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Ferrite Mini EE5.0 3+3 Patch High Frequency Current Transformer

Ferrite Mini EE5.0 3+3 Patch High Frequency Current Transformer

Brand Name: ZXY
Model Number: EE5.0 3+3 1:75 1:100
MOQ: Negotiable
Price: Negotiable
Packaging Details: 1000pieces / Carton size:380mm*325mm*345mm
Payment Terms: T/T paypal xtransfer
Detail Information
Place of Origin:
China,shenzhen city.
Certification:
RoHS,ISO9001-2001
Model Number:
EE5.0
Transformer Material:
Magnetic Core/Bakelite Frame/enamelled Copper Wire
Transformer Parameters:
Customized
Number Of Pins:
3+3
Product Name:
EE5.0 High Frequency Current Transformer
Supplier:
Manufacturer
Supply Ability:
1000K-pcs/month
Highlight:

high frequency current transformer 3+3

,

Mini Patch transformer EE5.0 3+3 1:75 1:100

,

high frequency current transformer EE5.0

Product Description

Ferrite Mini EE5.0 3+3 Patch High Frequency Current Transformer

1.Product Description

EE5.0 high-frequency current transformer is a transformer designed specifically for high-frequency current measurement and monitoring applications. EE5.0 "represents its specific magnetic core shape and size, and this structural design helps optimize electromagnetic performance. It can accurately sense and proportionally convert high-frequency current signals. With its high-performance magnetic core material and carefully designed winding, it can maintain good linearity and stability in high-frequency environments, effectively reducing signal distortion. Commonly used in power electronics equipment, communication base station power supplies, and high-frequency switching power supplies, it can accurately measure high-frequency currents in these scenarios, providing key data support for system control, protection, and monitoring, ensuring safe and efficient operation of equipment.

 

2.Features

 

Advantage Explanation in Application
High - frequency Adaptability The EE5.0 High Frequency Current Transformer is specifically designed to operate efficiently in high - frequency environments. In power electronics circuits with high - frequency switching, such as those in modern server power supplies, it can accurately sense and transform high - frequency current signals. This enables precise monitoring and control of current, ensuring the stable operation of the power supply and preventing damage to components due to over - current or abnormal current conditions.
Compact Size (EE5.0) The EE5.0 size indicates a relatively compact design. In applications where space is at a premium, like in miniaturized communication devices or small - form - factor power converters, this transformer can be easily integrated without taking up excessive board space. It allows for more components to be packed into a limited area, contributing to the overall miniaturization of the electronic device.
High Precision It offers high - precision current measurement. In high - end test and measurement equipment, this precision is crucial for accurately characterizing the performance of high - frequency circuits. For example, in research laboratories testing new high - frequency semiconductor devices, the EE5.0 transformer can provide accurate current readings, enabling researchers to make informed decisions about device design and optimization.
Low Core Loss The magnetic core of the EE5.0 High Frequency Current Transformer is designed to have low core losses at high frequencies. In high - frequency power systems, this reduces energy dissipation in the form of heat, improving the overall efficiency of the system. For instance, in high - frequency induction heating systems, lower core losses mean more power is available for the heating process, resulting in higher energy efficiency and cost - savings.
Good Electrical Isolation It provides excellent electrical isolation between the primary and secondary windings. In industrial control systems where high - voltage and high - frequency currents are present, this isolation protects sensitive control circuits from high - voltage transients. This ensures the safety and reliability of the control system, preventing damage to components and potential malfunctions.

Ferrite Mini EE5.0 3+3 Patch High Frequency Current Transformer 0Ferrite Mini EE5.0 3+3 Patch High Frequency Current Transformer 1Ferrite Mini EE5.0 3+3 Patch High Frequency Current Transformer 2

 

 

Good price  online

Products Details

Home > Products >
High Frequency Transformer
>
Ferrite Mini EE5.0 3+3 Patch High Frequency Current Transformer

Ferrite Mini EE5.0 3+3 Patch High Frequency Current Transformer

Brand Name: ZXY
Model Number: EE5.0 3+3 1:75 1:100
MOQ: Negotiable
Price: Negotiable
Packaging Details: 1000pieces / Carton size:380mm*325mm*345mm
Payment Terms: T/T paypal xtransfer
Detail Information
Place of Origin:
China,shenzhen city.
Brand Name:
ZXY
Certification:
RoHS,ISO9001-2001
Model Number:
EE5.0 3+3 1:75 1:100
Model Number:
EE5.0
Transformer Material:
Magnetic Core/Bakelite Frame/enamelled Copper Wire
Transformer Parameters:
Customized
Number Of Pins:
3+3
Product Name:
EE5.0 High Frequency Current Transformer
Supplier:
Manufacturer
Minimum Order Quantity:
Negotiable
Price:
Negotiable
Packaging Details:
1000pieces / Carton size:380mm*325mm*345mm
Delivery Time:
stock Or 3 weeks
Payment Terms:
T/T paypal xtransfer
Supply Ability:
1000K-pcs/month
Highlight:

high frequency current transformer 3+3

,

Mini Patch transformer EE5.0 3+3 1:75 1:100

,

high frequency current transformer EE5.0

Product Description

Ferrite Mini EE5.0 3+3 Patch High Frequency Current Transformer

1.Product Description

EE5.0 high-frequency current transformer is a transformer designed specifically for high-frequency current measurement and monitoring applications. EE5.0 "represents its specific magnetic core shape and size, and this structural design helps optimize electromagnetic performance. It can accurately sense and proportionally convert high-frequency current signals. With its high-performance magnetic core material and carefully designed winding, it can maintain good linearity and stability in high-frequency environments, effectively reducing signal distortion. Commonly used in power electronics equipment, communication base station power supplies, and high-frequency switching power supplies, it can accurately measure high-frequency currents in these scenarios, providing key data support for system control, protection, and monitoring, ensuring safe and efficient operation of equipment.

 

2.Features

 

Advantage Explanation in Application
High - frequency Adaptability The EE5.0 High Frequency Current Transformer is specifically designed to operate efficiently in high - frequency environments. In power electronics circuits with high - frequency switching, such as those in modern server power supplies, it can accurately sense and transform high - frequency current signals. This enables precise monitoring and control of current, ensuring the stable operation of the power supply and preventing damage to components due to over - current or abnormal current conditions.
Compact Size (EE5.0) The EE5.0 size indicates a relatively compact design. In applications where space is at a premium, like in miniaturized communication devices or small - form - factor power converters, this transformer can be easily integrated without taking up excessive board space. It allows for more components to be packed into a limited area, contributing to the overall miniaturization of the electronic device.
High Precision It offers high - precision current measurement. In high - end test and measurement equipment, this precision is crucial for accurately characterizing the performance of high - frequency circuits. For example, in research laboratories testing new high - frequency semiconductor devices, the EE5.0 transformer can provide accurate current readings, enabling researchers to make informed decisions about device design and optimization.
Low Core Loss The magnetic core of the EE5.0 High Frequency Current Transformer is designed to have low core losses at high frequencies. In high - frequency power systems, this reduces energy dissipation in the form of heat, improving the overall efficiency of the system. For instance, in high - frequency induction heating systems, lower core losses mean more power is available for the heating process, resulting in higher energy efficiency and cost - savings.
Good Electrical Isolation It provides excellent electrical isolation between the primary and secondary windings. In industrial control systems where high - voltage and high - frequency currents are present, this isolation protects sensitive control circuits from high - voltage transients. This ensures the safety and reliability of the control system, preventing damage to components and potential malfunctions.

Ferrite Mini EE5.0 3+3 Patch High Frequency Current Transformer 0Ferrite Mini EE5.0 3+3 Patch High Frequency Current Transformer 1Ferrite Mini EE5.0 3+3 Patch High Frequency Current Transformer 2