The ATC100A3R3BW150X is a high-performance, single-layer ceramic capacitor manufactured by American Technical Ceramics (ATC). Designed for critical applications in RF and microwave circuits, it offers high Q, low ESR, and stable performance across a broad range of frequencies and temperatures. This capacitor is ideal for use in demanding environments where precision and reliability are essential.

Applications:

• RF and microwave circuits
• High-frequency filters
• Oscillators
• Matching networks
• Bypass and decoupling applications

Features:

• High Q factor for minimal energy loss
• Low equivalent series resistance (ESR)
• Stable performance over temperature variations
• High self-resonant frequency
• Compact size and surface mount configuration
• Excellent solderability for reliable connections
• Compliant with RoHS environmental standards

Benefits:

• Enhanced circuit performance due to reduced energy losses
• Improved efficiency in high-frequency applications
• Consistent and reliable operation in challenging environments
• Reduced noise and interference in sensitive circuits
• Simple integration into surface mount assemblies
• Adherence to environmental regulations

Additional Details:

The ATC100A3R3BW150X features a capacitance value of 3.3 pF, allowing for precise tuning and filtering in RF and microwave applications. Its voltage rating ensures it can handle elevated voltage levels, providing robustness in demanding circuits. The '150' in the part number likely indicates the case size and termination style, which should be verified using the official datasheet. ATC's single-layer capacitors are known for their robust construction and the capacity to perform reliably under harsh conditions. The ceramic material used in the capacitor offers a high dielectric constant, enabling a small form factor without compromising capacitance and voltage capabilities. The surface mount terminals are designed for superior solderability, guaranteeing secure and dependable connections to the circuit board. Comprehensive testing ensures that the capacitor meets stringent environmental standards, ensuring consistent performance across a wide range of temperatures and humidity levels.