Toroidal Solar Inverter Transformer Nanocrystalline Core

Core Size

Type No.	Core Size (mm)			Case Size (mm)			Cross-sectional area (cm2)	Magnetic Length	Weight	Power for Inverter welding machine (KW)	Output Current for Inverter Welding Machine (A)
	OD	ID	HT	OD	ID	HT		(cm)	(g)
NTL-805020	80	50	20	82	46	23	2.25	20.42	333	4

Core Loss VS Magnetic Induction Density

• High saturate induction reduce volume of transformers
• High permeability and low coercivity improve efficiency
• lower exciting power and reduce copper loss
• Low core loss reduce temperature rise of transformers
• Excellent thermal stability with the serving temperature of -55°C-130°C for long time
• LOWEST  CORE  LOSS :P <6W/Kg @ 20KHz,0.5T , P<9W/Kg @ 20KHz, 1T, P<5W/Kg @ 35KHz,0.5T, P<14W/Kg @ 35KHz,1T
•  High Bs =1.4T ,  low Br <10mT,  Low Hc <1A/m , u=10000

Basic Parameter	Nanocrystalline Core	Ferrite Core
Saturation Magnetostriction Induction Bs(T)	1.25	0.5
Residual Magnetic Field Density Br (T) (20KHz)	<0.20	0.2
Core Loss (20KHz, 0.2T) (W/kg)	<3.4	7.5
Core Loss (20KHz, 0.5T) (W/kg)	<35	Can not be used
Core Loss (20KHz, 0.3T) (W/kg)	<40	Can not be used
Permeability (20KHz) (Ge//Oe)	>2x104	2x103
Coercive Force (A/m)	<1.60	6
Saturated Magnetostrictive Coefficient λs	<2x10-6	4x10-6
Resistivity (µΩcm)	80	1X106
Curie Temperature (°C)	570	<200
Occupation efficiency	>0.70	---

Main Application:

• Inverter welding machines
• X-Ray and laser source power supplies
• Communication power supplies
• High frequency heating systems
•  Electrolytic and plating power supplies

Product Description:

Both high frequency Nanocrystalline Core and Customized HF Power Transformer support for Welding Machine, Solar Inverter.

In meantime, related standard Nanocrystalline Core Download here.

As an leading manufacturer of amorphous and nanocrystalline core products, Coilcore provides quality services to customers with high-performance products and one-stop solutions. By leaving a message below to get more details about Nanocrystalline Core for HF Power Transformer quickly!