Antenna Spec

FCC ID: SMH-82801

Cover Letter(s)

Download: PDF
FCCID_3108343

                          核    准       主    辦


                           許振軒          許勝欽




 電 氣 規 格 書


機種: RYU Antena
    5720W0335300
    ANT 2.4G_PIA_3030.4_170B_L (MIC) ASSEM
    LFP
    5718W0012300
    ANT 2.4G_PIA_3030.4_170B_L (MIC) ASSEM
    LFP
    5718A0012300
    ANT 2.4G_PIA_3030.4_170B_L ASSEM LFP
日期: 2015/03/18
版次: 1.10




     神 準 科 技 股 份 有 限 公 司



                              S1-WI-RD-005-FORM01-V01


 Embedded Single-Band Antenna
 5720W0335300 ANT 2.4G_PIA_3030.4_170B_L (MIC) ASSEM LFP
 5718W0012300 ANT 2.4G_PIA_3030.4_170B_L (MIC) ASSEM LFP
 5718A0012300 ANT 2.4G_PIA_3030.4_170B_L ASSEM LFP




     1. Summary :

                   Frequency (MHz)                         2400 - 2500
                   Peak Gain (dBi)                             3.4
                        VSWR                                   2:1
                  Impedance (Ohms)                              50
                   Dimension (mm)                           30x30x0.4
                      Connector                               IPEX
                   Cable Phi (mm)                              1.13
                  Cable length (mm)                            170
                     Cable Color                              Black


2.     Electrical Specification :
       Those specifications were specially defined for RYU model, and all characteristics were measured
       under the model’s handset testing jig .

       2-1. Frequency Band:


                   Frequency Band                              MHz
                        WLAN                                2400~2500



       2-2. Impedance
         50 ohm nominal


2-3. Matching circuit:
  None


2-4. VSWR


      Frequency (MHz)    2400   2450   2500
           VSWR          1.21   1.54   1.93


2-5. Gain and Radiation Pattern
 2-5.1 Measure method
        1. Using a low loss coaxial cable to link a standard handset jig
        2. Fixed this handset jig on chamber’s rotator plane
        3. Linking jig into network analyzer port and using a probing horn antenna to collect
            data.
        4. Using another standard gain horn antenna to calibrated those data


 2-5.2 Chamber definition




     1. An anechoic chamber (8x4mx4) which satisfied far-field condition was applied to avoid
        multi-path effect
     2. The quite zone region is 40cmx40cmx40cm at the center of rotator
     3. The distance between DUT and standard antenna is 4.38 m
     4. Standard gain horn antenna (700MHz ~6GHz)


2-5.3 Gain data and radiation pattern
      Antenna gain is marked [dBi] and is based on STANDARD HORN antenna.
      The data shows Peak-Gain and Average-Gain.

                     Frequency          2400       2450    2500
                 Average Gain (dB)      -0.93      -1.54   -1.16
                   Efficiency (%)       80.68      70.14   76.61
                  Peak Gain (dBi)        3.40      2.63    2.66
                              Table2-5-1 Gain Data.




                             Pic2-5-1 3D Gain Pattern.


3. Mechanical Specification:
3-1. Mechanical Configuration:
    The appearance of the antenna is according to drawing Figure 3-1-1.




                                    Figure 3-1-1 The antenna drawing


Change history
                               Change history
     Date                     Subject/Comment   Old    New
  2014/10/21   Newly create                      NA    1.00
  2015/03/18   增加天線共用料                          1.00   1.10



Document Created: 2015-03-20 14:32:12
Document Modified: 2015-03-20 14:32:12

© 2024 FCC.report
This site is not affiliated with or endorsed by the FCC