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Brand Name: | ED8 |
Model Number: | ZXY-EE33 |
MOQ: | Negotiable |
Price: | Negotiable |
Packaging Details: | 1000pieces / Carton size:380mm*325mm*345mm |
Payment Terms: | T/T paypal xtransfer |
1. Voltage conversion: EE33 Ferrite Core High Frequency Transformer can accurately realize voltage conversion, after the turns ratio is determined, the output voltage is stable in proportion to the input voltage. For example, a transformer with a turns ratio of 10:1, input 100V AC, ideally output 10V AC.
2. Power transmission: within the rated power range, the power can be transmitted stably. The exact amount of power depends on core size, winding diameter and material, etc. EE33 ferrite core high frequency transformers can meet the power requirements of several watts to tens of watts.
3. Frequency response: good frequency response in a wide range of high frequency, can accurately transmit high-frequency signals, signal distortion is small. Can effectively deal with high-frequency square wave, pulse and other signals, suitable for switching power supply, high-frequency communication and other fields.
4. Leakage inductance and distributed capacitance: Through reasonable design of winding structure and core shape, leakage inductance and distributed capacitance can be controlled at a low level. Low leakage inductance reduces energy loss and improves efficiency; low distributed capacitance reduces interference under high-frequency signals and ensures signal quality.
1. Consumer electronic devices
--Mobile phone charger/laptop power adapter
2. Communication equipment
--Wireless router/base station power supply
3. Industrial control field
--Small industrial switch power supply/industrial communication module power supply/portable medical equipment power supply/auxiliary power supply for medical equipment
4. Smart home devices
--Smart speaker/smart camera
Function | Description |
Voltage Transformation | Can step - up or step - down the input voltage. For example, in a switch - mode power supply, it can convert a high - voltage AC input (such as 220V AC) to a lower - voltage DC output (e.g., 5V DC) after rectification. The turns ratio of the primary and secondary windings determines the voltage transformation ratio. |
Electrical Isolation | Provides electrical isolation between the primary and secondary circuits. This helps to prevent electrical shock hazards and reduces the risk of electrical interference between different parts of the circuit. It is crucial in applications where safety and signal integrity are important, like in medical devices and power supplies for consumer electronics. |
High - Frequency Operation | Designed to operate efficiently at high frequencies, typically in the range of tens of kilohertz to several megahertz. This high - frequency operation allows for smaller size and lighter weight compared to traditional low - frequency transformers. It is well - suited for modern high - speed electronic circuits, such as those in communication devices and high - frequency power converters. |
Power Transmission | Transfers electrical power from the primary side to the secondary side. It can handle a certain amount of power, depending on its design parameters like the size of the core, wire gauge of the windings, etc. In various applications, it ensures that the required power is delivered to the load with minimal power losses. |
Magnetic Flux Concentration | The EE33 ferrite core effectively concentrates the magnetic flux generated by the primary winding. This improves the efficiency of electromagnetic induction, allowing more of the magnetic energy to be coupled to the secondary winding and converted back into electrical energy. |
High frequency transformers | EE | EE8.3, EE10, EE13, EE16, EE19, EE20, EE25, EE28, EE30, EE33, EE40, EE42, EE49, EE50, EE55, EE60, EE65, EE70, EE75, EE80, EE85 |
EC/ER | ER/EC20, ER/EC25, ER/EC28, ER/EC28, ER/EC29, ER/EC35, ER/EC40, ER/EC42, ER/EC49 | |
ETD | ETD29, ETD35, ETD40, ETD49 | |
EF | EF16, EF20, EF25 | |
EFD | EFD15, EFD20/21, EFD25/26, EFD30 | |
EDR | EDR2009, EDR2037, EDR2809, EDR2828, EDR3012, EDR3909, EDR4008 | |
EP | EP7, EP10, EP13 | |
EPC | EPC11.5, EPC13, EPC19, EPC25 | |
EQ | EQ2512, EQ2610, EQ3209, EQ4013, | |
POT | POT3016, POT3930 | |
PQ | PQ2016, PQ2020, PQ2625, PQ2620, PQ3225, PQ3520, PQ3525, PQ3535, PQ4040, PQ49 | |
RM | RM6, RM8, RM10, RM12, RM14 |
![]() |
Brand Name: | ED8 |
Model Number: | ZXY-EE33 |
MOQ: | Negotiable |
Price: | Negotiable |
Packaging Details: | 1000pieces / Carton size:380mm*325mm*345mm |
Payment Terms: | T/T paypal xtransfer |
1. Voltage conversion: EE33 Ferrite Core High Frequency Transformer can accurately realize voltage conversion, after the turns ratio is determined, the output voltage is stable in proportion to the input voltage. For example, a transformer with a turns ratio of 10:1, input 100V AC, ideally output 10V AC.
2. Power transmission: within the rated power range, the power can be transmitted stably. The exact amount of power depends on core size, winding diameter and material, etc. EE33 ferrite core high frequency transformers can meet the power requirements of several watts to tens of watts.
3. Frequency response: good frequency response in a wide range of high frequency, can accurately transmit high-frequency signals, signal distortion is small. Can effectively deal with high-frequency square wave, pulse and other signals, suitable for switching power supply, high-frequency communication and other fields.
4. Leakage inductance and distributed capacitance: Through reasonable design of winding structure and core shape, leakage inductance and distributed capacitance can be controlled at a low level. Low leakage inductance reduces energy loss and improves efficiency; low distributed capacitance reduces interference under high-frequency signals and ensures signal quality.
1. Consumer electronic devices
--Mobile phone charger/laptop power adapter
2. Communication equipment
--Wireless router/base station power supply
3. Industrial control field
--Small industrial switch power supply/industrial communication module power supply/portable medical equipment power supply/auxiliary power supply for medical equipment
4. Smart home devices
--Smart speaker/smart camera
Function | Description |
Voltage Transformation | Can step - up or step - down the input voltage. For example, in a switch - mode power supply, it can convert a high - voltage AC input (such as 220V AC) to a lower - voltage DC output (e.g., 5V DC) after rectification. The turns ratio of the primary and secondary windings determines the voltage transformation ratio. |
Electrical Isolation | Provides electrical isolation between the primary and secondary circuits. This helps to prevent electrical shock hazards and reduces the risk of electrical interference between different parts of the circuit. It is crucial in applications where safety and signal integrity are important, like in medical devices and power supplies for consumer electronics. |
High - Frequency Operation | Designed to operate efficiently at high frequencies, typically in the range of tens of kilohertz to several megahertz. This high - frequency operation allows for smaller size and lighter weight compared to traditional low - frequency transformers. It is well - suited for modern high - speed electronic circuits, such as those in communication devices and high - frequency power converters. |
Power Transmission | Transfers electrical power from the primary side to the secondary side. It can handle a certain amount of power, depending on its design parameters like the size of the core, wire gauge of the windings, etc. In various applications, it ensures that the required power is delivered to the load with minimal power losses. |
Magnetic Flux Concentration | The EE33 ferrite core effectively concentrates the magnetic flux generated by the primary winding. This improves the efficiency of electromagnetic induction, allowing more of the magnetic energy to be coupled to the secondary winding and converted back into electrical energy. |
High frequency transformers | EE | EE8.3, EE10, EE13, EE16, EE19, EE20, EE25, EE28, EE30, EE33, EE40, EE42, EE49, EE50, EE55, EE60, EE65, EE70, EE75, EE80, EE85 |
EC/ER | ER/EC20, ER/EC25, ER/EC28, ER/EC28, ER/EC29, ER/EC35, ER/EC40, ER/EC42, ER/EC49 | |
ETD | ETD29, ETD35, ETD40, ETD49 | |
EF | EF16, EF20, EF25 | |
EFD | EFD15, EFD20/21, EFD25/26, EFD30 | |
EDR | EDR2009, EDR2037, EDR2809, EDR2828, EDR3012, EDR3909, EDR4008 | |
EP | EP7, EP10, EP13 | |
EPC | EPC11.5, EPC13, EPC19, EPC25 | |
EQ | EQ2512, EQ2610, EQ3209, EQ4013, | |
POT | POT3016, POT3930 | |
PQ | PQ2016, PQ2020, PQ2625, PQ2620, PQ3225, PQ3520, PQ3525, PQ3535, PQ4040, PQ49 | |
RM | RM6, RM8, RM10, RM12, RM14 |