Product Overview:
🪶 The SMA Double Female Head RF Fixed Attenuator is a cutting-edge electronic component designed for high-performance applications in the field of radio frequency technology. Capable of operating within a frequency range of DC to 4.0GHz, this attenuator is an ideal solution for signal attenuation in various RF applications, ensuring precision and reliability.
🔧 Key Features:
- Premium Build Quality: Crafted with high-quality materials, this RF fixed attenuator guarantees exceptional performance and long-lasting durability, resistant to the rigors of extensive use.
- Exceptional Craftsmanship: Engineered with meticulous attention to detail, this component ensures superior functionality and an intuitive operating experience, making it easy for users to integrate into their systems.
- Professional Grade: Featuring SMA dual female connectors, the design prioritizes ease of installation while delivering reliable RF signal attenuation, catering to both amateur and professional setups.
- High Performance: With a maximum power handling of 23dBm (200mW), this attenuator is built to maintain excellent contact and durability, ensuring consistent performance under various operational conditions.
- Versatile Applications: Operating within a standard 50Ω system impedance, this attenuator set includes several attenuation levels—0dB, 10dB, 20dB, and 30dB—making it suitable for a wide array of RF applications, from testing to signal management.
🧱 Specifications:
- Frequency Range: DC to 4.0GHz
- Maximum Power: 23dBm (200mW)
- Standing Wave Ratio: ≤1.20
- System Impedance: 50Ω
- RF Interface: SMA double female head (features both outer screw and inner hole)
- Attenuation Values:
- Direct: 0dB (reference)
- Level 1: 10±0.8dB
- Level 2: 20±1.1dB
- Level 3: 30±1.5dB
📦 Dimensions: Measuring at 52.00x48.00x7.00mm (2.05x1.89x0.28 inches), this compact design allows for seamless integration into various RF setups.
💍 Note: Due to variations in monitors and lighting effects, the product's actual color may slightly differ from the representations shown in the images. Please allow for a measuring deviation of 1-2cm due to manual measurement.
