The TAI-SAW TECHNOLOGY CO., LTD. TA0576A is a surface acoustic wave (SAW) filter designed for use in wireless communication systems. Specifically, it's engineered for intermediate frequency (IF) filtering in various receiver architectures. This filter provides excellent selectivity and low insertion loss, making it suitable for applications requiring precise signal filtering.

Applications:

• Wireless communication receivers
• Intermediate frequency (IF) filtering
• Radio frequency (RF) front-end modules
• Remote control systems
• Wireless sensor networks
• Cordless phones
• Wireless security systems

Features:

• SAW (Surface Acoustic Wave) filter technology
• Designed for IF filtering
• Low insertion loss
• High selectivity
• Surface-mount device (SMD)
• Compact size
• Stable performance over temperature

Benefits:

• Improved receiver sensitivity due to low insertion loss
• Enhanced signal-to-noise ratio through high selectivity
• Reduced size and weight in wireless devices
• Simplified circuit design with SMD packaging
• Consistent performance in varying environmental conditions
• Increased reliability in wireless systems

Additional Details:

The TA0576A SAW filter operates at a center frequency that's typically within IF ranges commonly used in wireless communications. Specific details of center frequency, bandwidth, and other key parameters would be found in the manufacturer's datasheet. The device is constructed using piezoelectric materials to achieve precise filtering characteristics. The surface-mount packaging facilitates automated assembly, reducing manufacturing costs. This filter provides a reliable and cost-effective solution for IF filtering in a wide range of wireless applications. Its compact size and robust performance make it an ideal choice for integration into modern wireless devices. The stable performance over temperature ensures reliable operation in diverse environmental conditions. The low insertion loss contributes to improved receiver performance and extended battery life in portable devices.