• Polyethylene(PE) insulated RF cable SYV75-2 System 1
  • Polyethylene(PE) insulated RF cable SYV75-2 System 2
  • Polyethylene(PE) insulated RF cable SYV75-2 System 3
  • Polyethylene(PE) insulated RF cable SYV75-2 System 4
  • Polyethylene(PE) insulated RF cable SYV75-2 System 5
  • Polyethylene(PE) insulated RF cable SYV75-2 System 6
Polyethylene(PE) insulated RF cable SYV75-2

Polyethylene(PE) insulated RF cable SYV75-2

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
100 m
Supply Capability:
100000 m/month

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Product properties:  

Uses: This product is applicable to shared antenna systems, closed circuit television system and other signal transmission, and such cable has the characteristics of small attenuation and strong anti-interference


SYV Solid polyethylene insulated RF cable:

Type

Cable structure parameters

Inner conductor

Insulation

Outer conductor

Jacket

Structure elements/diameter

Outer diameter

Structure

Nominal thickness

Thinnest thickness

Outer diamete

SYV75-2

7/0.08

1.5±0.10

Single braid layer

0.43

0.30

2.9±0.10

SYV75-3

7/0.17

3.0±0.15

Single braid layer

0.66

0.45

5.0±0.25

SYV75-5-1

1/0.72

4.6±0.20

Single braid layer

0.90

0.60

7.1±0.30

SYV75-5-2

7/0.26

4.6±0.20

Single braid layer

0.90

0.60

7.1±0.30

SYV75-7

7/0.40

7.30±0.25

Single braid layer

1.0

0.70

10.2±0.30

SYV75-9

1/1.37

9.0±0.30

Single braid layer

1.2

0.80

12.4±0.40

SYV50-2-1

7/0.15

1.5±0.10

Single braid layer

0.43

0.30

2.9±0.10

SYV50-2-2

1/0.68

2.2±0.10

Single braid layer

0.56

0.40

4.0±0.20

SYV50-3

1/0.90

3.0±0.15

Single braid layer

0.66

0.45

5.0±0.25

SYV50-5-1

1/1.37

4.6±0.20

Single braid layer

0.90

0.60

7.0±0.30

SYV50-5-2

1/1.37

4.6±0.20

Single braid layer

0.90

0.60

7.8±0.30

SYV50-7-1

7/0.76

7.3±0.25

Single braid layer

1.0

0.70

10.2±0.30

SYV50-7-2

7/0.76

7.3±0.25

Single braid layer

1.0

0.70

11.2±0.30

 

SYKV vertical hole PE insulated RF cable:

Structure

Type

Inner conductor

Insulation outer diameter

Insulation resistance

Characteristic impedance

Capacitance

Attenuation Coefficient

Reference Weight

50MHz

200MHz

800MHz

Vertical hole Insulation

SYKV-75-5

1/1.00

4.8

5000

75±3

60

5.3

10.8

22.9

50

SYKV-75-7

1/1.60

7.3

5000

75±3

60

3.4

7.1

15.2

95

SYKV-75-9

1/2.00

9.0

5000

75±3

60

2.8

5.7

12.5

153

Q: My car's stock stereo is pretty low power, probably less than 20 watts. I would like to replace the power wires with better ones, if not for any real benefit to sound quality then simply to satisfy a personal whim. 8 gauge wires would be too I think for the small spaces. Anyway, would a good quality speaker wire work just a good as a power wire of the same gauge?
NO! they are called speaker wires because they are light. Power wires are called Power wires because they are heavier.
Q: I bought a Zmodo CCTV system.The system came with 60' of cable,so I purchased some 165' cables.I would like to have more,but I can't find anything longer than 165' anywhere.Is that the longest size that they manke?Thank you
you can buy power cables for a cctv system from global sparenparts private limited.
Q: eSata means you connect the drive from outside the case. If so, what kind of cable do you use for power, assuming you're not opening up the case to use the regular molex connectors?
I use an external sata for backup with a usb cable converter the power comes from the usb cable, esata I suspect would be similar unless you are hooking it up with arj45 or something?
Q: when i bought my motherboard it came with two 4-pin to sata power cables but i see that the power supplies have a sata power cable on it how do i connect these i have no idea how to do this
I wonder what type of SATA hard drive Thomas has.
Q: I bought a XFX Radeon 6970 and I KNOW it is going to need power cables. I just need to know exactly which ones. Please help
It needs 150w through the 8 pin connector and 75w through the 6 pin connector, in addition to the 75w it draws through the PCI bus. You can see the connectors in pictures of the card. These are standard connectors on an ATX12V v2.2 power supply, but you will need to make sure the power supply says 2 x 6+2-Pin for PCI Express power connectors. One or two six-pin connectors alone isn't sufficient.
Q: i have a dell inspiron 9100. for some odd reason, it won't recognize its power cable. I have tried all outlets in my room that I can plug it into.
It okorder
Q: If i bought a graphics card with a power cord, cable, plug thingy, will it matter how much power my desktop can produce? Because i know some graphics card use quite abit of power and my desktop is old and does very little power.. So yeah.
It will be pci-e power connector(6or8pin) and should be connected, depend on the card as to how much power it requires, google your card numbers tdp it will tell you the max wattage of the card, best to have a supply with 250w + the cards wattage at least
Q: I've got everything connected to my motherboard, but cant start up my computer until i get these small cables connected to my motherboard. I just want to start up my computer. I've got the cpu in, the cpu fan, ram, speaker,hard drive, floppy etc.. How do i fit the cables in the question above, in the right order so my computer will start. I believe they go into the USB and PANEL on my motherboard.thank you
the president has a spectacular quantity of ability. not purely does he sign costs into regulation, he could additionally prefer to do line vetoes, which permits the president to take out the stuff he would not like, and signing statements (i think of that's what they're called) the place the president can upload issues he desires to a bill. until now president bush, those rights of the president (that have been in no way rather used with the aid of stability-of-ability fears) have been not often exercised. in recent times, inspite of the undeniable fact that, Bush has accomplished what he can to alter rules he would not like. bush has additionally tried interior the previous to instate pals of his into positions of ability interior the government. because of the fact of this our presently-democrat-led congress holds those 5-2nd instructions for the period of the vacations whilst congress is formally closed - to stay away from bush from sneaking a pal of his into an invaluable place with out congress being there to approve or disapprove of the nominee. so yea, the president has a super kind of ability. regrettably, which ability Bush has a super kind of ability even nonetheless he's a lame duck on the 2nd and would't do lots pondering his occasion is interior the minority in congress. optimistically the subsequent president would be slightly greater careful and not make the administrative branch so useful because of the fact the final time I checked this is a central authority for the human beings and by using the human beings. One individual isn't allowed to run the teach; that's what we call a tyranny or monarchy.
Q: How to choose the type of street lamp cable specifications, anxious
Depends on your number is not arranged in order, the general building room when the patch panel and the user board number is one to one correspondence
Q: Two things:1.) Why when we're using an AC to step up the voltage the power has to remain constant?2.) Why is it if we increase the voltage by a factor of 100 we have to decrease the current by a factor of a hundred and therefore I^2R is decreased by a factor of 10,000
Power is generated at the power station and transferred to the end user your home by means of power cables. Unfortunately, some power is always lost in this transfer process. It's power NOT Voltage OR Current that is required to operate your home electrical appliance. Yes, current and voltages are involved ;but it is the PRODUCT of these two that makes up the power NOT the voltage or current individually. Power = Voltage x Current Power is lost in the cables as heat as given by your i^2R. To reduce the losses then we must reduce the current I. But, if I reduce the current and keep the voltage the same then the power will fall and my kettle/Xbox/curling tongs will no longer work at home. So, to keep the power up when reducing the current I must compensate by increasing the voltage and this means using a step up transformer. Near the homes, a step down transformer is used to reduce it back down again. Since the losses in a cable are a consequence of I^2R heating then it is important to reduce the current as much as possible when transferring power. If we assume the the resistance, R of the cable is constant, then a 10,000 reduction in power (power/10,000) gives P/10,000 = I^2 x R I^2 = Power/10, 000R I = square root of [const x 10,000] I = 100. Then using power = voltage x current reducing the current by 100 means increasing the voltage by 100 to keep the power the same.

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