Description

The EGF10D is an electronic component model that falls under the category of IC Chips. It is designed for surface mount automotive applications. The model features a GPRC (Glass Passivated Rectifier Chip) inside, which provides a glass passivated cavity-free junction. This ensures high efficiency and superfast recovery time. The EGF10D also comes with built-in strain relief and is easy to pick and place. It has a high temperature soldering guarantee of 260°C/10 seconds at the terminals. The plastic package of the EGF10D has a Flammability Classification of 94V-0 according to Underwriters Laboratory standards.

Specifications and features

• GPRC (Glass Passivated Rectifier Chip) inside
• Glass passivated cavity-free junction
• Ideal for surface mount automotive applications
• Superfast recovery time for high efficiency
• Built-in strain relief
• Easy pick and place
• High temperature soldering guaranteed: 260°C/10 seconds, at terminals
• Plastic package has Underwriters Laboratory Flammability Classification 94V-0

Application Scenarios

The EGF10D electronic component model is specifically designed for surface mount automotive applications. It is ideal for use in automotive circuits and systems where efficient and reliable performance is required. It can be used in a wide range of automotive electronics, including engine control units, powertrain systems, and body control modules. With its superfast recovery time and high-temperature soldering guarantee, the EGF10D is well-suited for the demanding conditions of the automotive industry.

Comparison

- GPRC (Glass Passivated Rectifier Chip) inside for improved performance and efficiency
- Glass passivated cavity-free junction for reliable operation
- Built-in strain relief for enhanced durability and longevity
- Easy pick and place design for convenient installation
- High-temperature soldering guarantee for compatibility with automotive applications
- Plastic package with Underwriters Laboratory Flammability Classification 94V-0 for safety
- No specific disadvantages identified for the EGF10D model.