Minhe SKY13418 SP8T RF Switch Module for 10KHz to 6GHz Applications, Green PCB Antenna Selector with 1dB Insertion Loss and 20dB Channel Isolation, 60x55mm

Features: *Versatile Frequency Range - SP8T RF switching module works effectively over a wide frequency range from 50KHz to 6GHz, making it suitable for various RF applications and flexibility in different configurations. *Efficient Power Supply: Designed to work with a DC 2.5-5V power supply, this module offers adaptability to different power sources, reliable performance in various environments. *Low Insertion Loss - With an insertion loss of only 1dB at 1GHz, this switch minimizes signal degradation, allowing essential hi-fi signal transmission for critical communication systems. *Strong Isolation - Achieving an isolation degree of 20dB to 2.7GHz, this switch effectively prevents interconnection between channels, improving signal integrity and overall system performance. * Compact Design - Measuring 60mm x 55mm, the compact size of the SP8T RF switching module makes it easy to integrate into various projects and installations without taking up excessive space. Specifications: Part Name:RF Switches Material: PCB Size: 60 x 55 mm. Colour: green. Package Content: 1 x RF Switch

• [Frequency Range] Operates from 10KHz to 6GHz, supporting a wide range of RF applications such as test equipment, communication systems, and signal routing for greater project versatility.
• Power Supply: Operates on a wide DC voltage range from 2.5V to 5V, allowing stable operation and easy integration with various common power supplies and configurations.
• [Low loss] Features a minimum signal loss of only 1dB at 1GHz, supports strong and clear signal transmission, which is important to maintain signal quality
• Isolation Performance - Provides 20dB of isolation at 2.7GHz to reduce interference and crosstalk between channels, supporting cleaner signals and better system operation.
• COMPACT SIZE - Its small footprint of 60mm x 55mm allows for simple installation on different systems and projects, saving valuable space without sacrificing performance.