User manual MAXTOR IVC185BC

[. . . ] Interfacing non-standard cameras to Matrox Pulsar i2S iVC185BC Camera Interface Overview · · · · Application Note: May 27, 1996 5000 x 1 x 8-bit analog or digital video output (RS-422) internal sync 3 modes of operation (analog or digital video output): continuous line scan mode, asynchronous line scan mode, periodic exposure control line scan mode Camera Interface Details 1. Continuous line scan mode Video iVC185BC · · · · Matrox Pulsar CLTout RCLK (with PLS-TTL-CABLE or PULSAR/DIG/MOD) · · · 5000 x 1 x 8-bit Analog or digital video output (RS-422) DCF configured for 750 lines per virtual frame The line scan rate and the exposure time are determined by the frequency of the hsync (CLTout) signal; the exposure time is the period of the CLTout signal, which is set using the thumb wheel on the rear of the camera Continuous video Camera sending RS-422 hsync (CLTout) and RS-422 pixel clock (RCLK @ 20MHz) signals to Matrox Pulsar DCFs used: IV185L. DCF (analog video output) IV185DL. DCF (digital video output) 2. [. . . ] LT+ 2 RCLK+ 3 CLT+ 4 D7+ 5 D6+ 6 D5+ 7 D4+ 8 D3+ 9 D2+ 10 D1+ 11 D0+ 12 GROUND 13 GROUND 14 LT- 15 RCLK- 16 CLT- 17 D7- 18 D6- 19 D5- 20 D4- 21 D3- 22 D2- 23 D1- 24 D0- 25 PULSAR/DIG/MOD (68-pin connector) Pin name Pin no. EXPOSURE1+ 30 CLKIN+ 29 HSYNC+ 26 DATA7+ 10 DATA6+ 11 DATA5+ 13 DATA4+ 14 DATA3+ 15 DATA2+ 16 DATA1+ 19 DATA0+ 20 GROUND 12 GROUND 46 EXPOSURE1- 64 CLKIN- 63 HSYNC- 60 DATA7- 44 DATA6- 45 DATA5- 47 DATA4- 48 DATA3- 49 DATA2- 50 DATA1- 53 DATA0- 54 · NOTE: although connected, the EXPOSURE1 signal is not used in this mode. 3 PUL-CID-019 Interfacing non-standard cameras to Matrox Pulsar i2S iVC185BC · Application Note: May 27, 1996 The connections between the DB-25 connector on the rear panel of the camera and the power supply are as follows: i2S iVC185BC (DB-25 male connector) Pin no. Pin name 1 DCin 13 GROUND POWER SUPPLY +9V < Dcin < +18V GROUND 2a. Asynchronous line scan: analog video output · · · · · · IMG-7W2-TO-5BNC cable required for video signal and TTL external trigger source; PLS-TTL-CABLE required for digital syncs and control signals in RS-422 format The connections between the DB-15 connector on the rear panel of the camera and a BNC connector are as in continuous line scan: analog video output; this BNC connector should be connected to the video input BNC of the IMG-7W2-TO-5BNC cable The connections between the DB-15 connector on the rear panel of the camera and the 37-pin connector of the PLS-TTL-CABLE are as in continuous line scan: analog video output The connections between the DB-15 connector on the rear panel of the camera and the power supply are as in continuous line scan: analog video output; Pins 8, 7 and 2 of the DB-15 connector of the camera are shorted together TTL external trigger source should be connected to the TTL Trigger Input of the IMG7W2-TO-5BNC cable 2b. Asynchronous line scan: digital video output · · · · IMG-7W2-TO-5BNC cable required for TTL external trigger source; PULSAR/DIG/MOD required for digital data, syncs and control signals in RS-422 format The connections between the DB-25 connector on the rear panel of the camera and the 68-pin SCSI-2 connector of the PULSAR/DIG/MOD are as in continuous line scan: digital video output The connections between the DB-25 connector on the rear panel of the camera and the power supply are as in continuous line scan: digital video output TTL external trigger source should be connected to the TTL Trigger Input of the IMG7W2-TO-5BNC cable PUL-CID-019 4 Interfacing non-standard cameras to Matrox Pulsar i2S iVC185BC Cabling Requirements Application Note: May 27, 1996 3a. Periodic exposure control line scan: analog video output · · · · · IMG-7W2-TO-1BNC cable required for video signal and PLS-TTL-CABLE required for digital syncs and control signals in RS-422 format The connections between the DB-15 connector on the rear panel of the camera and a BNC connector are as in continuous line scan: analog video output; this BNC connector should be connected to the video input BNC of the IMG-7W2-TO-1BNC cable The connections between the DB-15 connector on the rear panel of the camera and the 37-pin connector of the PLS-TTL-CABLE are as in continuous line scan: analog video output The connections between the DB-15 connector on the rear panel of the camera and the power supply are as in continuous line scan: analog video output Pins 8, 7 and 2 of the DB-15 connector of the camera are shorted together 3b. Periodic exposure control line scan: digital video output · · · PULSAR/DIG/MOD required for digital data, syncs and control signals in RS-422 format The connections between the DB-25 connector on the rear panel of the camera and the 68-pin SCSI-2 connector of the PULSAR/DIG/MOD are as in continuous line scan: digital video output The connections between the DB-25 connector on the rear panel of the camera and the power supply are as in continuous line scan: digital video output Special Considerations · In addition to the DCFs, PSG FPGA version 3. 01 or newer is required; if this version is not on your release of the MIL driver for Pulsar, the newest version can be found on the BBS or at the FTP site 1. Continuous line scan (analog or digital video outputs) · The line scan rate and the exposure time are determined by the frequency of the hsync (CLTout) signal; the exposure time is the period of the CLTout signal, which is set using the thumb wheel on the rear of the camera. PUL-CID-019 5 Interfacing non-standard cameras to Matrox Pulsar i2S iVC185BC Special Considerations Application Note: May 27, 1996 · The thumb wheel settings correspond to the following exposure times: Position 0 1 2 3 4 5 6 7 8 9 Exposure time 250µs 500µs 1ms 2ms 4ms 8ms 16ms 20ms external mode 2. Asynchronous line scan (analog or digital video outputs) · · · · · The thumb wheel on the rear of the camera must be set to position 9: external mode The line scan rate and the exposure time are determined by the frequency of the external trigger signal; the exposure time is the time between external trigger signals Once it has received the external signal to trigger, the Pulsar sends the asynchronous RS422 EXPOSURE1 (LTin) signal to the camera to initiate line readout. The camera returns the RS-422 hsync (CLTout) and pixel clock (RCLK) signals to the Pulsar The first frame to be read out will be inaccurate; the exposure time is the time between trigger signals, therefore the first frame will correspond to the first trigger signal and the one previous to it. The correct frame will be read out on the second trigger signal Trigger rate can vary between 50Hz and 3. 9kHz 3. Exposure control line scan (analog or digital video outputs) · · · The thumb wheel on the rear of the camera must be set to position 9: external mode The line scan rate and the exposure time are determined by the frequency of the periodic trigger signal supplied by the Pulsar; the exposure time is the reciprocal of the frequency of this signal Once it has received the external signal to trigger, the Pulsar sends the periodic RS-422 EXPOSURE1 (LTin) signal to the camera. The camera returns the RS-422 hsync (CLTout) and pixel clock (RCLK) signals to the Pulsar PUL-CID-019 6 Interfacing non-standard cameras to Matrox Pulsar i2S iVC185BC Special Considerations · Application Note: May 27, 1996 The frequency of the periodic EXPOSURE1 signal can vary between 50Hz and 3. 9kHz. The frequency of this signal can be adjusted though the use of Intellicam: load the proper DCF and go into Camera Spec. [. . . ] Contact your local sales representative or Matrox Sales office or Matrox Imaging Applications at 514-822-6061 for assistance. Corporate Headquarters: Canada and U. S. A. Dorval, Quebec, Canada H9P 2T4 Tel: (514) 685-7230 Fax: (514) 822-6273 Sales Offices: U. K. [. . . ]