CONFIGURATION INFORMATION
=========================

Path         : C:/Bruker/TopSpin3.2/conf/instr/spect/uxnmr.info
Date         : Fri Aug 18 13:43:47 2017
Release      : TOPSPIN Version 3.2-pl7
Installed in : C:/Bruker/TopSpin3.2
Host         : CZC4504590
OS           : Windows 7 (Vs 6.1) Service Pack 1
CPU          : Intel(R) Xeon(R) CPU E5-1620 v2 @ 3.70GHz (8 cores at 3691 MHz with Hyperthreading)
User         : nmrsu
Description  : CABINET 600 HD OB
Location     : Beaumont Health System, Royal Oak
System       : Avance III NMR spectrometer
1H-frequency : 600.20 MHz
Order Number : 10180035
Configured in: C:/Bruker/TopSpin3.2/conf/instr/spect

IPSO: connected to spectrometer subnet
- TCP/IP address = 149.236.99.250
- Tctrl : 1
- Fctrls: 3
- Gctrl1: without digital preemphasis
- Rctrl : 1
- FREDs : none
- DPP : none

DRU: AQS DRU-E Z102520/04436 ECL 07.00
- TCP/IP address = 149.236.99.89
- Firmware Version = 140519 (needs update to version 150604)
- DRU controls AQS-Rack and HPPR/2

AQS: connected to 149.236.99.89:/dev/tty10
  _Slot_ SBSB _____________________Board_____________________
  Number Addr Type HW-VS FW-VS ID  ECL Name   Description
  -----------------------------------------------------------
     2   0x10 0x43   0x5    CD  R  0.3 REC-1  AQS RXAD/2 600 Z130588/1868 ECL 00.03
     3   0x34 0xd6   0x1        X  4.2 REF-1  REF/3-600 Reference Board for AQS/3 Receiver
     4   0x24 0x32     0        S  2.2 SGU-1  AQS SGU/3 600 (2CH) Z117129/02202 ECL 02.02 FPGA-Vs=20131031
     5   0x26 0x32     0        S  2.2 SGU-2  AQS SGU/3 600 (2CH) Z117129/02203 ECL 02.02 FPGA-Vs=20131031
    13   0xa0 0x93     0        V  0.1 PS-1   
    14   0xa1 0x91     0        V  1.2 PS-2   AQS PSM-D Power Supply Module
    --   0x20 0xd8     0        B  2.0 MASTER AQS/3+ Chassis
     1   0x20  0x7     0        B      MASTER AQS Rack Master
  Logical Receiver/SGU configuration:


Router: none installed


Transmitters at the spectrometer subnet:
----------------------------------------
BLA_W1345083_1038 W1345083/1038 ECL 21:
- TCP/IP address = 149.236.99.253
- Firmware VS    = 20120627
- Amplifier      = BLAXH300/100 E 200-600MHZ INR: W1345083/1038 ECL 21
- Router         = BLMMR32 RF AMPLIFIER MODULE: W1345204/2509 ECL 20
- Controller     = BLA CONTROL BOARD 6 2CH: W1522050/010248 ECL 50
- QNP-Accessory  : 1 X-input and 1 H-input
BLA_W1345092_0745 W1345092/0745 ECL 11:
- TCP/IP address = 149.236.99.252
- Firmware VS    = 20120627
- Amplifier      = BLAX300 E 6-365MHZ INR: W1345092/0745 ECL 11
- Router         = BLMMR31 RF AMPLIFIER MODULE: W1345212/2994 ECL 20
- Controller     = BLA CONTROL BOARD 6 2CH: W1522050/010239 ECL 50
LTRX Z109890/00764 ECL 03.01:
- TCP/IP address = 149.236.99.20
- Amplifier      = BSMS/2 LOCK TRANSCEIVER 600: Z109890/00764 ECL 03.01

BSMS: BSMS/2 connected to ethernet
- TCP/IP address = 149.236.99.20
- ELCB firmware version = 20161026
- GAB current limits = 0.0/X, 0.0/Y, 10.0/Z (in A)
- SCB channels = 40
- Shim System = BOSS3-SB
- L-TRX = BSMS/2 LOCK TRANSCEIVER 600: Z109890/00764 ECL 03.01
- Lock: on L-TRX board
- VTU_SPB = BSMS/2 SPB SENSOR & PNEUMATIC BD: Z115191/02562 ECL 04.00
- VTU_VPSB1 = BSMS/2 VARIABLE POWER SUPPLY BD: Z115193/02892 ECL 01.05

VTU: in BSMS/2 connected to ethernet
- TCP/IP address = 149.236.99.20

Bruker Automatic Changer: device connected to 149.236.99.250:/dev/tty05
- Capacity: 596 holders
- Firmware: 970111
- use BACS air  = yes
- BACS sx delay = 1 s
- Sample Rail fast changer mode = no

Sample Changers at the spectrometer subnet:
-------------------------------------------
 - SampleJet: at TCP/IP address 149.236.99.55


Cryo Controller CRCO: device connected to 149.236.99.250:/dev/tty04

Preamplifiers :
HPPR: - HPPR/2 preamplifier connected to 149.236.99.89:/dev/tty10
    Type      : HPPR/2
    Controller: Application firmware = c.
                no LED display for tuning and matching
    Module  1 : HPLNA 19F1H (virtual 50 Ohm reference: 100.3%/0.1deg, reflection meter)
                 PN=Z103205, SN=00592 from 20141127
    Module  2 : 2H
                 PN=Z003473, SN=01387 from 20141013
    Module  3 : XBB19F 2HS
                 PN=Z003506, SN=01507 from 20140307
    Module  4 : XBB19F 2HS
                 PN=Z003506, SN=01612 from 20141107
    Module  5 : 13C
                 PN=Z003524, SN=00803 from 20131220
    Module  6 : 15N
                 PN=Z003530, SN=00941 from 20141124


Frequency generation:
- F1: for SGU
- F2: for SGU
- F3: for SGU



RF cable connections (detected by 'confamp')
--------------------------------------------------------------------
SGU1 NORM output -> input 1 of transmitter 1 (BLAXH300/100 E 200-600MHZ INR W1345083/1038 at TCP/IP 149.236.99.253)
SGU1 AUX  output -> input 2 of transmitter 2 (BLAX300 E 6-365MHZ INR W1345092/0745 at TCP/IP 149.236.99.252)
SGU2 NORM output -> input 2 of transmitter 1 (BLAXH300/100 E 200-600MHZ INR W1345083/1038 at TCP/IP 149.236.99.253)
SGU2 AUX  output -> TUNE signal input of HPPR
SGU3 NORM output -> input 1 of transmitter 2 (BLAX300 E 6-365MHZ INR W1345092/0745 at TCP/IP 149.236.99.252)
SGU3 AUX  output -> input 1 of transmitter 3 (BSMS/2 LOCK TRANSCEIVER 600 Z109890/00764 at TCP/IP 149.236.99.20)

Blanking cable connections (detected by 'confamp')
--------------------------------------------------------------------
transmitter 1 (BLAXH300/100 E 200-600MHZ INR W1345083/1038 at TCP/IP 149.236.99.253) amplifier 1H-100W uses blanking 2
transmitter 1 (BLAXH300/100 E 200-600MHZ INR W1345083/1038 at TCP/IP 149.236.99.253) amplifier X-300W uses blanking 1
transmitter 2 (BLAX300 E 6-365MHZ INR W1345092/0745 at TCP/IP 149.236.99.252) amplifier X-300W uses blanking 4
transmitter 3 (BSMS/2 LOCK TRANSCEIVER 600 Z109890/00764 at TCP/IP 149.236.99.20) amplifier 2H-5W uses blanking 7

Switchbox (3 outputs: X / F / H) routing
--------------------------------------------------------------------
BLAXH300/100 E 200-600MHZ INR W1345083/1038 at TCP/IP 149.236.99.253 amplifier X-300W at blanking 1 can be routed to switchbox output 1 = X and output 2 = F
BLAXH300/100 E 200-600MHZ INR W1345083/1038 at TCP/IP 149.236.99.253 amplifier 1H-100W at blanking 2 can be routed to switchbox output 1 = X, output 2 = F and output 3 = H

