The F1206FA7000V032TM is a fuseholder manufactured by AEM Inc. designed to offer robust overcurrent protection for sensitive electronic circuits. It provides a secure and reliable mounting point for fuses, thereby protecting downstream components from potentially damaging current surges and overloads.
Applications
- Overcurrent protection for industrial power supplies
- Protection of high-power LED lighting systems
- Use in motor control circuits
- Safeguarding sensitive equipment in automation systems
- Integration into telecommunications infrastructure
Features
- Standard 1206 package for easy integration
- High voltage rating of 700V
- Durable construction for reliable operation
- Designed for automated surface mount assembly
- Compliant with industry safety and performance standards
Benefits
- Offers reliable overcurrent protection to prevent damage to electronic components
- Suitable for a wide range of applications due to the high voltage rating
- Facilitates efficient manufacturing processes with SMT compatibility
- Enhances product safety and reduces the risk of electrical hazards
- Increases the overall reliability of electronic equipment
Additional Details
The F1206FA7000V032TM fuseholder is constructed from high-quality materials to ensure durability and consistent performance even in demanding operating conditions. Its design is optimized for automated assembly processes, guaranteeing a secure and stable connection for fuses. The 1206 package size refers to the dimensions of the component, which are 0.12 inches in length and 0.06 inches in width. This standard size makes it compatible with a wide variety of circuit board layouts.
This fuseholder is designed to accommodate standard 1206 size fuses, enabling easy integration into existing designs. The 700V voltage rating ensures reliable protection in high-voltage applications, providing a significant safety margin. The 'TM' suffix typically indicates that the component is packaged on tape and reel, facilitating efficient automated assembly in high-volume manufacturing environments.