The ATC700A331JW150X is a high-performance, high-Q multilayer ceramic capacitor manufactured by American Technical Ceramics (ATC). It is specifically designed for demanding applications in radio frequency (RF) and microwave circuits, where high reliability, low losses, and stable performance are critical. These capacitors are often utilized in filtering, tuning, impedance matching, and decoupling applications within various electronic systems.

Applications

• RF and Microwave Filters
• Impedance Matching Networks
• Oscillators
• Tuning Circuits
• Bypass and Decoupling Applications
• High-Frequency Amplifiers

Features

• High Q-factor for minimal losses.
• Stable performance over temperature and voltage variations.
• Low Equivalent Series Resistance (ESR).
• High Self-Resonant Frequency (SRF).
• Non-magnetic construction.
• Available in standard EIA case sizes.
• RoHS Compliant.

Benefits

• Ensures minimal signal attenuation in RF and microwave applications.
• Maintains consistent circuit performance under varying operating conditions.
• Reduces noise and enhances signal integrity.
• Enables operation at higher frequencies.
• Minimizes interference in sensitive circuits.
• Facilitates easy integration into standard circuit layouts.
• Complies with environmental regulations.

Additional Details

The ATC700A331JW150X has a capacitance value of 330 pF, a voltage rating of 150 VDC, and a tolerance of ±5%. It is typically available in a standard EIA case size (e.g., 1111). ATC's proprietary manufacturing processes and materials contribute to the capacitor's exceptional performance characteristics. These capacitors are well-suited for applications requiring robust and reliable performance in harsh environments. The non-magnetic construction is essential for applications where magnetic interference could be problematic. Proper mounting and soldering techniques are critical for optimal performance. ATC provides comprehensive technical documentation and support to assist engineers in selecting and implementing the appropriate capacitors for their specific applications. The high self-resonant frequency allows the capacitor to be used in high-frequency circuits without significant performance degradation. The low ESR minimizes power dissipation and heat generation.