Coaxial Cable Assembly
Microwave Test Cable
Coaxial RF Connector
Coaxial RF Adapter
Coaxial RF Termination
Coaxial RF Test Probe
Coaxial RF Attenuator
RF Switch
Coaxial RF Power DividersMicrowave Test Cable
N Male to N Male Ultra Flexible RF Test Cable, Low Loss Phase-Stable, 18GHZ
ZOMWAVE Ultra Flexible Low Loss Phase-Stable Test Cables are designed for both flexible and hi-flex application. Their superior flexibility is beneficial to repeated testing applications, and with tight routing and installation requirements. ZOMWAVE N Type Male to N Type Male Ultra Flexible Low Loss Phase-Stable Test Cables are use a ultra-flex wire strands, and extremely bendable polyurethane jacket that enable very small bend radia and deliver a 10 Million flex cycle life, with no wire compression, corkscrewing, or distortion. ZOMWAVE N Type Male to N Type Male Ultra Flexible Low Loss Phase-Stable Test Cables are using a Stainless Steel with passivated connectors that are durable for the applicaton.
SMA Male to N Type Male Ultra Flexible RF Test Cable,Low Loss Phase-Stable,18GHZ
ZOMWAVE Ultra Flexible Low Loss Phase-Stable Test Cables are designed for both flexible and hi-flex application. Their superior flexibility is beneficial to repeated testing applications, and with tight routing and installation requirements. ZOMWAVE SMA Male to N Type Male Ultra Flexible Low Loss Phase-Stable Test Cables are use a ultra-flex wire strands, and extremely bendable polyurethane jacket that enable very small bend radia and deliver a 10 Million flex cycle life, with no wire compression, corkscrewing, or distortion. ZOMWAVE SMA Male to N Type Male male Ultra Flexible Low Loss Phase-Stable Test Cables are using a Stainless Steel with passivated connectors that are durable for the applicaton.
SMA Male to SMA Male Ultra Flexible RF Test Cable, Low Loss Phase-Stable, 26.5GH
ZOMWAVE Ultra Flexible Low Loss Phase-Stable Test Cables are designed for both flexible and hi-flex application. Their superior flexibility is beneficial to repeated testing applications, and with tight routing and installation requirements. ZOMWAVE SMA male to SMA male Ultra Flexible Low Loss Phase-Stable Test Cables are use a ultra-flex wire strands, and extremely bendable polyurethane jacket that enable very small bend radia and deliver a 10 Million flex cycle life, with no wire compression, corkscrewing, or distortion. ZOMWAVE SMA male to SMA male Ultra Flexible Low Loss Phase-Stable Test Cables are using a Stainless Steel with passivated connectors that are durable for the applicaton.
2.92mm Male to 2.92 Male Ultra Flexible Test Cable, Low Loss Phase-Stable,40GHZ
ZOMWAVE Ultra Flexible Low Loss Phase-Stable Test Cables are designed for both flexible and hi-flex application. Their superior flexibility is beneficial to repeated testing applications, and with tight routing and installation requirements. ZOMWAVE 2.92mm Male to 2.92mm Male Ultra Flexible Low Loss Phase-Stable Test Cables are use a ultra-flex wire strands, and extremely bendable polyurethane jacket that enable very small bend radia and deliver a 10 Million flex cycle life, with no wire compression, corkscrewing, or distortion. ZOMWAVE 2.92mm Male to 2.92mm Male Ultra Flexible Low Loss Phase-Stable Test Cables are using a Stainless Steel with passivated connectors that are durable for the applicaton.
NMD1.85mm Female to 1.85mm Female VNA Test Cable With Multilayer Armor,DC-67GHz
SKU:
PP/N:VN67-NVCJVCJ-00.63M
VNA test cable is an instrument that measures the network parameters of electrical networks. Today, network analyzers commonly measure s–parameters because reflection and transmission of electrical networks are easy to measure at high frequencies, but there are other network parameter sets such as y-parameters, z-parameters, and h-parameters. Network analyzers are often used to characterize two-port networks such as amplifiers and filters, but they can be used on networks with an arbitrary number of ports.
NMD2.4mm Female to 2.4mm Female VNA Test Cable With Multilayer Armor,DC-50GHz
SKU:
P/N:VN50-NP2JP2J-00.63M
VNA test cable is an instrument that measures the network parameters of electrical networks. Today, network analyzers commonly measure s–parameters because reflection and transmission of electrical networks are easy to measure at high frequencies, but there are other network parameter sets such as y-parameters, z-parameters, and h-parameters. Network analyzers are often used to characterize two-port networks such as amplifiers and filters, but they can be used on networks with an arbitrary number of ports.
NMD2.92mm Female to 2.92mm Female VNA Test Cable With Multilayer Armor,DC-40GHz
SKU:
P/N:VN40-NMKJMKJ-00.63M
VNA test cable is an instrument that measures the network parameters of electrical networks. Today, network analyzers commonly measure s–parameters because reflection and transmission of electrical networks are easy to measure at high frequencies, but there are other network parameter sets such as y-parameters, z-parameters, and h-parameters. Network analyzers are often used to characterize two-port networks such as amplifiers and filters, but they can be used on networks with an arbitrary number of ports.
NMD3.5mm Female to 3.5mm Female VNA Test Cable With Multilayer Armor,DC-26.5GHz
SKU:
P/N:VN26-NP3JP3J-00.63M
VNA test cable is an instrument that measures the network parameters of electrical networks. Today, network analyzers commonly measure s–parameters because reflection and transmission of electrical networks are easy to measure at high frequencies, but there are other network parameter sets such as y-parameters, z-parameters, and h-parameters. Network analyzers are often used to characterize two-port networks such as amplifiers and filters, but they can be used on networks with an arbitrary number of ports.
NMD1.85mm Female to NMD1.85mm Male VNA Test Cable With Multilayer Armor,DC-67GHz
SKU:
P/N:VN67-NVCJNVCP-00.63M
VNA test cable is an instrument that measures the network parameters of electrical networks. Today, network analyzers commonly measure s–parameters because reflection and transmission of electrical networks are easy to measure at high frequencies, but there are other network parameter sets such as y-parameters, z-parameters, and h-parameters. Network analyzers are often used to characterize two-port networks such as amplifiers and filters, but they can be used on networks with an arbitrary number of ports.
NMD2.4mm Female to NMD2.4mm Male VNA Test Cable With Multilayer Armor,DC-50GHz
SKU:
P/N:VN50-NP2JNP2P-00.63M
VNA test cable is an instrument that measures the network parameters of electrical networks. Today, network analyzers commonly measure s–parameters because reflection and transmission of electrical networks are easy to measure at high frequencies, but there are other network parameter sets such as y-parameters, z-parameters, and h-parameters. Network analyzers are often used to characterize two-port networks such as amplifiers and filters, but they can be used on networks with an arbitrary number of ports.
NMD2.92mm Female to NMD2.92mm Male VNA Test Cable With Multilayer Armor,DC-40GHz
SKU:
P/N:VN40-NMKJNMKP-00.63M
VNA test cable is an instrument that measures the network parameters of electrical networks. Today, network analyzers commonly measure s–parameters because reflection and transmission of electrical networks are easy to measure at high frequencies, but there are other network parameter sets such as y-parameters, z-parameters, and h-parameters. Network analyzers are often used to characterize two-port networks such as amplifiers and filters, but they can be used on networks with an arbitrary number of ports.
NMD3.5mm Female to NMD3.5mm Male VNA Test Cable With Multilayer Armor,DC-26.5GHz
SKU:
P/N:VN26-NP3JNP3P-00.63M
VNA test cable is an instrument that measures the network parameters of electrical networks. Today, network analyzers commonly measure s–parameters because reflection and transmission of electrical networks are easy to measure at high frequencies, but there are other network parameter sets such as y-parameters, z-parameters, and h-parameters. Network analyzers are often used to characterize two-port networks such as amplifiers and filters, but they can be used on networks with an arbitrary number of ports.