喇叭天线
平面螺旋天线
龙勃天线
电磁兼容测试天线
电缆
接头&转接头
校准件
腔体滤波器
无源产品
5G
N Female to N Male, 18 GHz, OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
N Female to N Male, 18 GHz, Composite OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
N Male to N Female, 18 GHz, OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
N Male to N Female, 18 GHz, Composite OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
N Male to N Male, 18 GHz, OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
N Male to N Male, 18 GHz, Composite OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
N Male to SMA Male, 18 GHz, OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
N Male to SMA Male, 18 GHz, Composite OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
SMA Female to SMA Male, 26.5 GHz, OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
SMA Female to SMA Male, 26.5 GHz, Composite OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
SMA Male to N Male, 18 GHz, OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
SMA Male to N Male, 18 GHz, Composite OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
SMA Male to SMA Female, 26.5 GHz, OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
SMA Male to SMA Female, 26.5 GHz, Composite OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
SMA Male to SMA Male, 26.5 GHz, OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.
SMA Male to SMA Male, 26.5 GHz, Composite OM-195TC Coax and RoHS
RFecho Phase Stable Test Cables allow customers to make accurate repeatable measurements due to the cables phase and amplitude stability when flexed.
The OM-195TC test cables use a solid PTFE dielectric core to help prevent any change in diameter under flexure resulting in good insertion loss and low VSWR These cables are designed to exceed 5,000 mating cycles when handled with proper care.
This series of cables are an excellent choice for the laboratory or production environment when a more precise measurement is needed, especially when there is movement involved in the testing cycle.