CABLE LS U/UTP CATEGORY 6A

Mã sản phẩm : UTP-A-C6G-E1VF-M0.5X004P/xx

DESCRIPTION · Cable diameter: 0.354 in. (9.0mm) · UL Listed(CMR, CMP) · Capable of handling full broadband and baseband video signals · High flame retardant grade of the cable (Plenum Cable) · Comply with ANSI/TIA-568-C.2 · Specialized print legend contains footage or metric or dual marking · Wooden reel packaging, so wire pulls through reel for easy access · Superior alien crosstalk performance · RoHS compliant · Qualifies for the LS 25-year extended Product Warranty and Applications Assurance when included as part of a registered LS Category 6A Channel

PART LISTS

Part Lists

Part Number

Category 6A U/UTP 4Pair CMX

UTP-A-C6G-E1VI-X 0.5X004P/xx

Category 6 A U/UTP 4Pair CM

UTP-A-C6G-E1VI-M 0.5X004P/xx

Category 6 A U/UTP 4Pair CMR

UTP-A-C6G-E1VI-R 0.5X004P/xx

Category 6 A U/UTP 4Pair CMP

UTP-A-C6G-F1VI-P 0.5X004P/xx

Category 6 A U/UTP 4Pair LSZH 332-1

UTP-A-C6G-E1ZI-X 0.5X004P/xx

Category 6 A U/UTP 4Pair LSZH 332-3

UTP-A-C6G-E1ZI-M 0.5X004P/xx

APPLICATION

· Horizontal Distribution & Backbone Cabling
· 4/16Mbps Token Ring (IEEE 802.5)
· 10/100/1000/10G BASE-T (IEEE 802.3)
· 155Mbps ATM
· 100Mbps TP-PMD
· ISDN, ADSL
· ATM LAN 1.2G

TECHNICAL DETAILS

Characteristics

Units

Specification

DC Resistance

O/100m

= 9.38

DC Resistance Unbalance

%

= 4.00

Mutual Capacitance

nF/100m

= 5.60

Capacitance Unbalance (Pair to Ground)

pF/km (800~1000Hz)

= 330

Insulation Resistance

MO·m

= 100

Dielectric Strength

DC kV/sec

2.5 / 2

Impedance (Characteristic mean)

O

100 ± 15% (1 = f = 500MHz)

Return Loss

dB/100m

= 20 + 5 * log(freq) , 1 = f < 10MHz = 25 , 10 = f < 20MHz = 25 – 7 * log(freq/20) , 20 = f = 500MHz

Attenuation (Insertion Loss)

dB/100m

= 1.82*v(freq) + 0.0091*(freq) + 0.25/v(freq) , 1 ~ 500 MHz

NEXT Loss

dB/100m

= 44.3 – 15*log(freq/100) , 1 ~ 500MHz

Power sum NEXT Loss

dB/100m

= 42.3 – 15*log(freq/100) , 1 ~ 500MHz

ELFEXT Loss

dB/100m

= 27.8 – 20*log(freq/100) , 1 ~ 500MHz

Power sum ELFEXT Loss

dB/100m

= 24.8 – 20*log(freq/100) , 1 ~ 500MHz

Power sum Alien NEXT Loss

dB/100m

= 62.5 – 15*log(freq/100) , Max. 67, 1 ~ 500MHz

Power sum Alien ELFEXT Loss

dB/100m

= 38.2 – 20*log(freq/100) , Max. 67, 1 ~ 500MHz

Propagation Delay

ns/100m

= 534 + 36 / v (Freq) , 1 ~ 500MHz

Propagation Delay Skew

ns/100m

= 45 , 1 ~ 500MHz

Nominal Velocity of Propagation

%

67

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