User's Guide

Clock and Control Board

CCB'2004 for the EMU Peripheral and Track Finder Electronics, Production Version (October 2004)

Board Status (Location, Firmware, Hardware, Mezzanines)

 

CCB'2004 Clock and Control Board for the EMU Peripheral and Track Finder Electronics

CCB'2004 for the EMU Peripheral and Track Finder Electronics, Preproduction Version (January 2004)

CCB'2004 Clock and Control Board for the EMU Peripheral and Track Finder Electronics

CCB'2001 for the EMU Peripheral and Track Finder Electronics

Clock and Control Board for the EMU Peripheral and Track Finder Electronics

Software to run TTCvi and TTCvx modules under VME control

Developed by Karol Bunkowski of Warsaw University. Tested in March'2002 at Rice University with the Model 617 and Model 618 PCI-to-VME Bus Adapters from SBS Technologies and CCB'2001 for EMU Peripheral Electronics.

  • TTCviCPP.zip contains C++ source files with TTCvi class (TTCviN.h file), which provides all functions needed to control TTCvi board and connected to it TTCrx boards. It also contains VME classes that are used to talk to VME via Bit3 interface (Bit 3 Model 983 support software) (files TVMEInterface.h and TVMEWinBit3.h).
  • ConsoleTTCvi.zip contains the Microsoft Visual C++ project with the consol application that sets TTCvi for sending commands required by CCB. It may be treated as an example of using TTCvi class. With some small changes it should be possible to compile the files with any other C++ compilator.
  • WinTTCvi.zip contains Windows GUI application (TTCContr.exe) that gives full control over TTCvi board.

CCB'99 for the EMU Peripheral Electronics

This is a first prototype of the CCB designed in 1999 for communication with the TMB'99, CLCT'99 and ALCT'99 prototype boards.

Clock and Control Board for EMU Electronics 1999 Prototype

CCB'2000 for the Track Finder crate

This is the first prototype of the CCB for the CSC Track Finder crate. Three boards were built in summer 2000 and used at the University of Florida, UCLA and Rice for joint test of the Sector Receiver and Sector Processor modules. Will be replaced by the CCB'2001.

Clock and Control Board for SP Crate

Muon Port Card

The MPC resides in the middle of the peripheral EMU crate and receives trigger primitives from 9 or 8 Trigger Motherboards (designed at UCLA). MPC'2002 selects three best patterns out of 18 (or 16) and transmits them over three optical links to new combined Sector Receiver/Sector Processor board (designed at the University of Florida).

MPC2004 for the EMU Peripheral Electronics (Production Version, February 2005)

Board Status (Location, Firmware, Hardware, Mezzanines)

 

Muon Port Card