High-Voltage Low VCR AEC-Q200 Resistors by Stackpole Electronics

Introduction

The Stackpole Electronics RVCU High-Voltage Low VCR AEC-Q200 Resistors are designed to handle high working voltages while maintaining low voltage coefficient of resistance (VCR). These resistors are compliant with AEC-Q200 standards, making them suitable for demanding applications in various industries.

Part Description

The RVCU series of resistors features a unique material and design that allows them to operate at maximum working voltages ranging from 800V to 3000V. With a power rating of up to 1W, these resistors are built to withstand harsh conditions while ensuring reliability. They meet the IEC-62368 standards and are characterized by their low VCR, which ranges from ±25ppm to ±50ppm/volt. Additionally, they offer high ESD withstand capability and are anti-sulfur compliant, making them suitable for environments where exposure to corrosive elements is a concern.

Applications

• Automotive electronics
• Industrial equipment
• Telecommunications
• Power supplies

Industries

• Automotive
• Industrial
• Telecommunications
• Power Electronics

Usage Ideas

1. Automotive Control Systems: Utilize the RVCU resistors in automotive control modules to ensure reliable performance under high voltage conditions.
2. Telecom Equipment: Implement these resistors in telecom power supplies to enhance the durability and efficiency of communication devices.
3. Industrial Automation: Use the RVCU resistors in industrial equipment to manage voltage levels effectively, ensuring stable operation in automated systems.

Conclusion

The Stackpole Electronics RVCU High-Voltage Low VCR AEC-Q200 Resistors are an excellent choice for applications requiring high voltage handling and low VCR. Their robust design and compliance with industry standards make them suitable for a wide range of applications across various industries. Whether in automotive, industrial, or telecommunications, these resistors provide reliability and performance that engineers can trust.