Version 1.08 (04/07) | Manual: CMOS Industrial Camera LOGLUX® i5 |
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PROFILE_SW0POL
PROFILE_SW1POL The register describes the polarity of switchport signal 0 or 1. If register PROFILE_SWxSOURCE is set to OFF, the switchport level can be directly controlled by register PROFILE_SWxPOL.
Example: | w $119 #0 | ;Switchport 1 is |
PROFILE_SW0DELAY
PROFILE_SW1DELAY
This register specifies a delay time for switchport signal 0 or 1. The actual delay time is rounded to comply with the pixel clock accuracy (e.g.
TRGDELAY = 80 ⇒ 75.76ns delay at 66 MHz pixel clock rate). There is also a
Example: | w $110 #10000 | ;Switchport 0 delay 10 us |
PROFILE_SW0LEN
PROFILE_SW1LEN The register specifies a pulse length for switchport signal 0 or 1. The actual delay time is rounded to comply with the pixel clock accuracy (e.g. TRGDELAY = 80 ⇒ 75.76ns delay at 66 MHz pixel clock rate).
| Example: | w $11E #100000 | ;Switchport 1 PLength 100 us |
PROFILE_XSTART | The register specifies the start position left of the visible sensor frame. The | ||
| value must represent an even number of pixels and satisfy the condition | ||
| PROFILE_XSTART < 1280 – PROFILE_WIDTH. | ||
| Example: | w $130 #100 | ;X start coord. is 100 |
PROFILE_YSTART | The register specifies the start position above the visible sensor frame. The | ||
| value must satisfy the condition |
| |
| PROFILE_YSTART < 1024 – PROFILE_HEIGHT. | ||
| Example: | w $132 #150 | ;X start coord. is 150 |
PROFILE_WIDTH | The register specifies the width of the visible sensor frame. The value must | ||
| represent an even number of pixels and satisfy the condition | ||
| PROFILE_WIDTH < 1280 – PROFILE_XSTART. | ||
| Example: | w $134 #800 | ;frame width is 800 pixels |
PROFILE_HEIGHT | The register specifies the height of the visible sensor frame. The value must | ||
| satisfy the condition |
| |
| PROFILE_HEIGHT < 1024 – PROFILE_YSTART | ||
| Example: | w $136 #600 | ;frame height is 600 pixels |
PROFILE_INT0 / PROFILE_INT1 / PROFILE_INT2 / PROFILE_INT3
These registers specify the integration times for the individual integration sections in the multiple integration slope mode. The number of registers in which valid integration times have been entered - the entries must be unequal to zero - is also the number of integration sections. A valid integration time
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