北斗导航芯片模组与华为Mate50爱普生温补TCXO晶振X1G004211000400
华为Mate50是否采用了利扬芯片的北斗短报文芯片?联系华为相关人员由于涉及到厂商保密条款,暂未得到确定的答案.不过国内研发北斗短报文芯片的厂商其实有很多,其中包括海格通信（002465.SZ）、北斗星通（002151.SZ）、振芯科技（300101.SZ）、华力创通（300045.SZ）、三维通信（002115.SZ）、云鼎科技（000409.SZ）、高斯贝尔（002848.SZ）、华力创通(300045.SZ)、合众思壮(002383.SZ)、天奥电子（002935.SZ）等上市公司可提供北斗中下游芯片模组和产品.同时也不排除华为海思自产自销.
利扬芯片通过模拟北斗卫星信号对芯片的关键参数爱普生有源晶振进行测试,包含信号接收、差分增强、组合导航功能、AGNSS功能、首次定位时间、灵敏度、精度、多音干扰消除、功耗等;另外在射频部分对芯片的多频点并行接收,中频I/Q输出,ADC采样性能进行分析与评价.
爱普生温补TCXO晶振X1G004211000400,北斗导航芯片模组与华为Mate50晶振
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爱普生有源晶振编码
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型号
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频率
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长X宽X高
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输出波
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电源电压
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削顶正弦波
削峰正弦波
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X1G004131000400
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TG-5006CJ
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26.000000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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1.700 to 1.900 V
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Clipped sine wave
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X1G004131000600
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TG-5006CJ
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16.367667 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131000700
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TG-5006CJ
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16.368000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131000800
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TG-5006CJ
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16.369000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131000900
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TG-5006CJ
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19.200000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131001000
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TG-5006CJ
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26.000000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131001100
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TG-5006CJ
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38.400000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131001300
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TG-5006CJ
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16.367667 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131001400
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TG-5006CJ
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16.368000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131001500
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TG-5006CJ
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16.369000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131001600
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TG-5006CJ
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19.200000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131001700
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TG-5006CJ
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26.000000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131001800
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TG-5006CJ
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38.400000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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1.700 to 3.300 V
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Clipped sine wave
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X1G004131002600
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TG-5006CJ
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40.000000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131002900
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TG-5006CJ
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19.200000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.600 to 3.000 V
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Clipped sine wave
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X1G004131003100
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TG-5006CJ
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40.000000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131003200
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TG-5006CJ
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26.635300 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.700 to 3.465 V
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Clipped sine wave
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X1G004131003300
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TG-5006CJ
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28.974000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.700 to 3.465 V
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Clipped sine wave
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X1G004131003400
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TG-5006CJ
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26.000000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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1.700 to 1.900 V
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Clipped sine wave
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X1G004131003600
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TG-5006CJ
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26.000000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.660 to 2.940 V
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Clipped sine wave
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X1G004131003700
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TG-5006CJ
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19.200000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.660 to 2.940 V
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Clipped sine wave
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X1G004131003800
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TG-5006CJ
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26.000000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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1.700 to 1.900 V
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Clipped sine wave
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X1G004131004100
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TG-5006CJ
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40.000000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131004200
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TG-5006CJ
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32.000000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004131004400
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TG-5006CJ
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24.576000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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3.135 to 3.465 V
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Clipped sine wave
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X1G004131004900
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TG-5006CJ
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26.000000 MHz
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2.00 x 1.60 x 0.73 mm
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VC-TCXO~TCXO
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1.700 to 1.900 V
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Clipped sine wave
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X1G004201000600
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TG-5006CE
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16.367667 MHz
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3.20 x 2.50 x 0.90 mm
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VC-TCXO~TCXO
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1.700 to 1.900 V
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Clipped sine wave
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X1G004201000800
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TG-5006CE
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16.369000 MHz
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3.20 x 2.50 x 0.90 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004201000900
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TG-5006CE
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19.200000 MHz
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3.20 x 2.50 x 0.90 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004201001000
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TG-5006CE
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26.000000 MHz
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3.20 x 2.50 x 0.90 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004201001300
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TG-5006CE
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16.367667 MHz
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3.20 x 2.50 x 0.90 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004201001700
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TG-5006CE
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26.000000 MHz
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3.20 x 2.50 x 0.90 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004201002000
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TG-5006CE
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26.000000 MHz
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3.20 x 2.50 x 0.90 mm
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VC-TCXO~TCXO
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2.660 to 2.940 V
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Clipped sine wave
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X1G004201002300
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TG-5006CE
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26.000000 MHz
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3.20 x 2.50 x 0.90 mm
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VC-TCXO~TCXO
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1.700 to 3.465 V
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Clipped sine wave
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X1G004201002500
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TG-5006CE
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32.000000 MHz
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3.20 x 2.50 x 0.90 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004201002600
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TG-5006CE
|
26.000000 MHz
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3.20 x 2.50 x 0.90 mm
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VC-TCXO~TCXO
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2.660 to 2.940 V
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Clipped sine wave
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X1G004201003200
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TG-5006CE
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20.000000 MHz
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3.20 x 2.50 x 0.90 mm
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VC-TCXO~TCXO
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3.135 to 3.465 V
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Clipped sine wave
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X1G004201003300
|
TG-5006CE
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25.000000 MHz
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3.20 x 2.50 x 0.90 mm
|
VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004201006200
|
TG-5006CE
|
32.000000 MHz
|
3.20 x 2.50 x 0.90 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004211000100
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TG-5006CG
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26.000000 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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2.660 to 2.940 V
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Clipped sine wave
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X1G004211000200
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TG-5006CG
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26.000000 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004211000300
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TG-5006CG
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26.000000 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004211000400
|
TG-5006CG
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16.368000 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004211000500
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TG-5006CG
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26.000000 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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1.700 to 1.900 V
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Clipped sine wave
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X1G004211000600
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TG-5006CG
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16.367667 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004211000800
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TG-5006CG
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16.369000 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004211001100
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TG-5006CG
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38.400000 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004211001500
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TG-5006CG
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16.369000 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004211001600
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TG-5006CG
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19.200000 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004211002700
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TG-5006CG
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30.000000 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004211003100
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TG-5006CG
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24.000000 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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2.850 to 3.150 V
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Clipped sine wave
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X1G004211003300
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TG-5006CG
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49.999800 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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1.700 to 3.465 V
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Clipped sine wave
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X1G004211003400
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TG-5006CG
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26.000000 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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2.520 to 3.080 V
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Clipped sine wave
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X1G004211003700
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TG-5006CG
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24.000000 MHz
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2.50 x 2.00 x 0.80 mm
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VC-TCXO~TCXO
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1.700 to 3.465 V
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Clipped sine wave
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主要测试方案提供导航卫星模拟信号,能模拟提供3颗BDSB1卫星+3颗GPSL1C/A卫星信号卫星信号强度-133dBm,动态场景速度不高于2m/S,能够对不同功能的北斗导航芯片的射频和基带功能进行全面测试,同时可满足民用全球多模多频芯片的测试需求.
北斗导航芯片模组爱普生温补晶振目前广东利扬测试芯片688135.SH发布公告,表示公司已于近期完成全球首颗北斗短报文SoC芯片的测试方案开发并进入量产阶段.根据利扬芯片的公告,短报文芯片由重庆西南集成电路设计有限责任公司设计研发,利扬芯片为该芯片独家提供晶圆级CP测试服务.
爱普生温补TCXO晶振X1G004211000400,北斗导航芯片模组与华为Mate50晶振
