泉州恆泰晟智能科技 (AIHTS) | 高頻變壓器與電源解決方案製造商
Providing global customers with high-frequency transformer and inductor solutions ranging from 15W to 5500W.
30 Years of
TDK Expertise
2.85M Units/Month
Powering Advanced Industries
Engineered for AI Servers and Cloud Data Centers
Designed for high-density computing applications, this series has been standardized and brought into mass production, enabling compact, low-profile, and highly integrated high-power solutions.
Engineered for AI Servers and Cloud Data Centers
Designed for high-density computing applications, this series has been standardized and brought into mass production, enabling compact, low-profile, and highly integrated high-power solutions.
Model: ATQ3221HP04
Power: 550–750W
Model: ATQ3223HP04
Power: 750–1000W
Model: ATQ3823HP04
Power: 850–1200W
Model: ATQ3828HP04
Power: 1000–1600W
Model: ATQ3828HP07
Power: 1000–1600W
Model: ATQ3221HP09
LLC Icon:
Model: ATQ3223HP09
LLC Icon:
Model: ATQ3823HP09
LLC Icon:
Model: ATQ3828HP09
LLC Icon:
Model: ATQ3221HP06
Power: 550–750W
Model: ATQ3223HP06
Power: 750–1000W
Model: ATQ3823HP06
Power: 850–1200W
Model: ATQ3828HP06
Power: 1000–1600W
Model: ATQ3823HP06X2
Power: 1000–1600W
Model: ATQ3219
PFC Icon:
Model: ATQ3229
PFC Icon:
Model: ATQ3823
PFC Icon:
Model: ATQ3828
PFC Icon:
Model: ATQ3835
PFC Icon:
A High-Efficiency, Compact Power Solution
Our patented bobbin design features bottom wire-routing points that keep wires away from soldering heat, helping reduce the risk of internal short circuits caused by high temperatures.
A High-Efficiency, Compact Power Solution
Our patented bobbin design features bottom wire-routing points that keep wires away from soldering heat, helping reduce the risk of internal short circuits caused by high temperatures.
Model: PQ2729
Model: PQ3028
Model: PQM3529P12
Model: PQM3529P08
Model: PQM3830P08
Model: PQM3832P12
Model: EEM2527
Model: EFD31.4
Model: EFD29.7
Model: EFD34.4
Model: EFD41.8
Model: EPC34
Designed for Slim Laptops and Fast-Charging Adapters
Designed for Slim Laptops and Fast-Charging Adapters
Model:CQR19
Core Material:P95
Output Power : 15~20W
Frequency : 65kHz
Model:CQR20
Core Material:P95
Output Power : 20~40W
Frequency : 65kHz
Model:CQR25
Core Material:P95
Output Power : 40~50W
Frequency : 65kHz
Model:CQR26
Core Material:P95
Output Power : 55~65W
Frequency : 65kHz
Model:CQR29
Core Material:P95
Output Power : 55~65W
Frequency : 65kHz
Model:CQR2917
Core Material:P95
Output Power : 65W
Frequency : 65kHz
Model:CQR32.9
Core Material:P95
Output Power : 70~90W
Frequency : 65kHz
Model:CQR36
Core Material:P95
Output Power : 70~90W
Frequency : 65kHz
Model:EE14/14
Core Material:P44
Output Power : 20W
Frequency : 65kHz
Model:EE16/15
Core Material:P44
Output Power : 25W
Frequency : 65kHz
Model:ATQ2412
Core Material:P95
Output Power : 50W
Frequency : 65kHz
Model:RM10 ATQ2418
Core Material:P95
Output Power : 65W
Frequency : 65kHz
Model:ATQ2718
Core Material:P95
Output Power : 75W
Frequency : 65kHz
Model:ATQ2723
Core Material:P95
Output Power : 90W
Frequency : 65kHz
Model:ATQ3216
Core Material:P95
Output Power : 120W
Frequency : 65kHz
Model:ATQ3225
Core Material:P95
Output Power : 140W
Frequency : 65kHz
High-Reliability Design That Helps Prevent Short Circuits at the Structural Level
A deep wire-routing groove positions the incoming wire close to the bobbin’s center opening, reducing the risk of the first winding layer being compressed or damaged by subsequent windings and supporting stable operation under high loads.
High-Reliability Design That Helps Prevent Short Circuits at the Structural Level
A deep wire-routing groove positions the incoming wire close to the bobbin’s center opening, reducing the risk of the first winding layer being compressed or damaged by subsequent windings and supporting stable operation under high loads.
Supports fully automated winding for fine wire specifications below 0.06/400 and 0.1/290. The adhesive process complies with VOC requirements, while laser stripping helps avoid RoHS-related concerns.
Product Features
Key Advantage
The deep wire-routing groove positions the incoming wire close to the bobbin’s center opening, helping prevent the first winding layer from being compressed or damaged by subsequent windings and reducing the risk of internal short circuits.
Product Features
Key Advantage
The deep wire-routing groove positions the incoming wire close to the bobbin’s center opening, helping prevent winding damage and reducing the risk of internal short circuits.
Space-Saving Design for Smarter Homes
Space-Saving Design for Smarter Homes
Model: EC20
Core Material: P96S
Output Power: 12–26W
Frequency: 50kHz
Replaces: EI22, EE25 (P95)
Model: EC22
Core Material: P96S
Output Power: 25–48W
Frequency: 50kHz
Replaces: EED28, EER28 (P95)
Model: EC24
Core Material: P96S
Output Power: 35–68W
Frequency: 50kHz
Replaces: EER28L (P95)
Model: EG24
Core Material: P95
Output Power: 35–50W
Frequency: 50kHz
Replaces: EER28L (P95)
Model: EG26
Core Material: P95
Output Power: 51–68W
Frequency: 50kHz
Replaces: EER32 (P95)
Model: EG28
Core Material: P95
Output Power: 60–83W
Frequency: 50kHz
Replaces: EER32 (P95)
Can’t find a product that fully meets your project requirements? HENG TAI SHENG INTELLIGENT provides design-driven co-development services, backed by an engineering team with 30 years of TDK-system experience.
Four in-house 3D engineers can deliver confirmation samples for new transformer designs within one week.
Standard samples can be shipped within 3–7 days.
With our own soft magnetic material sintering facility, we can tailor magnetic material properties from P40 to P96S for specific high-frequency and thermal requirements.