Transformers for Data Center Equipment

Frigate’s transformers for data center infrastructure support stable, high-density power distribution with controlled losses, low thermal rise, and system-level integration flexibility. 

Transformers for Data Center Equipment

Configured to support continuous operation, these transformers reduce core and copper losses under high current and voltage load conditions. 

Thermally optimized designs with Class H insulation support reliable performance in densely packed, high-ambient server environments. 

Carefully wound coils and magnetic shielding suppress radiated and conducted EMI in noise-sensitive computing hardware.

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Our Products

Browse our transformer lineup built to support diverse voltage, insulation, and mounting needs across industries.

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Specialty Application Transformers
Power Transformers
Isolation & Safety Transformers
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Cooling & Construction Type Transformers
Medical-Grade Transformers - IMG
Step-Down Transformers - IMG
Toroidal Transformers - IMG
Planar Transformers - IMG
Audio Line Matching & Output Transformers - IMG (3)
SMPS High-Frequency Transformers - IMG (3)
Potential Transformers (PTs) - IMG (2)
Induction Heating Transformers - IMG (2)
Isolation Transformers - IMG (2)
Dry-Type Transformers - IMG (2)
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Hear how procurement teams and engineering leads rate our transformer reliability, customization depth, and production consistency.

Words from Clients

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Transformer Functionality in Data Center Systems

Transformers regulate voltage and support isolation between power stages in modular UPS systems, PDUs, and switchgear. We align each transformer design with load characteristics and safety protocols used in mission-critical data infrastructure. 

Rack-Level UPS Modules

Provides regulated voltage with low noise, allowing uninterruptible power delivery to high-performance compute and storage equipment. 

Power Distribution Units (PDUs)

Ensures galvanic isolation and current handling capacity for redundant or tiered power systems within server clusters. 

Transformers for Data Center Equipment
Transformers for Data Center Equipment
Transformers for Data Center Equipment

Tailored Mechanical and Electrical Transformer Integration

Frigate provides transformers that address form factor, mounting, and interface constraints across standard and customized rack or chassis environments. 

Compact Mounting Formats

We support horizontal or vertical mount orientations, open-frame, or encapsulated styles for rack-side or board-level installation.

Compatible with Power Architectures

Our designs integrate cleanly with AC-DC conversion stages, battery backup systems, or distributed energy modules across scalable racks.

Full-Spectrum Transformer Solutions

Engineered for high-reliability environments, our Data Center Equipment transformers deliver precise voltage regulation, low leakage current, and superior EMI suppression.

Tested Transformers for Global Data Centers

Frigate tests transformers for data center equipment to confirm stable operation under high-load, mission-critical conditions. Each unit undergoes targeted evaluations for electrical integrity, thermal stability, and EMI control, ensuring dependable integration into continuous-operation IT infrastructure. 

Load Endurance Testing
Validates transformer performance under sustained full-load and overload scenarios, confirming voltage stability and efficiency retention over extended operation.
Thermal Stress Evaluation
Measures winding and core temperatures under peak server rack loads, verifying compliance with Class F/H thermal limits.
EMI & Noise Verification
Assesses conducted and radiated emissions to ensure transformers meet strict data center electromagnetic compatibility expectations.

Insights from Transformer Manufacturing Experts

Read technical articles on transformer integration, compliance standards and sourcing strategies across industry-specific use cases.

Having Doubts? Our FAQ

Check all our Frequently Asked Questions

How does Frigate control transformer losses in high-density data center applications?

Frigate selects core geometries and magnetic materials that reduce eddy and hysteresis losses under continuous load. Copper winding profiles are optimized to manage skin and proximity effects in high-frequency power stages. Laminated core stacks with minimal air gaps further suppress parasitic losses. Each transformer is tested under simulated rack-level operating currents to validate thermal efficiency and electrical stability. 

 

What design features support Frigate transformers in thermally constrained server environments?

Frigate uses Class H insulation, low-profile winding structures, and high-saturation flux materials to reduce thermal rise in compact installations. Ventilated core arrangements and thermal interface paths enhance passive heat dissipation in enclosed server spaces. These designs are validated through simulation and real-time temperature monitoring across typical airflow-constrained chassis. 

 

How does Frigate mitigate EMI in transformers used in power distribution units (PDUs)?

Frigate applies shielding layers between primary and secondary windings to block capacitive coupling and reduce common-mode noise. Winding geometry is selected to minimize loop area and suppress magnetic field emissions. These transformers undergo conducted and radiated EMI testing in accordance with IEC 62368-1 and data center power system EMC expectations. 

 

What customization does Frigate offer for transformer integration in standard and custom rack formats?

Frigate offers vertical or horizontal mounting support, plug-in or screw terminal options, and shielded or open-frame formats to match rack space and orientation constraints. Electrical parameters including tap settings, leakage inductance, and thermal class can be configured. Each design is finalized to preserve required creepage, clearance, and airflow compatibility in modular rack or cabinet assemblies. 

How does Frigate ensure compliance with safety and documentation standards for data center equipment?

Every transformer is tested for insulation resistance, dielectric withstand, and leakage current in line with UL and IEC safety guidelines. Frigate documents all test results and part characteristics for traceability and field inspection requirements. Production follows ISO-controlled quality systems aligned with IT equipment standards and international compliance frameworks. 

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LOCATIONS

Registered Office

10-A, First Floor, V.V Complex, Prakash Nagar, Thiruverumbur, Trichy-620013, Tamil Nadu, India.

Operations Office

9/1, Poonthottam Nagar, Ramanandha Nagar, Saravanampatti, Coimbatore-641035, Tamil Nadu, India. ㅤ

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