E1 to RS-530 Converter – Supports Unframed G.703 or Framed G.704 Mode – RS-530 DCE/DTE Over E1

Description

This protocol converter provides an E1 interfaces and an RS530 interface enables framing E1 to RS530 interface conversion between E1 rate conversion and slot extraction functions. Framed mode, the user can extract the E1 time slots n * 64K (n≤31) data channel; unframed mode, the user can use the data channel rate of 2.048Mbps. Built-loop test equipment capabilities to facilitate the opening and routine maintenance works.

Features

• Based on self -copyright  IC
• You can distinguish when a dying gasp or break when E1 E1 transmission intermediate signal is lost
• While supporting adaptive 120Ω / balance and 75Ω / Imbalance impedance, no need to make settings
• System through rigorous testing and practical verification, fully compliant with EIA-530, ITU-T G.703, G.704 and other recommendations;
• It provides three loopback functions: E1 local loopback (ANA), RS530 loopback (DIG), order remote RS530 loopback (REM);
• Pseudo-random code test function, namely to facilitate the opening of the line, when one can come with 2M BERT
• DTE or DCE equipment support and interconnection; RS530 interface supports hot swap
• RS530 clock work supports internal clock, external clock and line clock;
• Optional AC 220V, DC -48V, DC + 24V, DC power supply no positive and negative points

Specification

• Interface Rate：2048Kbps
• Interface character：match EIA-530
• Connector：DB25 male/female (optional).
• Interface type：DCE
• Clock：G.703 resume clock, internal /RS530 external clock.

• Interface Standard：comply with protocol G.703;
• Interface Rate：n*64Kbps±50ppm;
• Interface Code：HDB3;
• Impedance：75Ω (unbalance), 120Ω (balance);
• Jitter tolerance：In accord with protocol G.742 and G.823
• Allowed Attenuation：0~6dBm

• Working temperature：-10°C ~ 50°C
• Working Humidity：5%~95 % (no condensation)
• Storage temperature：-40°C ~ 80°C

Ordering Information

AN-E1-RS-530

E1 framed/unframed to RS-530 DCE/DTE converter, AC or DC power