Codan 5700 Series C-Band Transceiver - PowerPoint PPT Presentation

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Codan 5700 Series C-Band Transceiver

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Note that if you see responses on your computer screen from the 5700, ... For safety reasons the +48VDC output has been grounded inside the Power Supply Unit. – PowerPoint PPT presentation

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Title: Codan 5700 Series C-Band Transceiver


1
Codan 5700 SeriesC-Band Transceiver
  • Operation

2
5700 Connectors (1)
  • DC POWER connector
  • 48V DC (37-76V), floating or ground-referenced,
    via a 5-way MS plug
  • IF N-type connectors
  • Use only quality N-plugs. Sockets are always
    50-ohms
  • The 19-way MONITOR / CONTROL (MC) connector
  • MC has dry contact serial data facilities

3
5700 Connectors (2)
  • SSPA DC / CONTROL connector
  • RF N-type connectors
  • Use only quality N-plugs. Sockets are always
    50-ohms
  • The separate LNA DC / ALARM connector
  • LNA socket provides 15V at up to 400mA. A cable
    is available for Maxtech LNAs with form A
    alarm option

4
5700 Controls (1)
  • POWER OFF / STANDBY / ON switchWhen in STANDBY,
    only the reference oscillator and MC sections
    operate. The 5700 can be turned ON by the
    control-panel switch, a serial data command or a
    remote contact closure.
  • SSPA - INHIBIT / REMOTE / ACTIVATE The Control
    Panel switch allows local activation or
    de-activation of the SSPA for maintenance, and
    for re-setting alarms. Remote control is also
    possible by serial data command or a dry-contact
    closure

5
5700 Controls (2)
  • Factory default switch settings
  • The highlighted switch positions correspond to
    RS232 interface,ASCII protocol, 9600 bits/sec.,8
    data bits, no parity.
  • The TERM and PACKET ADDRESS switch settings are
    not relevant.

6
SSPA
  • No controls or adjustments on the module
  • Choice of WR137 (CPRG flange) or N-type output
  • 5 to 40W only
  • 60 and 120W SSPAs only have WR137 CPRG flange
  • Activating / inhibiting is controlled by the 5700
    Converter
  • Gain vs. temperature compensation system gain
    adjustment is also within the converter.

7
High Power SSPA
  • Controls or adjustments in the module not
    necessary
  • WR137 (CPRG flange) output for superior
    performance
  • Activating / inhibiting is controlled by the 5700
    Converter
  • Gain vs. temperature compensation system gain
    adjustment is within the SSPA.

8
Getting Started (1)
  • Connecting a basic low power system

9
Getting Started (2)
  • Connecting a basic High Power system

10
Getting Started (3)
  • Grounding of modules
  • Ensure the SSPA, Converter and 5582 Power Supply
    are suitably grounded to a good-quality lightning
    stake
  • Ensure the antenna is also suitably grounded to a
    good-quality lightning earth stake

11
5582 Mains Power Supply
  • 115/230V selection
  • Simple linear power supply design
  • 5A or 2.5A 20 x 5mm delay fuse (T type)
  • Provide a PROTECTIVE GROUND
  • Unit is UNREGULATED
  • Includes 48V on LED

12
Powering Up
  • Select SSPA INHIBIT.
  • Turn on the mains power.
  • Turn on the 5700.
  • Connect the hand-held controller or personal
    computer to configure the transceivers
    perameters.
  • If you have a load connected, you can also turn
    on (ACTIVATE) the SSPA.

13
Programming the 5700 (1)
  • For PC operation, set the 5700 DIP switches to
    match your terminal settings.
  • Establish PC-5700 communications via a spare COM
    port on your PC the 19-way MC connector on the
    5700.
  • You can use the Windows Hyper Terminal
    facility, ProComm or similar communications
    software - no need to buy special software !

14
Programming the 5700 (2)
  • The Set Parameter commands and Fault Enable
    commands must correctly reflect your actual
    hardware configuration
  • The Logging commands determine what information
    (if any) is sent to the terminal about the 5700
    operating status.

15
Programming the 5700 (3)
  • Certain parameters are essential for correct RF
    operation
  • Others are required for remote control of the RF
    system

16
Programming the 5700 (4)
  • Parameters may be set from the configuration PC
    terminal or the 5570 Remote Controller Unit
  • Certain parameters may be set from the 5560
    Hand-Held controller

17
Alarms
  • Some alarm states will inhibit transmission
    CONVERTER, SSPA, TEMP (SSPA case gt 75C)
  • A FAN or SSPA alarm must be reset by selecting
    SSPA INHIBIT first, then re-activating the SSPA.
  • An LNA alarm due to open-circuit will reset
    automatically when the LNA is connected.
  • An LNA alarm due to current exceeding 250mA from
    the N-connector will shut-down the LNA supply. To
    reset, switch the 5700 to STAND-BY then back ON.

18
5560 Hand-Held Controller
  • Super-convenient set-up tool
  • Easily fits in technicianstool box
  • Programs all operatingparameters of the
    5700with a simple, intuitivemenu
  • Simply ensure RS232 and ASCII are selected on
    the front of the 5700, and plug in the 5560.

19
5570 Remote Controller
  • Indoor mount, 2RU high
  • Provides full MC of the transceiver.
  • Operating peratmeters
  • Fault monitoring
  • Operates with either RS232 or RS422
  • 50m Cable provided as standard
  • Optional lengths available

20
More on Serial Control...
  • Illegal commandsCertain hardware configurations
    will prohibit the use of certain serial commands.
  • Output CommandsWide range of commands to invite
    a response from the 5700 of a single parameter or
    operating state.
  • Packet Protocol Variety of packet protocols to
    suit common Network Management Systems.

21
Integrating the 5700 with your station design
  • Overall transmit gain is adjustable from 35 to
    65dB (nom) for 60/120W systems, 44 to 74dB (nom.)
    for 10/20/30/40W systems, or 41 to 71dB (nom.)
    for 5W systems.
  • Overall receive gain is adjustable from 70 to
    100dB (nom.), assuming an LNA gain of 55dB.
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