阿自倍尔光纤传感器 山武光纤传感器工作原理是将来自光源的光经过光纤送入调制器,使待测参数与进入调制区的光相互作用后,导致光的光学性质(如光的强度、波长、频率、相位、偏振态等)发生变化,称为被调制的信号光,再过利用被测量对光的传输特性施加的影响,完成测量. HPB-U01,HPB-U02,HPB-U03HPF-AT10,HPF-AT13,HPF-EU05 HPF-D001,HPF-D043 HPF-D002,HPF-D002-L05,HPF-D002-L10 HPF-D003,HPF-D004,HPF-D005 HPF-D006,HPF-D009,HPF-D010 HPF-D011,HPF-D012,HPF-D012-L05 HPF-D013,HPF-D014,HPF-D015 HPF-D018,HPF-D019,HPF-D021 HPF-D022,HPF-D023,HPF-D024 HPF-D025,HPF-D026,HPF-D027 HPF-D028,HPF-D029,HPF-D030 HPF-D031,HPF-D032,HPF-D033 HPF-D034,HPF-D035,HPF-D036 HPF-D037,HPF-D038,HPF-D039 HPF-D040,HPF-D041,HPF-D042 HPF-LU01,HPF-LU02,HPF-LU07 HPF-T002,HPF-T003,HPF-T003-L05 HPF-T004,HPF-T005,HPF-T006 HPF-T007,HPF-T008,HPF-T009 HPF-T010,HPF-T012,HPF-T014 HPF-T015,HPF-T017,HPF-T018 HPF-T018-L02,HPF-T019,HPF-T020 HPA-P22-L05,HPA-P23 HPA-T13-L05,HPA-T13,HPA-T14 HPB-A1-CN03,HPB-A1,HPB-A1D HPB-B01,HPB-B02,HPB-B03 HPB-D1D,HPB-D1L,HPB-D1-L05 HPB-E1,HPB-R2-071 阿自倍尔光纤传感器 AZBIL光纤传感器特点:1、灵敏度较高;2、几何形状具有多方面的适应性,可以制成任意形状的光纤传感器;3、可以制造传感各种不同物理信息(声、磁、温度、旋转等)的器件;4、可以用于高压、电气噪声、高温、腐蚀、或其它的恶劣环境;5、而且具有与光纤遥测技术的内在相容性。 HPF-T021,HPF-T023,HPF-T024 HPF-T025,HPF-T026,HPF-T028 HPF-T029,HPF-T029-L05,HPF-T031 HPF-T032,HPF-T033,HPF-T034 HPF-T036,HPF-T037,HPF-T038 HPF-T039,HPF-T040,HPF-T042 HPF-VT07,HPF-VT08-D HPJ-B01,HPJ-B02,HPJ-B03 HPJ-R11, HPJ-T11-L05,HPJ-T21,HPJ-T21G HPJ-T21G-L05,HPJ-T21-L05,HPJ-T22 HPJ-T22-L05,HPJ-T23,HPJ-T23G HPJ-U01,HPJ-U02 HPQ-B01,HPQ-B02 HPQ-D11-L05,HPQ-D12,HPQ-D12-L05 HPQ-T1,HPQ-T1-004 HPV-D13-L05 HPQ-T1-CN03,HPQ-T2,HPQ-T2-CN03 HPV-D13,HPV-D13-CN03,HPV-S11, HPV-S12-CN03,HPV-S12-L05,HPV-S22-014 HPX-A1,HPX-A1-L05,HPX-A2 HPX-AG00-1,HPX-AG01-1,HPX-ET1,HPX-ET1-N,HPX-ET2,HPX-ET2-N HPX-ETR1,HPX-ETR2,HPX-ETS HPX-F1,HPX-F2,HPX-MA HPX-H1, HPX-NT2,HPX-NT3,HPX-NT3-L05,HPX-NT4 HPX-PA03,HPX-PA04,HPX-PA05 HPX-T2,HPX-T3,HPX-T4 HPX-TV3,HPX-TV4 HPX-V1,HPX-V2 HP100-A2,HP100-A2-CN03, HP100-A2-CN1,HP100-A2-L05,HP100-A2-LP5 HP100-B01,HP100-B02,HP100-B03,HP100-B04 HP100-P1-CN05,HP100-P1-CN1,HP100-P1-L05 HP100-P1-LP5,HP100-P2,HP100-P2-CN03 HP100-P2-CN05,HP100-P2-CN1,HP100-P2-L05 HP100-SH05,HP100-SH10 HP100-SH15,HP100-SH20,HP100-SV05 HP100-SV10,HP100-SV15,HP100-SV20 HP100-T1, HP100-T1-CN1,HP100-T1-L05,HP100-T1-LP5 HP100-T2,HP100-T2-CN03,HP100-T2-CN05 HP100-T2-CN1,HP100-T2-L05,HP100-T2-LP5 HPA-A12-L05, 的另外一个大类是利用光纤的传感器。其结构大致如下:传感器位于光纤端部,光纤只是光的传输线,将被测量的物理量变换成为光的振幅,相位或者振幅的变化。在这种传感器系统中,传统的传感器和光纤相结合。光纤的导入使得实现探针化的遥测提供了可能性。这种光纤传输的传感器适用范围广,使用简便,但是精度比*类传感器稍低。 HPA-A21,HPA-A21-L05 HPA-A22,HPA-A22-L05,HPA-A31 HPA-A32,HPA-A41,HPA-A42 HPA-A51,HPA-A51-L01,HPA-A52 HPA-A61,HPA-A61-LP5HPA-B02,HPA-B03,HPA-B04 HPA-D11,HPA-D11-L05,HPA-D12,HPA-D12-L05 HPA-D21,HPA-D21-L05,HPA-D22 HPA-D22-L05,HPA-D31,HPA-D32 HPA-D51-L01,HPA-D51-LP5,HPA-D52 HPA-D61,HPA-D61-L01,HPA-D62 HPA-E11,HPA-E13,HPA-E21 HPA-F11,HPA-F2,HPA-F21-L05 HPA-G11,HPA-G11-L05,HPA-G12 HPA-G21,HPA-G21-L05,HPA-G22 HPA-P11,HPA-P11-L05,HPA-P12 HPA-P12-L05,HPA-P13,HPA-P14 HPA-P21,HPA-P21-L05,HPA-P21-L10 HPA-P24,HPA-P31,HPA-P32 HPA-P33,HPA-P34,HPA-P41 HPA-P42,HPA-P43,HPA-P44 HPA-P51,HPA-P52,HPA-P53 HPA-P54,HPA-P61,HPA-P62 HPA-P63,HPA-P64 HPA-R11,HPA-R13,HPA-R21,HPA-R31 HPA-T11,HPA-T11-L05,HPA-T11-L10 HPA-T11-R05,HPA-T12,HPA-T12-L05 HPA-T21,HPA-T21-L05,HPA-T22 HPA-T22-L05,HPA-T23,HPA-T23-L05 HPA-T24,HPA-T31,HPA-T32 HPA-T33,HPA-T34,HPA-T41 HPA-T42,HPA-T43,HPA-T44 HPA-T51,HPA-T51-025,HPA-T52 HPA-T53,HPA-T53-L01,HPA-T54 HPA-T61,HPA-T61-LP5,HPA-T62 HPA-T63,HPA-T63-L01,HPA-T64 HPA-U01,HPA-U02,HPA-U03 HPB-A1L,HPB-A1-L05,HPB-A1L-L05 HPB-A2,HPB-A2-072,HPB-A2-L05 HPB-B04,HPB-E3-071,HPB-D1 HPB-D2,HPB-D2L HPB-P1L,HPB-P1-L05,HPB-P1-L10 HPB-P1L-L05,HPB-P2,HPB-P3 HPB-P3D,HPB-P3-L05,HPB-P4 HPB-T1D,HPB-T1D-CN03,HPB-T1D-L05 HPB-T1D-L10,HPB-T1L,HPB-T1-L05 HPB-T1-L10,HPB-T1L-L10,HPB-T2 HPB-T3,HPB-T3D-CN03,HPB-T3-L05 HM-02-A10B,HM-02-A20A,HM-02-A20B HP100-A1,HP100-A1-CN03,HP100-A1-CN05 HM-02-B11A,HM-02-B11B,HM-04-A10B HP100-A1-CN1,HP100-A1-L05,HP100-A1-LP5 HPA-A11,HPA-A11-L05,HPA-A12 HPA-D41,HPA-D42,HPA-D51 HPA-P22, 的优点是与传统的各类传感器相比,光纤传感器用光作为敏感信息的载体,用光纤作为传递敏感信息的媒质,具有光纤及光学测量的特点,有一系列*的优点。电绝缘性能好,抗电磁干扰能力强,非侵入性,高灵敏度,容易实现对被测信号的远距离监控,耐腐蚀,防爆,光路有可挠曲性,便于与计算机联接。 |