WLAN 802.11bgn 1T1R and BT2.1 EDR combo slim module Application Note Combo slim Module Rev 1.0 APPLICATION NOTE MS-3822 WLAN 802.11b/g/n 1T1R Slim Module 1 Micro-Star International Co.
WLAN 802.11bgn 1T1R and BT2.1 EDR combo slim module Application Note Combo slim Module Rev 1.0 Revision History Revision 1.0 Date 2009/11/30 Description First version Author/Revised by Benson 2 Micro-Star International Co.
WLAN 802.11bgn 1T1R and BT2.1 EDR combo slim module Application Note Combo slim Module Rev 1.0 1. WLAN Module Block Diagram Figure1: WLAN Module Block Diagram 3 Micro-Star International Co.
WLAN 802.11bgn 1T1R and BT2.1 EDR combo slim module Application Note Combo slim Module Rev 1.0 2. Product Specification 4 Micro-Star International Co.
WLAN 802.11bgn 1T1R and BT2.1 EDR combo slim module Application Note Combo slim Module Rev 1.0 5 Micro-Star International Co.
WLAN 802.11bgn 1T1R and BT2.1 EDR combo slim module Application Note Combo slim Module Rev 1.0 3. Module Pin Description Pin 1 Pin 10 Table1: Combo Module Pin Description 6 Micro-Star International Co.
WLAN 802.11bgn 1T1R and BT2.1 EDR combo slim module Application Note Combo slim Module Rev 1.0 4. Mechanical Specifications 3.1 PCB Mechanical Drawing Figure2: WLAN Module Dimension 3.2 Connector Mechanical Drawing 7 Micro-Star International Co.
WLAN 802.11bgn 1T1R and BT2.1 EDR combo slim module Application Note Combo slim Module Rev 1.0 Figure3: Combo Module connector Dimension 4.3 Recommended Cable Length and Gauge UL1571 32AWG HOOK UP WIRE OD=0.38mm, LENGTH=650mm (MAX.) PS: This is the very minimum cable selection requirement. Performance could be more optimized if cable length is shorter or premium cable is adopted. 5. Recommended Assembly for WLAN Module 8 Micro-Star International Co.
WLAN 802.11bgn 1T1R and BT2.1 EDR combo slim module Application Note Combo slim Module Rev 1.0 Applying insulating tape or other insulator and adhere it onto the module or LCD panel. This is to prevent the module touching on the panel ground. 1~2mm gap ’ Giving at least 1-2mm gap or applying insulators (insulating tap) in between module & panel for better isolation. (please note: This gap or isolation is only necessary when there is noise inducing from the LCD panel) 6.
WLAN 802.11bgn 1T1R and BT2.1 EDR combo slim module Application Note Combo slim Module Rev 1.0 the size of foil/heat sink should just fit properly onto the shielding case. Foil/ heat sink size larger than shielding area will impact the antenna performance. See below picture as a reference for correct cutting size. Copper foil is highly recommended as it will enhance antenna performance. 7. Recommended Placement for Combo Module’s Antennas. 0.
WLAN 802.11bgn 1T1R and BT2.1 EDR combo slim module Application Note Combo slim Module Rev 1.0 For Wi-Fi side, 10mm gap is recommended. For Bluetooth side, 0.5mm gap is recommended. Note: please avoid any metal parts to cover, touch or surround with antenna. 8. Recommended The Size Of Copper /Aluminum Foil 9. Recommended The EMI Coating Area We suggest the area of EMI Coating must be within the length of Green line :100mm and the width between blue line A and B (from the end of panel to end of A side).
WLAN 802.11bgn 1T1R and BT2.1 EDR combo slim module Application Note Combo slim Module Rev 1.0 12 Micro-Star International Co.
