The American Technical Ceramics 100A1R8BW150XT is a ceramic capacitor designed for high-frequency applications where stability and low loss are critical. This capacitor offers a capacitance value of 1.8 pF (picofarads) with a tight tolerance and high Q factor, making it suitable for RF and microwave circuits.

Applications:

• RF and microwave circuits
• Filter networks
• Oscillators
• Matching networks
• Bypass and decoupling applications
• High-frequency power amplifiers

Features:

• Ceramic Construction: Utilizes high-quality ceramic materials for stability and low loss.
• 1.8 pF Capacitance: Provides a precise capacitance value for accurate circuit tuning.
• High Q Factor: Minimizes energy loss in high-frequency circuits.
• Tight Tolerance: Ensures accurate capacitance values for consistent performance. (Specific tolerance value requires further specification from datasheets).
• High Voltage Rating: Suitable for high-voltage applications. (Specific voltage rating requires further specification from datasheets).
• Surface Mount Technology (SMT): Designed for automated assembly on circuit boards.

Benefits:

• Improved Circuit Performance: Enhances the stability and efficiency of high-frequency circuits.
• Reduced Signal Loss: Minimizes energy loss for optimal signal transmission.
• Accurate Tuning: Provides precise capacitance values for accurate circuit tuning.
• Reliable Operation: Designed for stable and consistent performance.
• Easy Assembly: SMT package simplifies circuit board assembly.

Additional Details:

This ceramic capacitor is specifically designed for high-frequency applications where precision and low loss are essential. Key parameters include capacitance value, tolerance, Q factor, voltage rating, and temperature coefficient. The '100A' prefix indicates a specific series or product family within American Technical Ceramics' portfolio. The ceramic material and construction contribute to its stable performance over a wide range of frequencies and temperatures. Size and termination style are also important considerations for proper circuit integration.