CAN4313121200431B

MULTILAYER CERAMIC ANTENNA (LINEAR POLARIZATION MODE) FOR 400MHz~500MHz Product Specification1 (Preliminary) QUICK REFERENCE DATA __________________________________________________________________________ Working Frequency* 400~500MHz Bandwidth 20 MHz (Min) Gain 0.5 dBi (Max) VSWR 3.0 max Polarization Linear Azimuth Omni-directional Impedance 50Ω Operating Temperature -55~125 oC Termination Ni/Sn (Environmentally-Friendly Leadless) Resistance to soldering heat 260oC, 10 sec. * Three types of ceramic antenna are available: Type 43, Type 46, and Type 49 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. APPLICATION 1 All the technical data and information contained herein are subject to change without prior notice Print date 04/10/06 R&D Preliminary use only Aug. 9, 02 Multilayer Ceramic Antenna for 433~500MHz Grant/Cliff spec.doc Oct. 14, 02 PHYCOMP Ltd. CAN4313 121 200431B CAN4313 121 200461B CAN4313 121 200491B sheet 190-1 Page 1 Oct. 14, 02 A4 60 mm cleanness circuits space BACK SIDE back side all ground plane (But under antenna should avoid ground plane) TOP SIDE RF-Module 40 mm 50 ohm transmission line 2. SOLDER LAND PATTERN FOR ANTENNA Figure S C S Dimensions S L S R&D F L 7.30 ± 0.50 mm F 2.50 ± 0.50 mm C 0.90 ± 0.10 mm S 2.50 ± 0.50 mm Remark Feed pad Mount pad S Print date 04/10/06 Preliminary use only Aug. 9, 02 Multilayer Ceramic Antenna for 433~500MHz Grant/Cliff spec.doc Oct. 14, 02 PHYCOMP Ltd. CAN4313 121 200431B CAN4313 121 200461B CAN4313 121 200491B sheet 190-2 Page 2 Oct. 14, 02 A4 3. MECHANICAL DATA Figure Dimension W C S T L 6.8±0.5mm - W 37.5±0.5mm - T 0.90±0.2mm - F 2.3±0.3mm Feed termination C S1 S1 S S1 L S1 F Port 0.5±0.3mm 2.3±0.3mm 1.4±0.3mm Solder termination Solder termination Solder termination S1 4. TEST BOARD DIMENSION FOR S11 (RETURN LOSS) AND RADIATION PATTERN MEASURNMENT 60 mm 40 mm 50 ohm transmission line FR-4 PCB thickness = 0.8 mm The length of transmission line = 1.35 mm ( depends on PCB thickness) R&D Print date 04/10/06 Preliminary use only Aug. 9, 02 Multilayer Ceramic Antenna for 433~500MHz Grant/Cliff spec.doc Oct. 14, 02 PHYCOMP Ltd. CAN4313 121 200431B CAN4313 121 200461B CAN4313 121 200491B sheet 190-3 Page 3 Oct. 14, 02 A4 5. S11 RETURN LOSS (Adjustable, Example is 433MHz, 4311 121 20043) (Adjustable, Example is 490MHz, 4311 121 20049) R&D Print date 04/10/06 Preliminary use only Aug. 9, 02 Multilayer Ceramic Antenna for 433~500MHz Grant/Cliff spec.doc Oct. 14, 02 PHYCOMP Ltd. CAN4313 121 200431B CAN4313 121 200461B CAN4313 121 200491B sheet 190-4 Page 4 Oct. 14, 02 A4 6. TYPICAL RADIATION PATTERN 0 45 0 -45 90 45 -90 135 E Plane R&D 225 90 -90 135 H Plane 180 Print date 04/10/06 -45 225 180 Preliminary use only Aug. 9, 02 Multilayer Ceramic Antenna for 433~500MHz Grant/Cliff spec.doc Oct. 14, 02 PHYCOMP Ltd. CAN4313 121 200431B CAN4313 121 200461B CAN4313 121 200491B sheet 190-5 Page 5 Oct. 14, 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 4.6.1 Visual inspection and dimension check Antenna 4.8 Adhesion 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 Central Frequency at 20 oC REQUIREMENTS No visible damage In accordance with specification (no chip off 3 mm) Standard test board in page 3 A force of 5 N applied No visible damage for 10 s to the line joining the terminations and in a plane parallel to the substrate Bond strength of Mounted in accordance No visible damage plating on end face with CECC 32 100, paragraph 4.4 4.9 4.10 PROCEDURE Tb Resistance to soldering heat Conditions: bending No visible damage 0.25 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 04/10/06 Preliminary use only Aug. 9, 02 Multilayer Ceramic Antenna for 433~500MHz Grant/Cliff spec.doc Oct. 14, 02 PHYCOMP Ltd. CAN4313 121 200431B CAN4313 121 200461B CAN4313 121 200491B sheet 190-6 Page 6 Oct. 14, 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 260 ± 5 °C for 30 ± 1 s in a static solder bath 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 ± 5°C. No visible damage -55 °C (30 minutes) to +125 °C (30 minutes); 5 Central Freq. Change ± 6% cycles 500 ± 12 hours at 60 °C; No visible damage 2 hours recovery 90 to 95 % RH Central Freq. Change ± 6% 4.15 500 ± 12 hours at 125 °C; Endurance No visible damage 2 hours recovery Central Freq. Change ± 6% R&D Print date 04/10/06 Preliminary use only Aug. 9, 02 Multilayer Ceramic Antenna for 433~500MHz Grant/Cliff spec.doc Oct. 14, 02 PHYCOMP Ltd. CAN4313 121 200431B CAN4313 121 200461B CAN4313 121 200491B sheet 190-7 Page 7 Oct. 14, 02 A4 ORDERING INFORMATION: 12NC Ordering Code The antennas may be ordered by using the Yageo ordering code. These code numbers can be determined by the following rules: CAN 43 13 1 21 20 043 1B CAN = Yageo Part No. for Antenna F. Family Code 43 = Antenna C. Packing Type Code 13 = Bulk, 1000 pcs M. Materials Code 1 = High Frequency Material S. Size Code 21 = 6.5 * 38.0 * 0.9 mm T. Tolerance 20 = 20 MHz Bandwidth, VSWR