Vishay / Dale CRCW-HP High-Power Thick Film Chip Resistors

Introduction

The Vishay / Dale CRCW-HP High-Power Thick Film Chip Resistors are designed for high reliability and stability in power measurement electronics. These resistors are ideal for applications that require robust performance under demanding conditions.

Part Description

The CRCW-HP series features lead (Pb)-bearing pulse-proof resistors that excel in pulse load capability. They operate effectively within a temperature range of -55°C to 155°C and are AEC-Q200 qualified, ensuring their reliability in various environments. With a resistance range from 1Ω to 1MΩ, including a jumper option (0Ω), these resistors are suitable for a wide array of applications. Their double-side printed resistor element enhances their power rating, making them a preferred choice for high-power requirements.

Applications

• Military electronics
• Industrial applications
• Battery Management Systems (BMS)
• High-power electronic devices

Industries

• Aerospace and Defense
• Automotive
• Industrial Automation
• Consumer Electronics

Usage Ideas

1. Battery Management System Design: Utilize the CRCW-HP resistors in a BMS to ensure accurate power measurement and management in electric vehicles or renewable energy systems.
2. Pulse Load Testing: Implement these resistors in a testing setup to evaluate the performance of power electronics under pulse load conditions, ensuring reliability and stability.
3. High-Power Amplifier Circuits: Integrate the resistors into high-power amplifier circuits to manage heat dissipation and maintain performance during operation.

Conclusion

The Vishay / Dale CRCW-HP High-Power Thick Film Chip Resistors are an excellent choice for applications requiring high reliability and stability. With their robust design and wide range of resistance values, they are well-suited for various industries, including military, automotive, and industrial sectors. Whether for battery management systems or high-power applications, these resistors provide the performance needed to meet demanding electronic requirements.