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High Frequency Transformer

EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications

ModelEE5.0CategoryHigh Frequency Transformer

● High-Frequency Current Sensing: Designed for measuring and monitoring high-frequency currents, outputting a signal proportional to the primary current.

类型
表面贴装 (SMD) 电流检测/脉冲变压器
磁芯材料
高频锰锌铁氧体
频率范围
10 kHz 至 1 MHz,优化用于高频开关电源

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Description

Application Specifications

Parameter Specification
Type SMD Current Sensing / Pulse Transformer
Core Material High-Frequency Mn-Zn Ferrite
Frequency Range 10 kHz to 1 MHz, optimized for high-frequency switching power supplies
Primary Inductance (Lp) Varies with turns ratio, e.g., 100 µH to 5000 µH
Turns Ratio (Np:Ns) Common ratios 1:100, 1:50, and 1:25, selected based on current measurement range
Isolation Voltage High isolation, e.g., >1 kV RMS between primary and secondary windings
Saturation Current Ensures linear operation under maximum expected load current
Operating Temperature Range -40°C to +125°C
Thermal Stability Stable performance across the entire temperature range
Mounting Method Automated SMD placement, reflow soldering compatible
Function Provides electrical isolation for safe and accurate current sensing

Product Features

● High-Frequency Current Sensing: Specifically designed for measuring and monitoring high-frequency currents, outputting a signal proportional to the primary current. ● High-Frequency Mn-Zn Ferrite Core: High-permeability core selected for high-frequency operation. ● Wide Frequency Range: 10 kHz to 1 MHz, optimized for high-frequency switching power supplies. ● Electrical Isolation: High isolation voltage between primary and secondary windings, e.g., >1 kV RMS. ● Excellent Linearity and Low Phase Shift: Ensures the sensing signal accurately reflects the actual current. ● Optional Turns Ratios: Common ratios 1:100, 1:50, and 1:25, with optional primary inductance. ● SMD Structure: Surface-mount pins with strong solderability, pad-compatible with industry standards.

Image 8 of EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications
Image 9 of EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications

Product Advantages

● Designed for High-Frequency Applications: The EE5.0 core and Mn-Zn ferrite material ensure high-fidelity waveform capture with minimal core loss and parasitic effects. ● High Precision and Protection: Excellent linearity and low phase shift enable more accurate overcurrent protection thresholds and stable current-mode control. ● Electrical Isolation: >1 kV RMS isolation voltage safely isolates high-voltage power stages from low-voltage control boards. ● Flexible Specifications: Optional turns ratios of 1:25, 1:50, 1:100, and primary inductance from 100 µH to 5000 µH, suitable for various current ranges. ● SMD Production Friendly: Surface-mount package and standard pad layout, reflow soldering compatible, reducing time-to-market. ● Low Radiation Shielding: Shielding structure minimizes magnetic interference in high-density switching power supplies. ● Wide Temperature Stability: Rated for -40°C to +125°C, using low-DCR copper wire for high efficiency. ● Quality Certifications: RoHS, ISO9001, and CE certified.

Application Scenarios

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Application Fields

High-Frequency Switching Power Supplies (SMPS)

Primary and secondary current sensing, current-mode control.

Electric Vehicle Charging Equipment

Power detection and current monitoring in EV charging modules and charging piles.

Communication and Base Station Power Supplies

Current measurement for system control.

Power Conversion Stages

PFC front-ends, AC-DC and DC-DC converters, inverters, and energy storage converters where control loops require fast response.

Motor Drives and Industrial Power Electronics

Phase current sensing and protection in variable frequency drives and other power electronics.

Pulse Transformer Circuits

Isolated pulse transmission for applications requiring high isolation and compact SMD pulse transformers.

Product Details

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Detail 8 Copy (2)

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Detail 9 Copy (2)

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Quality and Testing Assurance

EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins, 18

Certified Quality System

This transformer is produced under an ISO9001 certified quality management system.

Material Compliance

RoHS compliant and CE certified, using environmentally friendly materials for safe use.

EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins, 19

Incoming Material Control

Mn-Zn ferrite core, copper winding wire, insulation tape.

Winding and Assembly Control

Precision internal winding, verified winding configurations, insulation tape applied between windings.

Electrical Verification per Published Specifications

Inductance, turns ratio, isolation voltage, and DC resistance are parameters checked on finished transformers before shipment.

Reliability Throughout Service Life

Heat-resistant structure design, rated for -40°C to +125°C, with stable performance in this range.

Certificate Copy

Certificate Copy

Certificate

Certificate

Specifications

EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · Specifications
类型表面贴装 (SMD) 电流检测/脉冲变压器
磁芯材料高频锰锌铁氧体
频率范围10 kHz 至 1 MHz,优化用于高频开关电源
初级电感量 (Lp)随匝数比变化,例如 100 uH 至 5000 uH
匝数比 (Np:Ns)常见匝数比 1:100、1:50 和 1:25,根据电流测量范围选择
隔离电压高隔离电压,例如初级和次级绕组之间 > 1 kV RMS
饱和电流定义以确保在最大预期负载电流下线性工作
工作温度范围-40°C 至 +125°C
热稳定性在整个温度范围内性能稳定
安装方式自动 SMD 组装,兼容回流焊
功能提供电气隔离,实现安全、准确的电流检测

Only supplied parameters are shown. Please confirm any unlisted electrical performance, test conditions, tolerances and customization options with our engineers. The final specification sheet takes precedence.

Product Images & Drawings

View the available product images and drawings below. Click to open the original. Customized products are subject to the agreed specifications and drawings.

EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings1
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 1View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings2
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 2View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings3
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 3View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings4
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 4View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings5
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 5View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings6
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 6View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings7
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 7View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings8
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 8View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings9
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 9View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings10
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 10View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings11
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 11View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings12
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 12View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings13
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 13View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings14
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 14View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings15
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 15View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings16
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 16View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings17
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 17View Original
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications — Product Images & Drawings18
EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications · 18View Original

Downloads

No specification sheet has been uploaded for this model yet. Use the inquiry form below to request parameters, dimension drawings or sample information.

Selection & Customization Requirements

To help confirm a suitable model and specification, please provide:

  • Your equipment, application, operating environment and temperature range.
  • As applicable: inductance, turns ratio or impedance, operating frequency, voltage, current and insulation requirements.
  • Size limits, mounting method, pin spacing, and any existing drawings or reference samples.
  • Sample quantity, estimated order volume and desired delivery date.
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Frequently Asked Questions

Common procurement questions about EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications.

What is EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications?

● High-Frequency Current Sensing: Designed for measuring and monitoring high-frequency currents, outputting a signal proportional to the primary current.

Can EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications be customized to our specifications?

Yes. Shenzhen ZhiXiangyuan Electronics Co., Ltd. provides OEM/ODM services. Inductance, turns ratio, current rating, core material, size and terminal style can all be customized according to your drawings or samples.

What is the MOQ and lead time for EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications?

MOQ is negotiable based on the specific model and order quantity. Typical lead time is 1-3 weeks for standard items and 2-4 weeks for customized orders. Contact our sales team for an exact quotation.

Do you provide samples of EE5.0 SMD High-Frequency Current Transformer with Ferrite Core and 3+3 Pins for High-Frequency Applications?

Yes, samples are available for evaluation before bulk orders. Please send us your requirements and shipping details to request samples.

What is the model number of this product?

The model number is EE5.0. Custom model numbers can be assigned for OEM orders.

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