Digital RF Attenuator Adjustable 0-4Ghz 1-16dB Eight Gain Bias Tees With Power Supply

1.Descriptions

Digital Attenuator Adjustable 0-4Ghz 1-16dB Eight Gain Bias Tees With Power Supply

The Digital Attenuator Adjustable 0-4GHz 1-16dB with Eight Gain Bias Tees and Power Supply is a versatile RF (radio frequency) device designed for fine-tuning signal levels across a wide frequency range. It is particularly useful for applications that require precise control over signal attenuation, such as telecommunications, test and measurement setups, or RF signal processing systems. The built-in bias tees allow the attenuator to be integrated into systems that supply DC power over RF coaxial lines.

2.Product Specifications

3.Product Advantages

• Wide Frequency Range (0-4GHz) The attenuator covers a broad range of frequencies, making it suitable for multiple applications, including telecommunication systems, RF testing, wireless networks, and satellite communications. This flexibility allows users to fine-tune signals across various devices and systems.
• Adjustable Attenuation (1-16dB) With a 1-16dB adjustable attenuation range, users can precisely control signal strength to meet specific requirements. This is particularly beneficial in environments where signal levels need to be balanced or controlled to prevent interference or signal degradation.
• Eight Gain Bias Tees The inclusion of eight bias tees allows the simultaneous transmission of DC power and RF signals over the same coaxial cable, simplifying system design and reducing the need for additional cabling. This is particularly useful for antenna systems, amplifiers, or active devices that require DC power through the RF line.
• High Precision and Reliability The digital control of the attenuator ensures accurate, repeatable adjustments to signal levels. This precision is critical in lab environments, RF testing, and communications systems, where maintaining consistent signal strength is vital for proper operation.
• Integrated Power Supply The device includes its own power supply, which eliminates the need for external power sources, simplifying installation and setup. This makes it easier to integrate into a wide range of systems, whether for field deployments or test bench setups.