VNA High Performance Test Phase Stable Cables
| Instrument port | Cable port 1 | Cable port 2 | Frequency (GHz) | Insertion loss | |
| Type N female | Type N (m) | Type N (m) | 18 | <1.5dB | View product |
| Type N female | Type N (m) | Type N (f) | 18 | <1.5dB | View product |
| Type N female | Type N (m) | NMD3.5mm (m) | 18 | <1.5dB | View product |
| Type N female | Type N (m) | 3.5mm (f) | 18 | <1.5dB | View product |
| NMD3.5mm male | NMD3.5mm (f) |
NMD3.5mm (m) | 26.5 | <1.8dB | View product |
| NMD3.5mm male | NMD3.5mm (f) |
3.5mm (f) | 26.5 | <1.8dB | View product |
| NMD3.5mm male | NMD3.5mm (f) |
Type N (m) | 18 | <1.5dB | View product |
| NMD3.5mm male | NMD3.5mm (f) |
Type N (f) | 18 | <1.5dB | View product |
| NMD2.92mm male | NMD2.92mm (f) |
NMD2.92mm (m) | 40 | <2.8dB | View product |
| MD2.92mm male | NMD2.92mm (f) |
2.92mm (f) | 40 | <2.8dB | View product |
| MD2.92mm male | NMD2.92mm (f) |
NMD2.4mm (m) | 40 | <2.8dB | View product |
| MD2.92mm male | NMD2.92mm (f) |
2.4mm (f) | 40 | <2.8dB | View product |
| NMD2.4mm male | NMD2.4mm (f) | NMD2.4mm (m) | 50 | <3.2dB | View product |
| NMD2.4mm male | NMD2.4mm (f) | 2.4mm (f) | 50 | <3.2dB | View product |
| NMD2.4mm male | NMD2.4mm (f) | NMD2.92mm (m) | 40 | <2.8dB | View product |
| NMD2.4mm male | NMD2.4mm (f) | 2.92mm (f) | 40 | <2.8dB | View product |
| NMD1.85mm male | NMD1.85mm (f) |
NMD1.85mm (m) | 67 | <5.8dB | View product |
| NMD1.85mm male | NMD1.85mm (f) |
1.85mm (f) | 67 | <5.8dB | View product |
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Featured
18 GHz Type N Male - 3.5mm Female VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: Type N female
Cable port 1: Type N male
Cable port 2: 3.5mm female
Frequency (GHz): 18
Standing wave (Max): 1.20:1
Insertion loss: <1.5dB
Amplitude stability: <±0.05dB
Phase stability: <±2.0°
67 GHz NMD 1.85mm Female - 1.85mm Female VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD1.85mm male
Cable port 1: NMD1.85mm female
Cable port 2: 1.85mm female
Frequency (GHz): 67
Standing wave (Max): 1.50:1
Insertion loss: <5.8dB
Amplitude stability: <±0.05dB
Phase stability: <±6.5°
67 GHz NMD 1.85mm Female - NMD1.85mm Male VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD1.85mm male
Cable port 1: NMD1.85mm female
Cable port 2: NMD1.85mm male
Frequency (GHz): 67
Standing wave (Max): 1.50:1
Insertion loss: <5.8dB
Amplitude stability: <±0.05dB
Phase stability: <±6.5°
40 GHz NMD 2.4mm Female - 2.92mm Female VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD2.4mm male
Cable port 1: NMD2.4mm female
Cable port 2: 2.92mm female
Frequency (GHz): 40
Standing wave (Max): 1.30:1
Insertion loss: <2.8dB
Amplitude stability: <±0.05dB
Phase stability: <±3.0°
40 GHz NMD 2.4mm Female - NMD2.92mm Male VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD2.4mm male
Cable port 1: NMD2.4mm female
Cable port 2: NMD2.92mm male
Frequency (GHz): 40
Standing wave (Max): 1.30:1
Insertion loss: <2.8dB
Amplitude stability: <±0.05dB
Phase stability: <±3.0°
50 GHz NMD 2.4mm Female - 2.4mm Female VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD2.4mm male
Cable port 1: NMD2.4mm female
Cable port 2: NMD2.4mm male
Frequency (GHz): 50
Standing wave (Max): 1.35:1
Insertion loss: <3.2dB
Amplitude stability: <±0.05dB
Phase stability: <±3.5°
50 GHz NMD 2.4mm Female - NMD2.4mm Male VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD2.4mm male
Cable port 1: NMD2.4mm female
Cable port 2: NMD2.4mm male
Frequency (GHz): 50
Standing wave (Max): 1.35:1
Insertion loss: <3.2dB
Amplitude stability: <±0.05dB
Phase stability: <±3.5°
40 GHz NMD 2.92mm Female - 2.4mm Female VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD2.92mm male
Cable port 1: NMD2.92mm female
Cable port 2: 2.4mm female
Frequency (GHz): 40
Standing wave (Max): 1.30:1
Insertion loss: <2.8dB
Amplitude stability: <±0.05dB
Phase stability: <±3.0°
40 GHz NMD 2.92mm Female - NMD2.4mm Male VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD2.92mm male
Cable port 1: NMD2.92mm female
Cable port 2: NMD2.4mm male
Frequency (GHz): 40
Standing wave (Max): 1.30:1
Insertion loss: <2.8dB
Amplitude stability: <±0.05dB
Phase stability: <±3.0°
40 GHz NMD 2.92mm Female - 2.92mm Female VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD2.92mm male
Cable port 1: NMD2.92mm female
Cable port 2: 2.92mm female
Frequency (GHz): 40
Standing wave (Max): 1.30:1
Insertion loss: <2.8dB
Amplitude stability: <±0.05dB
Phase stability: <±3.0°
40 GHz NMD 2.92mm Female - NMD2.92mm Male VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD2.92mm male
Cable port 1: NMD2.92mm female
Cable port 2: NMD2.92mm male
Frequency (GHz): 40
Standing wave (Max): 1.30:1
Insertion loss: <2.8dB
Amplitude stability: <±0.05dB
Phase stability: <±3.0°
18 GHz NMD 3.5mm Female - Type N Female VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD3.5mm male
Cable port 1: NMD3.5mm female
Cable port 2: Type N female
Frequency (GHz): 18
Standing wave (Max): 1.20:1
Insertion loss: <1.5dB
Amplitude stability: <±0.05dB
Phase stability: <±2.0°
18 GHz NMD 3.5mm Female - Type N Male VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD3.5mm male
Cable port 1: NMD3.5mm female
Cable port 2: Type N male
Frequency (GHz): 18
Standing wave (Max): 1.20:1
Insertion loss: <1.5dB
Amplitude stability: <±0.05dB
Phase stability: <±2.0°
26.5 GHz NMD 3.5mm Female - 3.5mm Female VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD3.5mm male
Cable port 1: NMD3.5mm female
Cable port 2: 3.5mm female
Frequency (GHz): 26.5
Standing wave (Max): 1.25:1
Insertion loss: <1.8dB
Amplitude stability: <±0.05dB
Phase stability: <±2.5°
26.5 GHz NMD 3.5mm Female - NMD3.5mm Male VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: NMD3.5mm male
Cable port 1: NMD3.5mm female
Cable port 2: NMD3.5mm female
Frequency (GHz): 26.5
Standing wave (Max): 1.25:1
Insertion loss: <1.8dB
Amplitude stability: <±0.05dB
Phase stability: <±2.5°
18 GHz Type N Male - NMD 3.5mm Male VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: Type N female
Cable port 1: Type N male
Cable port 2: NMD3.5mm male
Frequency (GHz): 18
Standing wave (Max): 1.20:1
Insertion loss: <1.5dB
Amplitude stability: <±0.05dB
Phase stability: <±2.0°
18 GHz Type N Male - Type N Female VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: Type N female
Cable port 1: Type N male
Cable port 2: Type N female
Frequency (GHz): 18
Standing wave (Max): 1.20:1
Insertion loss: <1.5dB
Amplitude stability: <±0.05dB
Phase stability: <±2.0°
18 GHz Type N Male - Type N Male VNA High Performance Phase Stable Cable
Connector material and surface treatment
Housing: Passivation of stainless steel
Central Conductor: Heat treatment gold plating of beryllium bronze
Cable material and structural characteristics
Central conductor: Silver plating on copper
Insulator:
Outer conductor: Silver plated copper tape wrapping
Outer shield: Copper wire silver plated braid
Outer sheath: Multilayer shielding sheath
Minimum bending radius: 50mm
Environmental adaptability
Continuous service temperature: 0℃~+40℃
Storage temperature: -40℃~+75℃
Typical parameters
Instrument port: Type N female
Cable port 1: Type N male
Cable port 2: Type N male
Frequency (GHz): 18
Standing wave (Max): 1.20:1
Insertion loss: <1.5dB
Amplitude stability: <±0.05dB
Phase stability: <±2.0°