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T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply

T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply

Nombre De La Marca: ZXY
Número De Modelo: T25 × 10 × 15
Cuota De Producción: Negociable
Precio: Negociable
Detalles Del Embalaje: Caja de cartón
Información detallada
Lugar de origen:
Shenzhen Guangdong
Certificación:
RoHS、ISO9001、CE
Resaltar:

5.6mH Inductance Ferrite Inductor

,

High Current Choke Coil

,

High-frequency Ring-shaped Inductor

Descripción del producto
T25 × 10 × 15-5.6mH Ring-shaped Ferrite Inductor
High Current High-frequency Choke Coil for Switching Power Supply applications
Product Overview
The T25 × 10 × 15-5.6mH annular ferrite inductor is engineered for high-frequency, high-current applications. Featuring high-performance ferrite magnetic cores with minimal core loss and exceptional anti-saturation capability, this 5.6mH inductor serves as an efficient high-frequency choke coil. It effectively filters conducted noise, suppresses electromagnetic interference (EMI), and smooths current in switching power supply circuits, significantly enhancing power purity and stability.
Key Features & Benefits
  • High-Performance Ferrite Core: Utilizes PC40-grade materials with high magnetic permeability and low loss, maintaining stable inductance values at frequencies up to several hundred kHz to MHz for improved conversion efficiency
  • High Current & Anti-Saturation Capability: Uniform circular magnetic circuit structure with low magnetic resistance maintains stable inductance under substantial DC bias currents, ideal for power filtering and energy storage
  • Superior EMI Suppression: Effectively filters both common-mode and differential-mode noise in switching power supplies, helping equipment meet stringent EMC compliance standards
  • Compact & Reliable Design: Compact T25 (OD) × 10 (ID) × 15 (H) mm dimensions save PCB space while enclosed annular magnetic circuit minimizes flux leakage and withstands mechanical vibrations
  • Excellent Thermal Stability: Ferrite materials with superior temperature characteristics and uniform heat dissipation ensure stable operation across wide temperature ranges with low temperature rise
  • Broad Application Compatibility: Optimized for input/output filtering, PFC circuits, and energy storage in SMPS, DC-DC converters, photovoltaic inverters, UPS systems, industrial drives, and EV charging equipment
Performance Specifications
Feature Category Performance Characteristics Key Benefits & Impact
Core Material High-permeability, low-loss ferrite (PC40 equivalent) Stable inductance and minimal core loss at high frequencies (up to several hundred kHz ~ MHz), enhancing power conversion efficiency
Current Handling High saturation current capability; stable inductance under DC bias Excellent anti-saturation performance for power filtering and energy storage in demanding DC/DC and AC/DC applications
EMI Suppression Effective as both common-mode and differential-mode choke Significantly reduces conducted electromagnetic interference (EMI), aiding compliance with EMC standards (CISPR, FCC)
Thermal Performance Low core loss and even thermal distribution due to toroidal shape Operates with low temperature rise over wide ambient range, ensuring long-term reliability under continuous load
Mechanical & Structure Closed magnetic path with minimal flux leakage. Dimensions: Ø25mm (OD) x Ø10mm (ID) x 15mm (H) Reduces EMI radiation and interference with nearby components. Saves PCB space with high mechanical robustness
Application Suitability Optimized for high-frequency, high-current filtering and energy storage Ideal for: Switch-Mode Power Supplies (SMPS), DC-DC Converters, PFC Circuits, Solar Inverters, UPS, Industrial Drives, and EV Charging Systems
Product Images
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 0
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 1
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 2
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 3
Recommended Products
Company Profile
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 5
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 6
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 7
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 8
Un buen precio.  en línea

Detalles De Los Productos

En Casa. > Productos >
Transformador audio
>
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply

T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply

Nombre De La Marca: ZXY
Número De Modelo: T25 × 10 × 15
Cuota De Producción: Negociable
Precio: Negociable
Detalles Del Embalaje: Caja de cartón
Información detallada
Lugar de origen:
Shenzhen Guangdong
Nombre de la marca:
ZXY
Certificación:
RoHS、ISO9001、CE
Número de modelo:
T25 × 10 × 15
Cantidad de orden mínima:
Negociable
Precio:
Negociable
Detalles de empaquetado:
Caja de cartón
Tiempo de entrega:
3-4 SEMANAS
Resaltar:

5.6mH Inductance Ferrite Inductor

,

High Current Choke Coil

,

High-frequency Ring-shaped Inductor

Descripción del producto
T25 × 10 × 15-5.6mH Ring-shaped Ferrite Inductor
High Current High-frequency Choke Coil for Switching Power Supply applications
Product Overview
The T25 × 10 × 15-5.6mH annular ferrite inductor is engineered for high-frequency, high-current applications. Featuring high-performance ferrite magnetic cores with minimal core loss and exceptional anti-saturation capability, this 5.6mH inductor serves as an efficient high-frequency choke coil. It effectively filters conducted noise, suppresses electromagnetic interference (EMI), and smooths current in switching power supply circuits, significantly enhancing power purity and stability.
Key Features & Benefits
  • High-Performance Ferrite Core: Utilizes PC40-grade materials with high magnetic permeability and low loss, maintaining stable inductance values at frequencies up to several hundred kHz to MHz for improved conversion efficiency
  • High Current & Anti-Saturation Capability: Uniform circular magnetic circuit structure with low magnetic resistance maintains stable inductance under substantial DC bias currents, ideal for power filtering and energy storage
  • Superior EMI Suppression: Effectively filters both common-mode and differential-mode noise in switching power supplies, helping equipment meet stringent EMC compliance standards
  • Compact & Reliable Design: Compact T25 (OD) × 10 (ID) × 15 (H) mm dimensions save PCB space while enclosed annular magnetic circuit minimizes flux leakage and withstands mechanical vibrations
  • Excellent Thermal Stability: Ferrite materials with superior temperature characteristics and uniform heat dissipation ensure stable operation across wide temperature ranges with low temperature rise
  • Broad Application Compatibility: Optimized for input/output filtering, PFC circuits, and energy storage in SMPS, DC-DC converters, photovoltaic inverters, UPS systems, industrial drives, and EV charging equipment
Performance Specifications
Feature Category Performance Characteristics Key Benefits & Impact
Core Material High-permeability, low-loss ferrite (PC40 equivalent) Stable inductance and minimal core loss at high frequencies (up to several hundred kHz ~ MHz), enhancing power conversion efficiency
Current Handling High saturation current capability; stable inductance under DC bias Excellent anti-saturation performance for power filtering and energy storage in demanding DC/DC and AC/DC applications
EMI Suppression Effective as both common-mode and differential-mode choke Significantly reduces conducted electromagnetic interference (EMI), aiding compliance with EMC standards (CISPR, FCC)
Thermal Performance Low core loss and even thermal distribution due to toroidal shape Operates with low temperature rise over wide ambient range, ensuring long-term reliability under continuous load
Mechanical & Structure Closed magnetic path with minimal flux leakage. Dimensions: Ø25mm (OD) x Ø10mm (ID) x 15mm (H) Reduces EMI radiation and interference with nearby components. Saves PCB space with high mechanical robustness
Application Suitability Optimized for high-frequency, high-current filtering and energy storage Ideal for: Switch-Mode Power Supplies (SMPS), DC-DC Converters, PFC Circuits, Solar Inverters, UPS, Industrial Drives, and EV Charging Systems
Product Images
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 0
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 1
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 2
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 3
Recommended Products
Company Profile
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 5
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 6
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 7
T25 × 10 × 15 5.6mH Ring-shaped Ferrite Inductor High Current High-frequency Choke Coil for Switching Power Supply 8