Wi-Fi U-NII 5 bandBoost Filter

Key Features • 5945-6425 MHz • Low Insertion Loss in Wi-Fi UNII 5 band • High Rejection in Wi-Fi UNII 1-3 bands • Extended temperature performance from -20 to +95 °C • High power handling to +28dBm averaged Input Power • Integrated match

文件：143.55 Kbytes 页数：2 Pages

QORVO

威讯联合

6 GHz Wi-Fi U-NII 5 bandBoost Filter

The Qorvo® QPQ5600 is an high-performance, high power, Bulk Acoustic Wave (BAW) band-pass filter with extremely steep skirts, simultaneously exhibiting low loss in the Wi-Fi UNII 5 band and high near-in rejection in the UNII 1-3 band.The filter module is specifically designed to enable industry lead • 5945-6425 MHz\n• High rejection in Wi-Fi UNII 1-3 bands\n• High power handling to +28dBm averaged Input Power\n• Integrated match\n;

Qorvo

威讯联合

Wi-Fi U-NII 5 bandBoost Filter

Key Features • 5945-6425 MHz • Low Insertion Loss in Wi-Fi UNII 5 band • High Rejection in Wi-Fi UNII 1-3 bands • Extended temperature performance from -20 to +95 °C • High power handling to +28dBm averaged Input Power • Integrated match

文件：143.55 Kbytes 页数：2 Pages

QORVO

威讯联合

Wi-Fi U-NII 5 bandBoost Filter

Key Features • 5945-6425 MHz • Low Insertion Loss in Wi-Fi UNII 5 band • High Rejection in Wi-Fi UNII 1-3 bands • Extended temperature performance from -20 to +95 °C • High power handling to +28dBm averaged Input Power • Integrated match

文件：143.55 Kbytes 页数：2 Pages

QORVO

威讯联合

Wi-Fi U-NII 5 bandBoost Filter

Key Features • 5945-6425 MHz • Low Insertion Loss in Wi-Fi UNII 5 band • High Rejection in Wi-Fi UNII 1-3 bands • Extended temperature performance from -20 to +95 °C • High power handling to +28dBm averaged Input Power • Integrated match

文件：143.55 Kbytes 页数：2 Pages

QORVO

威讯联合

Wi-Fi U-NII 5 bandBoost Filter

Key Features • 5945-6425 MHz • Low Insertion Loss in Wi-Fi UNII 5 band • High Rejection in Wi-Fi UNII 1-3 bands • Extended temperature performance from -20 to +95 °C • High power handling to +28dBm averaged Input Power • Integrated match

文件：143.55 Kbytes 页数：2 Pages

QORVO

威讯联合