SMA to SMA Male Cable Assemblies, DC to 18GHz Economy Low Loss Cable, PN: TC522129, $19

SMA to SMA Male Cable Assemblies, DC to 18GHz Economy Low Loss Cable, PN: TC522129, $19

更新:2022-02-11 22:01:14      点击:
❶Features: *Economy Low Loss Cable *Frequency: DC to 18 GHz *Cutoff Frequency: 28 GHz *Impedance: 50 Ω *Velocity of Propagation: 76 % *Shielding Effectiveness: 70 dB Min *Voltage Power: 1500 VDC *Static Bend Radius: 25 mm *Dynamic Bend Radius: 51 mm *Weight: 0.054 Kg/m *Installation&Operating Temperature: -55°C~+165°C ❷Application: *Laboratory Applications *R&D Labs *Radar Systems *Telecom Infrastructure *Microwave Radio Systems *Test Instrumentation *Military & Space *Communication Systems *Satellite Communications *Wireless Communications ❸Description: *TC522129 is an economy low loss cable, impedance 50 Ω, operating frequency in the DC to 18 GHz. The cutoff frequency is 28 GHz, the velocity of propagation is 76%. Yach.com's coax cable TC522129 is 70 dB min of shielding effectiveness, 1500 VDC of voltage power, 25 mm of static bend radius. 51 mm of dynamic bend radius. Yach.com's RF coax testing cable accept customization. Common modeles are in stock, the fastest delivery on the same day. Welcome to your inquires!
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Pricing:

Quantity (pcs) Price ($)
1-4 19
5-9 18
10-24 17
25-49 16
≥50
15

Datasheet to download 

Key Specifications:

Connector 1 
SMA Male
Connector 2
SMA Male
Impedance 50 Ω
Minimum Frequency
DC
Maximum Frequency
18 GHz
Velocity of Propagation
76 %
Shielding Effectiveness
70 dB Min.
Voltage Power  
1500 VDC
Static Bend Radius
25 mm
Dynamic Bend Radius
51 mm
Weight
0.054 Kg/m
Installation&Operating Temperature
-55°C~+125°C

Cable Construction Specifications:


Description
Dimensions(mm)
Material
1 Inner Conductor
1.45
Solid SPC
2 Dielectric
4.2
LD-PTFE
3 Outer Conductor
4.32
Aluminum Foil
4 Outer Shield
4.65
SPC Braid
5 Jacket
5.2
Blue FEP

Attenuation & Power vs Frequency*:

Frequency (MHz)
1000
3000
8000
12400
16000
18000
Attenuation(dB/100m)
23.79
42.59
72.92 93.44 108.23 115.91
Avg.Power (kW) 
0.766
0.428
0.250
0.195
0.168
0.157
K1=0.718                        K2=0.001088                     Calculation=K1*√FMHz+K2*FMHz
* Attenuation(Typical value @ +25°C&VSWR=1.0) Power (Typical value@ +40°C& atmospheric pressure) 

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