Structure
- 23Awg solid bare copper conductor
- PE insulation
- 4pair, FR PVC/LSZH jacket
- Rosh complaint
- Frequency: 250Mhz
- Tranmission: 155mMps
- Industrial standard: International ISO/IEC-1180 USA ANSI/ANATEL, TIA/EIA-568b.2-2001, UI CE approved
Applications
- ISDN
- 10Base-T(IEEE802.3)
- 100Base-T(IEEE802.3u)
- ATM 155Mbps
- 100Vg-anylan(IEEE802.12)
- Token ring(IEEE802.5)
- TP-PDM(ANSI x3t9.5)
Product performance
- Linear resistance: Max.186.5 Ω/km
- Mutual capacity(nom.):Max.5200pf/100m
- Unbalance capacity Max (p/p at 1 khz):1500pf/1km
- Characteristic impedance: 100+/-15 Ω
- Velocity of propagation (f>1mhz):72% of C
This cable is designed with a 23 AWG solid bare copper conductor that provides a reliable and durable connection for your networking needs. The PE insulation helps to prevent interference and signal loss, ensuring that your data transmissions are clear and consistent. The FR PVC/LSZH jacket is designed to provide additional protection against fire and smoke, making it a safe choice for use in industrial or commercial settings.
This cable is compliant with RoHS regulations, which means that it is free from hazardous substances such as lead and mercury. It has a frequency rating of 250 MHz, which allows for high-speed data transmission up to 155 Mbps. It also meets international and USA industrial standards, including the International ISO/IEC-1180, USA ANSI/ANATEL, TIA/EIA-568b.2-2001, and UI CE approved standards.
The cable is suitable for use in a variety of applications, including ISDN, 10Base-T (IEEE802.3), 100Base-T (IEEE802.3u), ATM 155Mbps, 100Vg-anylan (IEEE802.12), Token ring (IEEE802.5), and TP-PDM (ANSI x3t9.5). This makes it a versatile option for a range of networking needs.
In terms of performance, the cable has a maximum linear resistance of 186.5 Ω/km, which helps to ensure that the signal strength remains strong over longer distances. The maximum mutual capacity is 5200pf/100m, which means that the cable has a low level of capacitance between the individual pairs of wires. The maximum unbalance capacity is 1500pf/1km, which helps to prevent crosstalk between the pairs of wires. The characteristic impedance of the cable is 100+/-15 Ω, which helps to ensure that the cable has a consistent level of signal quality. The velocity of propagation is 72% of C for frequencies greater than 1 MHz, which means that the signal travels through the cable at a fast and consistent speed.
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