Description

This high-quality ferrite rod inductor offers excellent performance and reliability for a wide range of applications. Constructed with a precisely wound copper coil around a high-permeability ferrite rod core, this component provides superior inductance values with minimal losses. It's ideal for filtering, impedance matching, and energy storage in various electronic circuits.

Key Features:

• High Permeability Ferrite Core: Utilizes a high-quality ferrite material for exceptional inductance and minimal core losses, resulting in improved efficiency and reduced heat generation. The specific ferrite material used contributes to superior Q factor across a wide frequency range. (Specific ferrite material can be inserted here, e.g., MnZn, NiZn)
• Precisely Wound Copper Coil: The copper coil is wound with precision to ensure consistent inductance values and minimal resistance. This contributes to low signal loss and improved performance. (Specific wire gauge can be inserted here)
• Robust Construction: The inductor is designed for durability and long-term reliability, capable of withstanding demanding operating conditions. The coil is securely affixed to the ferrite core to prevent movement or damage.
• Compact Size and Lightweight Design: Its compact size and lightweight design make it suitable for space-constrained applications in various electronic devices.
• Wide Range of Inductance Values: Available in a variety of inductance values to meet the diverse needs of different applications. (Specific inductance range, e.g., 10µH to 100mH, can be inserted here)
• High Q Factor: Provides a high quality factor (Q), indicating low energy losses and efficient energy storage, crucial for resonant circuits and filtering applications. (Specific Q factor range, if applicable, can be inserted here)
• Excellent Temperature Stability: Maintains stable performance across a wide operating temperature range. (Specific temperature range can be inserted here)

Applications:

• EMI/RFI Suppression: Effectively filters unwanted noise and interference in electronic circuits.
• Resonant Circuits: Used in resonant circuits for applications such as radio frequency (RF) tuning and oscillators.
• Power Supplies: Used in power supply designs for filtering and smoothing DC voltage.
• Switching Power Supplies: Helps in reducing switching noise and improving efficiency.
• Audio Applications: Used in audio circuits for filtering and impedance matching.
• General Purpose Inductance: Suitable for various applications requiring a stable and reliable inductor.

Specifications:

• Inductance: (Insert specific inductance value or range)
• Tolerance: (Insert tolerance, e.g., ±5%)
• DC Resistance (DCR): (Insert DCR value)
• Operating Temperature Range: (Insert operating temperature range)
• Self-Resonant Frequency (SRF): (Insert SRF value, if applicable)
• Size: (Insert dimensions)
• Weight: (Insert weight)
• Packaging: (Insert packaging details)