VELO Module Production Casse G L Hutchcroft D Jones D 2008 This document describes the procedure for the burn-in of the completed module in the vacuum tank. INTNOTELHCBPUBL

VELO Module Production - Final Module Metrology Sutcliffe P 2008 This note describes in detail the procedures used in the metrology of the completed modules on the Wenzel CMM machine. INTNOTELHCBPUBL

VELO Module Production – Pre-Assembly Hybrid Testing Smith N A Southern G 2008 This note describes in detail the procedures used in the reception, handling, testing and storage of Hybrids for the LHCb VELO detector modules. INTNOTELHCBPUBL

VELO Module Production - Module Constraint System Carroll J 2008 During assembly of the hybrid to the pedestal it was found to be difficult to maintain the position of the top edge of the silicon relative to the centre line of the module to within the given ±100µm tolerance. This was felt to be caused by a combination of the twist (fourth corner deviation) of the substrate [1] and the tapering cross sectional profile of the gluing tongue [2], that resulted in the hybrid leaning either backward or forward in excess of the ±100µm. A decision was taken to increase the acceptance tolerance for the top of the silicon when the module was free standing to ±400µm in Z, and to provide a constraining mechanism to centre it back to within the original tolerance on installation. The constraint had to sit on, and fasten to, the existing platform and be within the space left in the enclosed foil/box when all 21 modules are already assembled in the A or C half. The constraint mechanism had to satisfy the requirements that it be stiff enough to maintain the module positions, have a very low mass, be suitable for use in a vacuum and survive a very large radiation dose. INTNOTELHCBPRIV

VELO Module Production - Front End Bonding Whitley M Wormald M 2007 This note describes in detail the procedures used in the bonding of the ASICs (Beetle 1.5 chips) down to the Pitch Adaptors for the LHCb VELO detector modules. INTNOTELHCBPUBL

VELO Module Production - Back End Bonding Whitley M Wormald M 2007 This note describes in detail the procedures used in the bonding of the ASICs (Beetle 1.5 chips) to the hybrid for the LHCb VELO detector modules. INTNOTELHCBPUBL

VELO Module Production - Cable and Clamp Attachment Smith N A 2007 This note describes in detail the procedures used in the fixing of the clamps to hold the cables in position on the pedestal in the final module assembly for the LHCb VELO detector modules. It summarizes the effects on the module of applying the cables. INTNOTELHCBPUBL

VELO Module Production - Module Assembly Carroll J L Huse T 2007 This note describes in detail the procedures used in the gluing of sensors to hybrid and hybrid to pedestal for the LHCb VELO detector module assembly. INTNOTELHCBPUBL

VELO Module Production - Pitch Adaptor & Chip Gluing Wormald M 2007 This note describes in detail the procedures used in the gluing of pitch adaptors and chips to the hybrid. INTNOTELHCBPUBL

VELO Module Production - Cable Testing Southern G Porter D Carroll R Smith N A 2007 This note describes in detail the procedures used in the reception, handling, testing and storage of HT and LT cables for the LHCb VELO detector modules. INTNOTELHCBPUBL

VELO Module Production - Sensor Testing Turner P R 2007 This note describes in detail the procedures used in the reception, handling, testing and storage of R and Phi sensors for the LHCb VELO detector modules. INTNOTELHCBPUBL

VELO Module Production - Pitch Adaptor Testing Turner P R 2007 This note describes in detail the procedures used in the reception, handling, testing and storage of Pitch Adaptors (PA) for the LHCb VELO detector modules. INTNOTELHCBPUBL

VELO Module Production - Clean Room Layout, Procedures and Monitoring Lockwood M Whitley M 2007 This note describes in detail the procedures for access and gowning in the clean rooms. INTNOTELHCBPUBL

VELO Module Production - Module Electrical Tests Huse T 2007 This note describes in detail the procedures used in the electrical testing of the hybrids at various stages in the production process using the NA60 DAQ and the Lab VIEW program Module Testing. INTNOTELHCBPUBL

VELO Module Production - Laser Test and Noise Analysis Rinnert K Affolder T Casse G Huse T Patel G Smith T Tobin M 2007 This note describes the algorithms used to detect problems by analyzing datasets taken at different stages of module production using the hybrid readout systems. INTNOTELHCBPUBL

VELO Module Production - Quality and Process Control Patel G D 2007 This note describes in detail the data base designed and implemented for the production of the LHCb Velo modules. In addition to data storage it provided process control and data analysis. INTNOTELHCBPUBL

VELO Module Production - Hybrid to Pedestal Matching Carroll J 2007 This document describes the procedure for the matching of a pedestal to a hybrid to ensure correct placement of the module. INTNOTELHCBPUBL

VELO Module Production - Sensor to Sensor Metrology Huse T 2007 This document describes the procedure for the sensor-sensor metrology. The metrology measures the relative position of the phi-sensor relative to the r-sensor on the hybrid. INTNOTELHCBPUBL

VELO Module Production - Bare Hybrid Metrology Turner P R Sinclair P 2007 This note describes in detail the procedures for the metrology of the hybrids, from bare substrate stage through to their completion. INTNOTELHCBPUBL

VELO Module Production - Sensor End Bonding Wormald M Whitley M 2007 This note describes the procedures used in the bonding of the silicon to the pitch adaptors for the LHCb VELO detector modules. INTNOTELHCBPUBL