06-1807B	230	2x18	2x16.7	2x28.8	2	ta 70/B
YZ30D06-2407B	230	2x24	2x12.5	2x39.3	2	ta 70/B

Testing Standard: IEC 61558-1:2005 (ed.2) + A1:2009 & IEC 61558-2-6:2009 (Second Edition)

Product description:

A 230V to 12V PCB energy electric AC transformer is a device designed to convert high-voltage alternating cutting-edge (AC) from a energy source with a voltage of 230 volts to a decrease voltage of 12 volts. This transformation is accomplished via the usage of coils and magnetic fields in the transformer.

Here's a quick assessment of the key additives and capability:

1. **Input Voltage:** The transformer takes in an AC voltage of 230 volts as its input. This is a not unusual voltage level in lots of areas for household electrical structures.

2. **Coils and Windings:** Inside the transformer, there are two sets of coils referred to as the number one and secondary windings. The number one winding is connected to the 230V AC source, at the same time as the secondary winding is attached to the weight that requires a 12V deliver.

3. **Magnetic Core:** The coils are typically wound round a magnetic middle, regularly fabricated from laminated iron or different magnetic materials. The center complements the performance of the strength switch between the primary and secondary coils.

4. **Step-Down Transformation:** The primary function of this type of transformer is to perform a step-down voltage transformation. In this case, it reduces the enter voltage of 230V to a decrease output voltage of 12V. This is useful for powering digital gadgets that require a lower voltage.

5. **PCB (Printed Circuit Board):** The transformer is included into a PCB, that's a board with conductive lines that join various components. The PCB serves as a platform for assembling and connecting the transformer additives in a compact and green way.

6. **Output for 12V Load:** The 12V output from the secondary winding is then used to electricity electronic devices or components that require a 12V deliver.

These transformers are normally utilized in digital gadgets, power materials, and numerous applications where a lower voltage is wanted. The use of a PCB layout permits for a greater compact and organized assembly of the transformer components, making it suitable for integration into quite a few digital systems.

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