Electrical Equipment
for Automotive

Frigate’s multi-shielded automotive cables with controlled impedance and precision twist ratios ensure robust EMC performance by minimizing crosstalk and emissions in high-density ADAS and ECU networks.

automotive

Cross-linked ETFE and PEEK insulations maintain dielectric strength up to 200°C, ensuring performance under extreme engine and inverter temperatures. 

Finely stranded copper and CCA conductors with thin-wall fluoropolymer jackets reduce harness mass while preserving ampacity and thermal reliability. 

Strain-relieved terminations, braided sheathing, and elastomeric overmolding prevent fatigue, fretting, and disconnection under ISO 16750-3 vibration conditions. 

Future-Ready Electrical Solutions

Partner with Frigate to implement advanced electrical technologies enabling high-voltage endurance system reliability and future-ready industrial power architectures. 

Electrical Components We Manufacture

From Cables & Wires to Transformers, Our Electrical Products power your projects across industries. Browse below to find what suits your needs.

UPS & Inverter Transformers - IMG (3)
Encapsulated Transformers - IMG
Pulse Transformers - IMG
Three-Phase Transformers - IMG (1)
Step-Up Transformers - IMG (2)
Lighting Transformers - IMG (2)
Audio Line Matching & Output Transformers - IMG (3)
UI-Core Transformers - IMG (2)
single-phase transformers - IMG (2)
C-Core Transformers - IMG (3)
Colored Server Power Cord - img (4)
Type C Europlug Power Cords (3)
Schuko Plug Power Cord - IMG (4)
Type N Power Cords (2)
High Amp Rated Power Cord - IMG (2)
CCS DC Charging Cord - IMG
Locking Power Cord - IMG
Italian Plug Power Cord - IMG
Type B NEMA Power Cords - IMG (4)
Type J Power Cords
power factor correction choke - IMG
Line Air Choke to DC Link - img (2)
Harmonic Filter Choke
Filter Choke - img
Auxiliary Inductor (2)
RL Load Reactor (3)
Input Choke
Boost Converter Choke
Smoothing Choke
3-Phase Output Choke - IMG (2)

In Their Words

Endorsed by industry decision makers who value our streamlined procurement and efficient execution.

Words from Clients

See how global OEMs and sourcing heads describe their experience with our scalable execution.

Core Electrical Interfaces in Modern Automotive Engineering

Electrical components in the automotive sector are designed to meet stringent mechanical, thermal, and electromagnetic requirements across complex vehicle subsystems. Their performance directly influences vehicle safety, reliability, and functionality under varying load and environmental conditions. 

High-Voltage Electric Drivetrain Integration

Used for battery-to-inverter and inverter-to-motor connections, supporting up to 800V with low partial discharge and EMI suppression characteristics. 

Advanced Driver Assistance Systems

Facilitates low-latency, high-bandwidth data transmission in sensor fusion networks using shielded twisted pairs with controlled impedance and minimal crosstalk. 

automotive

High-Voltage Isolation

Triple-extruded HV cables with XLPE and semi-conductive layers withstand >800 VDC and maintain partial discharge levels below 5 pC per IEC 60270. Shielding effectiveness exceeds 90 dB from 1–30 MHz to suppress EMI in inverter circuits. 

Fluid and Chemical Resistance

Jackets made from PVDF, FEP, and PA12 provide robust resistance to oils, coolants, fuels, and salt spray. Chemical stability is validated through ISO 6722-1 and LV112, maintaining tensile strength and dielectric integrity under prolonged exposure to corrosive environments.

Harness Modularity and Diagnostics

Pre-engineered harnesses include smart routing paths, diagnostic-capable terminals, and LIN-based junctions for modular assembly and maintenance. DFA-compliant design enables robotic installation, connector keying, and predictive maintenance support across ICE and BEV systems.

Precision Electrical Systems for Every Industry

Built for demanding sectors, our electric products offer accurate voltage regulation, thermal stability, and EMI shielding—customized for automotive applications. 

Automotive Transformers Engineered for Extreme Road Conditions

Frigate develops automotive transformers engineered for uncompromising voltage accuracy, minimal electrical noise, and thermal resilience under sustained high-load and fluctuating driving conditions. 

Environmental and Corrosion Resistance
Transformers are exposed to humidity, salt spray, and thermal shock to ensure durability against environmental degradation and chemical exposure.
Mechanical Shock and Vibration Endurance
Multi-axis vibration and impact tests validate structural integrity under real-world road, off-road, and collision conditions.
Long-Term Aging and Material Fatigue Analysis
Accelerated operational aging cycles measure insulation breakdown, core performance retention, and thermal drift over the product’s lifecycle.

Electrical Market Insights

Explore how advanced insulation and dielectric technologies are redefining reliability in modern industrial power systems. 

Having Doubts? Our FAQ

Check all our Frequently Asked Questions

How does Frigate ensure connector reliability under combined thermal and vibration stress?

Frigate validates connectors using ISO 16750-3 thermal/vibration cycles combined with USCAR-2 performance testing. Each connector is tested for retention force, contact resistance, and fretting wear under temperature swings and multi-axis vibration. Overmolded strain reliefs and anti-backout locks are used in critical zones. These designs ensure stable electrical contact over the entire vehicle lifecycle. 

What shielding configurations does Frigate use for EMI control in high-speed automotive communication systems?

Frigate uses braid-over-foil (BOF) and foil-over-braid (FOB) shielding combinations, optimized by frequency domain analysis. These designs achieve >90 dB attenuation across 1–30 MHz, suitable for inverter switching and CAN FD signals. Shield terminations include 360° bonded terminations to ensure low-impedance grounding. This minimizes radiated emissions and ensures EMC compliance per CISPR 25 Class 5. 

How does Frigate manage cable routing challenges in confined EV battery pack environments?

Frigate uses cables with reduced bend radius, thin-wall insulation, and high-flexibility Class 6 conductors for tight spaces. Routing channels are pre-designed in CAD models with minimum clearance tolerances validated through digital mock-ups. Cable routing includes heat shielding and abrasion protection layers for thermal and mechanical protection. Pre-terminated assemblies reduce on-site handling and connector misalignment risks. 

What design methods does Frigate apply to prevent partial discharge in high-voltage cables?

Frigate applies triple-extrusion with XLPE and semi-conductive shielding to balance field strength across insulation layers. All HV cables are tested to IEC 60270 to confirm partial discharge stays below 5 pC. Cable ends are terminated with shield breakouts that eliminate corona-prone air gaps. Geometric optimization of conductor diameter and insulation wall thickness is also applied. 

How does Frigate verify chemical compatibility of cable materials for automotive fluid exposure?

Frigate selects jackets like PA12, FEP, and PVDF based on ISO 6722-1 chemical soak tests. Cables are immersed in transmission oil, brake fluid, and coolants at elevated temperatures and monitored for physical degradation. Post-test insulation resistance, elongation, and dielectric strength are re-verified. This ensures material stability across long-term exposure to real vehicle environments. 

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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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