GK Electronics

🧲 EE 16x8x5 Ferrite Core Transformer

The EE 16x8x5 Transformer is a compact, high-frequency magnetic component designed for efficient energy transfer in space-constrained applications. Its EE-shaped ferrite core offers a symmetrical magnetic path, enabling low core loss and high saturation flux density—ideal for SMPS and DC-DC converter topologies.

🔧 Core Specifications

• Core Type: EE16/8/5
• Material Options: PC44, 3C94, N87 (MnZn ferrite)
• Dimensions: 16 mm × 8 mm × 5 mm
• AL Value (Ungapped): ~1100 nH ±25%
• Mounting Style: Horizontal or vertical bobbin (typically 4+4 or 5+5 pins)

⚙️ Electrical Characteristics

 

🧰 Applications

• Flyback and forward converters
• Auxiliary power supplies
• LED drivers and battery chargers
• Instrumentation and automotive amplifiers
• Consumer electronics and control panels

✅ Advantages

• Small footprint for compact PCB layouts
• High reliability and thermal stability
• Low EMI and leakage inductance
• Cost-effective for mass production
• RoHS-compliant and UL-rated materials

 

Ferrite core transformers are magnetic components that use ferrite—a ceramic compound made from iron oxide mixed with manganese, zinc, or nickel—as the core material. These transformers are optimized for high-frequency applications due to ferrite’s high magnetic permeability and low electrical conductivity, which minimizes eddy current losses.

🧰 Applications

 

 

• SMPS (Flyback, Forward, Half-Bridge)
• DC-DC converters
• LED drivers and battery chargers
• Telecom and networking equipment
• Solar inverters and EV chargers
• EMI filters and RF transformers

 

 

🧲 EE 16x8x5 Ferrite Core Transformer

The EE 16x8x5 Ferrite Core Transformer is a compact, high-performance magnetic component engineered for efficient energy transfer in high-frequency applications. Its EE-shaped core, crafted from premium PC44 or 3C94 ferrite material, offers excellent magnetic properties with low core loss and high saturation flux density.

🔧 Key Features

• Core Type: EE16/8/5
• Material: PC44 or 3C94 Ferrite
• Dimensions: 16mm (L) × 8mm (W) × 5mm (H)
• Core Loss: Low, suitable for high-efficiency designs
• Saturation Flux Density: High, enabling robust performance under load
• Winding Efficiency: Optimized EE shape minimizes leakage inductance

⚡ Applications

• Switched-Mode Power Supplies (SMPS)
• DC-DC Converters
• Inverters and UPS systems
• Industrial and consumer electronics
• Flyback and forward transformer topologies

📐 Advantages

• Compact footprint for space-constrained designs
• High reliability and thermal stability
• Cost-effective solution for high-frequency power conversion
• Supports wide operating frequency range (typically 20kHz–300kHz)

 

🧰 Applications

• SMPS (Flyback, Forward, Half-Bridge)
• DC-DC converters
• LED drivers and battery chargers
• Telecom and networking equipment
• Solar inverters and EV chargers
• EMI filters and RF transformers

 

✅ Advantages

• High efficiency at high frequencies
• Compact and lightweight design
• Low eddy current and hysteresis losses
• Stable magnetic properties across temperature ranges
• RoHS-compliant and UL-rated materials

Note:

• Our products are customized as per customer requirements.
• Prices are variable as per requirement.

Our company holds immense experience in this domain and is involved in offering wide assortment of Charger Ferrite Transformer.


Note:

• Our products are customized as per customer requirements.
• Prices are variable as per requirement.

�� ETD 29 Ferrite Core Transformer

The ETD 29 Transformer is a high-efficiency magnetic component designed for switched-mode power supplies (SMPS) and other high-frequency applications. Its ETD (Economic Transformer Design) geometry offers an optimal balance between power throughput and compact size, making it ideal for modern energy-efficient systems.

�� Core Specifications

• Core Type: ETD29/16/10
• Material Options: 3C90, 3C94, 3C97, N87, N97
• Dimensions: 29.0mm × 16.0mm × 10.0mm
• Effective Magnetic Path (le): ~70.4 mm
• Effective Area (Ae): ~76 mm²
• Core Volume (Ve): ~5350 mm³
• AL Value Range: 900 nH to 2250 nH (depending on material and air gap)

⚙️ Electrical Characteristics

�� Applications

• SMPS (Flyback, Forward, Half-Bridge)
• LED drivers and battery chargers
• Telecom and networking equipment
• Industrial automation systems
• Renewable energy converters

✅ Advantages

• High power density with minimal core loss
• Excellent EMI suppression and thermal stability
• Supports automated winding and assembly
• Available with vertical or horizontal bobbins (12–14 pins)
• RoHS-compliant and UL-rated materials