Complete 2155 Mhz Bandpass Filter (2110-2200 Mhz Band) Up To 60% Off [Uic2VYvb]

Superior 2155 MHz Bandpass Filter for Enhanced Signal Quality

The 2155 MHz Bandpass Filter is designed to deliver exceptional signal clarity and performance within the 2110-2200 MHz frequency range. This compact and cost-effective filter is a perfect choice for ensuring high-quality signal transmission and reception in critical applications. With a typical insertion loss of just 3 dB in the passband, this filter minimizes signal degradation, allowing for efficient communication without compromising performance.

Key Features and Specifications

Enhanced Signal Rejection: The filter boasts excellent rejection specifications, ensuring that unwanted signals are effectively suppressed. This feature is crucial for maintaining clean and clear signals in complex environments where multiple signals coexist. Robust Power Handling: With a power handling capability of up to +10 dBm, this filter can withstand high-power signals without performance degradation.

• Operating Temperature Range: -40°C to +85°C, ensuring reliable performance in various conditions.
• Connectors: Equipped with SMA-F connectors for easy integration into your system.

Wide Application Range: This filter is ideal for a variety of applications, including FDD, n65 band downlink, n66 band downlink, and n1 band downlink signals.

Applications and Benefits

The 2155 MHz Bandpass Filter is highly versatile and can be used in numerous applications, making it an essential component for signal processing in various industries. From telecommunications to wireless communications, this filter is designed to enhance signal quality and improve overall system performance. By using this filter, you can benefit from

• Improved signal clarity and reduced interference.
• Increased system efficiency and reliability.
• Enhanced network performance and user experience.

Don't miss out on the opportunity to elevate your signal processing capabilities with this premium 2155 MHz Bandpass Filter.