SPECIFICATION. Bulk Acoustic Wave Filter W. DATE September 5, 2014 WISOL. Byun, Kyung-Su. User WISOL CO., LTD.

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1 SPECIFICATION Bulk Acoustic Wave Filter USER USER PART No. WISOL PART No. DOC. No. DATE September 5, 2014 REVISION WISOL Hong, Byung-Chul Byun, Kyung-Su Mun, Gil-Seop ISSUED BY APPROVED BY (R&D) APPROVED BY (QC) User ISSUED BY CHECKED BY APPROVED BY WISOL CO., LTD , Gajang-ro, Osan-si, Gyeonggi-do, KOREA,

2 A TABLE OF CONTENTS 1. REVISION HISTORY DEFINITION PRECAUTIONS OUTLINE DRAWING & DIMENSIONS MARKING PERFORMANCE MAXIMUM RATINGS ELECTRICAL CHARACTERISTICS RELIABILITY ENGINEERING SAMPLE FLOW CHART TEST ITEM & CONDITION REFLOW CONDITION RECOMMENDED PCB DIMENSIONS CAUTION PACKING DIMENSIONS REELING QUANTITY TAPING STRUCTURE INNER BOX(Reel Packing) STRUCTURE OUTER BOX STRUCTURE TAPE SPECIFICATIONS RoHS DATA Page 2/27 September 5, 2014

3 1. REVISION HISTORY 000 SEP 5, 2014 All Page Make specification Page 3/27 September 5, 2014

4 2. DEFINITION 2-1. PART No W 2-2. APPLICATION: 2.4GHz 3. PRECAUTIONS 3-1. This device should not be used in any type of fluid such as water, oil, organic solvent, etc This is a hermetic device. MSL(Moisture Sensitive Level) is the '2a' level Ultrasonic cleaning shall be avoided Isopropyl Alcohol and Ethyl Alcohol can be used for cleaning. Contact us before using other cleaning solvents than above 3-5. This is an electrostatic sensitive device. Please avoid static voltage during operation and storage Sudden change of temperature shall be avoided, deterioration of the characteristics can occur If any malfunction due to designing or manufacturing which is out of specification occurs within one year after the products have been delivered, the maker should exchange the defective products. Page 4/27 September 5, 2014

5 4. OUTLINE DRAWING & DIMENSIONS [Unit: mm] NmXX X No. Function 2,3,5 Ground 1 Input 4 Output Page 5/27 September 5, 2014

6 5. MARKING Nm X X O X 5-1. N m X X X - The 1 st 2 nd character 'Nm' indicates the model name of BAW Filter - The 3 rd, character 'X' indicates the year and the month of manufacture. Year Month P Q R S T U V W X Y Z a A B C 2015 D E F G H I J K L M N O 2016 P Q R S T U V W X Y Z a This rotates by the 3 years. - The 4 th, 5 th character 'X' indicates Lot No This symbol indicates input pin 1. - This indicates the producing center : China 5-3. Marking : Laser Marking Page 6/27 September 5, 2014

7 6. PERFORMANCE 6-1. MAXIMUM RATINGS CHARACTERISTICS RATINGS UNITS DC Permissive Voltage 5 V Maximum Input Power +24 dbm Operating Temperature Range -30 ~ +85 Storage Temperature Range -40 ~ +85 Page 7/27 September 5, 2014

8 6-2. ELECTRICAL CHARACTERISTICS TABLE Item Insertion Loss (3) FREQUENCY RANGE [MHz] (WiFi Ch.1) (WiFi Ch.2) (WiFi Ch.3-11) (WiFi Ch.12) (WiFi Ch.13) UNIT Min. db - Ta = -30 ~ +85 SPECIFICATION Typ. (25 ) Max Inband Ripple (WiFi Ch.1) (WiFi Ch.2) (WiFi Ch.3-11) (WiFi Ch.12) (WiFi Ch.13) db Input VSWR (WiFi Ch.1-13) Output VSWR (WiFi Ch.1-13) db db db db (+25 ~ +85 ) (-30 ~ +25 ) db Absolute Attenuation (4) (+25 ~ +85 ) (-30 ~ +25 ) db (+25 ~ +85 ) (-30 ~ +25 ) db Termination Impedance db db db db Input: Unbalanced 50Ohm // 8.2nH Output: Unbalanced 50Ohm // 6.8nH Notes : 1. In production, devices will be tested at room temperature to a guard-banded specification to ensure electrical compliance over temperature 2. Electrical margin has been built into the design to account for the variations due to temperature drift and manufacturing tolerances 3. Data is the integrated value of the linear s-parameter over the indicated band at the specified temp. 4. Data is the integrated value of the linear s-parameter over 5MHz range at the specified temp. 5. An external impedance matching network with ±2% tolerance will be necessary to achieve the stated specifications. This is the optimum impedance in order to achieve the performance shown Page 8/27 September 5, 2014

9 TEST FIXTURE 6.8 nh 50Ω 8.2 nh 50Ω < X-ray Top View > Page 9/27 September 5, 2014

10 GRAPH 0 Narrowband Frequency (GHz) 0 Passband Frequency (GHz) Page 10/27 September 5, 2014

11 0 Wideband Frequency (GHz) 4 VSWR_INPUT Frequency (GHz) Page 11/27 September 5, 2014

12 Bulk Acoustic Wave Filter 4 VSWR_OUTPUT Frequency (GHz) 0.6 S11_Passband Swp Max 2.484GHz 0.6 S22_Passband Swp Max 2.484GHz Swp Min 2.4GHz Swp Min 2.4GHz Page 12/27 September 5, 2014

13 7. RELIABILITY 7-1. ENGINEERING SAMPLE FLOW CHART Initial Characteristics Electrical Parametric Preconditioning (JESD22-A113F) Temp. Drift (n=5) Thermal Shock (n=23) Board Adhesion (n=11) Low Temp. Storage (n=23) PCT (n=23) Bending Test (n=11) High Temp. Storage (n=23) Vib ration (n=23) ESD Test (n=11) Humidity Test (n=23) Drop (n=23) ESD Limit Test (n=11) Final Electrical Data (n=74) Final Electrical Data (n=92) Final Electrical Data (n=44) Page 13/27 September 5, 2014

14 7-2. TEST ITEM & CONDITION CATEGORY TEST ITEM TEST CONDITION REMARK Preconditioning hr Baking %RH 120hr Reflow Test(3times) JESD22A113F Temp. Drift description Environment Test High Temp. Storage Low Temp. Storage High Temp. High Humidity Storage hr JESD22-A103C hr JESD22-A %RH 240hr JESD22-A106B Thermal Shock -40 /30min +85 /30min, 100cycle JESD22-A106A High Temp. Operating %RH 96hr JESD22-A102C Vibration Test (Random) 20 Hz ~2000 Hz,0.053G²/Hz or 8g's RMS,15min/plane IEC Fdb Drop Test 152 cm 12times Steel floor JIG(110g~150g) IEC Mechanical Test Board Adhesion 0.5 mm /sec 1point push IEC Ue3 Bending Test 0.5 mm /sec 3times -PCB : FR4, PCB SIZE : 100*40 mm IEC Ue3 Physical Test Solder Heat Resistance ±250V,C=100pF,R=1.5 kω,1times static marginal test C=100pF,R=1.5 kω,1times(demand of customer) IEC Ue3 JESD22-A114F Page 14/27 September 5, 2014

15 8. REFLOW CONDITION 9. RECOMMENDED PCB DIMENSIONS [UNIT : mm] [BAW, X-ray Top view] [PCB, X-ray Top view] Page 15/27 September 5, 2014

16 10. CAUTION Moisture Sensitivity Device Caution (MSL LEVEL=2a) 1. Calculated shelf life in sealed bag : 12 month at 40 and 90% relative Humidity(RH) 2. Peak package body temperature : After bag is opened, devices that will be subjected to reflow solder or other high temperature process must be (a) Mounted within : 672 hours of factory conditions 30 /60% RH, or (b) Stored per J-STD Device require bake, before mounting, if : (a) Humidity Indicator Card reads 60% when read at 23±5 (b) 3(a) or 3(b) are not met 5. If baking is required, refer to IPC/JEDEC J-STD-033 for bake procedure Note : Level and body temperature defined by IPC/JEDEC J-STD-020 Aluminum Pack (310mmΧ370mm) HIC(Humidity Indication Card) 10 to 60% RH Page 16/27 September 5, 2014

17 11. PACKING DIMENSIONS - Carrier Tape [Unit: mm] A B D0 D1 E F P0 P1 P2 t1 t2 W Ø Ø 0.8 MIN Reel [Unit: mm] A B C D E F G H t1 t2 W Ø Ø Ø The product shall be packed properly not to damaged during transportation and storage. Page 17/27 September 5, 2014

18 Nm X X O X N m X X O X Bulk Acoustic Wave Filter REELING QUANTITY 10 inch reel : 8,000 pcs/reel TAPING STRUCTURE The tape shall be wound around the reel in direction shown below BAR CODE LABEL 1 MODEL NAME BARCODE 2 SFH836AQ101 3 RLYC ,000 / qafyu Model Name Reel number Quantity / Marking Page 18/27 September 5, 2014

19 Leader part and vacant position specifications INNER BOX(Reel Packing) STRUCTURE Material: Polycarbonate Material: Polyethylene + Aluminium Size: mm 2 Material: Paper Size: (D)260 (W)37 (H)265mm 3 Page 19/27 September 5, 2014

20 11-5. OUTER BOX STRUCTURE Material : Paper TYPE SIZE(mm) a b c Inner Box # A boxes SIDE 1 SIDE 2 MODEL Q'TY EA USER DATE.. - SIDE is the same as front side. Page 20/27 September 5, 2014

21 12. TAPE SPECIFICATIONS Tensile Strength of Carrier Tape: 4.4N/mm width Top Cover Tape Adhesion (See the below figure) - pull of angle: 0~15 degree - speed: 300mm/min. - force: 20~70g Page 21/27 September 5, 2014

22 13. RoHS DATA Page 22/27 September 5, 2014

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