MULTILAYER CERAMIC ANTENNA (LINEAR POLARIZATION MODE) 1.88 GHz ~2.1 GHz Product Specification1 (Preliminary) QUICK REFERENCE DATA Dimension 8.8* 6.8 * 0.9 mm Working Frequency 1.88~2.1 GHz Gain 2 dBi Max VSWR 2 max Polarization Linear Azimuth Omni-directional Impedance 50 Operating Temperature -55~125 oC Termination Ni/Sn (Environmentally-Friendly Leadless) Resistance to soldering heat 260oC, 10 sec. Special Environmental Concerns- Green Products Design: The foil making process is using environmentally friendly aqueous solvent technology. Termination is lead free and packing materials can be re-cycled 1 All the technical data and information contained herein are subject to change without prior notice Print date 02/06/03 R&D Preliminary use only Nov. 20, 01 Multilayer Ceramic Antenna for 1.88GHz~2.1GHz Cliff Wang, Ph.D. spec.doc 2002-01-07 Phycomp Taiwan Ltd. 4311 112 00188 Page 1/9 sheet 190-1 Dec. 13, 01 Jan. 7, 02 A4 APPLICATION 9 mm Suggested Layout Ground plane (back side) 1mm Clearance (no ground plane) RF Module 8mm DECT Antenna 8mm 50Transmission Line DIMENSIONAL DATA Figure Dimension s2 s1 s1 S2 L 8.80.2mm - W 6.80.2mm - T C F L C S1 S2 C s1 F w T F R&D Port - 0.90.2mm Feed termination 4.30.2mm - 0.50.3mm Solder termination 1.30.2mm Solder termination 4.30.2mm s1 Print date 02/06/03 Preliminary use only Nov. 20, 01 Multilayer Ceramic Antenna for 1.88GHz~2.1GHz Cliff Wang, Ph.D. spec.doc 2002-01-07 Phycomp Taiwan Ltd. 4311 112 00188 Page 2/9 sheet 190-2 Dec. 13, 01 Jan. 7, 02 A4 SOLDER LAND PATTERN Figure Remark Dimensions (mm) L C C F* S1 F S2 W S1 S1 L 10.00 0.10 W 7.00 0.10 F 1.40 0.10 Feed Pad F* 1.40 0.10 Feed Pad (Optional) C 0.90 0.10 S1 1.40 0.10 NC Mount Pad Only S2 1.40 0.10 NC Mount Pad Only Radiation Pattern 0 45 0 -45 90 45 -45 -90 90 135 225 -90 135 225 180 180 Z Y E Plane (ZY Plane) & H Plane (XY Plane) R&D X Print date 02/06/03 Preliminary use only Nov. 20, 01 Multilayer Ceramic Antenna for 1.88GHz~2.1GHz Cliff Wang, Ph.D. spec.doc 2002-01-07 Phycomp Taiwan Ltd. 4311 112 00188 Page 3/9 sheet 190-3 Dec. 13, 01 Jan. 7, 02 A4 RELIABILITY DATA (Reference to IEC Specification) IEC IEC 384-10/ CECC 32 100 CLAUSE 6006868-2 TEST METHOD TEST 4.4 Mounting 4.5 Visual inspection and dimension check Adhesion 4.8 4.9 4.10 Bond strength of plating on end face Tb Resistance to soldering heat PROCEDURE REQUIREMENTS The antenna can be mounted on printedcircuit boards or ceramic substrates by applying wave soldering, reflow soldering (including vapour phase soldering) or conductive adhesive Any applicable method using 10 magnification A force of 5 N applied for 10 s to the line joining the terminations and in a plane parallel to the substrate Mounted in accordance with CECC 32 100, paragraph 4.4 No visible damage In accordance with specification (no chip off 3 mm) No visible damage No visible damage Conditions: bending 0.5 No visible damage mm at a rate of 1mm/s, radius jig. 340 mm, 1 mm warp on FR4 board of 90 mm length 260 5 C for 10 0.5 s The terminations shall be well tinned in a static solder bath after recovery and Central Freq. Change 6% R&D Print date 02/06/03 Preliminary use only Nov. 20, 01 Multilayer Ceramic Antenna for 1.88GHz~2.1GHz Cliff Wang, Ph.D. spec.doc 2002-01-07 Phycomp Taiwan Ltd. 4311 112 00188 Page 4/9 sheet 190-4 Dec. 13, 01 Jan. 7, 02 A4 IEC IEC 384-10/ CECC 32 100 CLAUSE 6006868-2 TEST METHOD TEST Resistance to leaching 4.11 Ta Solderability 4.12 Na Rapid change of temperature 4.14 Ca Damp heat PROCEDURE REQUIREMENTS Using visual enlargement of 10, dissolution of the termination shall not exceed 10% Zero hour test, and test The termination must after storage (20 to 24 be well tinned, at months) in original least 75% is well atmosphere; un-mounted tinned at termination chips completely immersed for 2 0.5 s in 235 5C. No visible damage -55 C (30 minutes) to Central Freq. Change +125 C (30 minutes); 6% 100 cycles 500 12 hours at 60 C; No visible damage 2 hours recovery 90 to 95 % RH Central Freq. Change 260 5 C for 30 1 s in a static solder bath 6% 4.15 Endurance 500 12 hours at 125 C; No visible damage 2 hours recovery Central Freq. Change 6% R&D Print date 02/06/03 Preliminary use only Nov. 20, 01 Multilayer Ceramic Antenna for 1.88GHz~2.1GHz Cliff Wang, Ph.D. spec.doc 2002-01-07 Phycomp Taiwan Ltd. 4311 112 00188 Page 5/9 sheet 190-5 Dec. 13, 01 Jan. 7, 02 A4 ORDERING INFORMATION: 12NC Ordering Code The DECT antennas may be ordered by using the 12 NC ordering code. These code numbers can be determined by the following rules: 4311 1 12 F C MS 00 188 T A F. Family Code C. Packing Type Code 43 = Antenna 11 = 180 mm/ 7" blister (1000pcs) M. Materials Code 13 = 330 mm/ 13"blister (4000pcs) 1 = High Frequency Material S. Size Code 12 = 8.8*6.8 * 0.9 mm T. Tolerance 00 = 100 M Hz Band Width A. Working Frequency 188 = 1.88 GHz~2.1GHz Example: 12NC 4311 112 00188 Product description: Antenna (43) by 1000 pcs (11) of High Frequency Material (1), Size 8.8*6.8*0.9 mm (12); Tolerance (00) of 100 MHz (VSWR<2) Working Frequency (188) = 1.88G~2.1GHz Hz ORDERING INFORMATION: Method II- by Clear Text Code The antennas may be ordered by using the 16-digit clear text ordering code. These code numbers can be determined by the following rules: AN1880000788681K (Clear Text Code Example) AN Product AN= Antenna 1880 Central Freq. 1880=1.80GHz ~ 2.1GHz R&D 00 Bandwidth 00= >100MHz 07 Material 07=K7 8868 Size 1 Quantities 1 = 1K 8868=8.8*6.8* 0.9 mm Print date 02/06/03 K Packing K=7" plastic F =13" plastic B = Bulk Preliminary use only Nov. 20, 01 Multilayer Ceramic Antenna for 1.88GHz~2.1GHz Cliff Wang, Ph.D. spec.doc 2002-01-07 Phycomp Taiwan Ltd. 4311 112 00188 Page 6/9 sheet 190-6 Dec. 13, 01 Jan. 7, 02 A4 Blister Tape Specifications DIMENSION: Serial no 1 2 3 4 5 6 7 8 9 10 11 12 Checking note Sprocket hole Pocket hole Distance sprocket hole/sprocket hole Distance pocket/pocket Distance sprocket hole/pocket Tape width Distance sprocket hole/outside Distance sprocket hole/pocket Pocket length Pocket length Pocket depth Thickness of tape R&D Index Do D1 Po P1 P2 W E F Ao Bo Ko T Spec(mm) 1.550.10 1.500.10 4.00.10 12.00.10 2.00.10 16.00.30 1.750.10 7.500.10 7.450.10 9.300.10 1.350.10 0.250.10 Print date 02/06/03 Preliminary use only Nov. 20, 01 Multilayer Ceramic Antenna for 1.88GHz~2.1GHz Cliff Wang, Ph.D. spec.doc 2002-01-07 Phycomp Taiwan Ltd. 4311 112 00188 Page 7/9 sheet 190-7 Dec. 13, 01 Jan. 7, 02 A4 7"(180mm) Reel Specifications Product size Units per Tape Width code Reel (mm) Antenna R&D 1000 16 C (mm) D (mm) 180.01.0 620.5 W1 (mm) +1 16.0 -0 Print date 02/06/03 W2 (mm) 20.50.2 Preliminary use only Nov. 20, 01 Multilayer Ceramic Antenna for 1.88GHz~2.1GHz Cliff Wang, Ph.D. spec.doc 2002-01-07 Phycomp Taiwan Ltd. 4311 112 00188 Page 8/9 sheet 190-8 Dec. 13, 01 Jan. 7, 02 A4 13"(330mm) Reel Specifications Product size Units per Tape Width code Reel (mm) Antenna R&D 4000 16 C (mm) D (mm) W1 (mm) T (mm) 3300.10 1000.1 16.50.10 2.30.1 Print date 02/06/03 Preliminary use only Nov. 20, 01 Multilayer Ceramic Antenna for 1.88GHz~2.1GHz Cliff Wang, Ph.D. spec.doc 2002-01-07 Phycomp Taiwan Ltd. 4311 112 00188 Page 9/9 sheet 190-9 Dec. 13, 01 Jan. 7, 02 A4