5 Hardware Interface
5.4
Trigger
5.4.1
Trigger Modes
The following sections show the timing diagram for the trigger modes. The signal
ExSync
denotes the trigger signal that is provided either by the interface trigger or the I/O trigger (see
Section 4.6). The other signals are explained in Table 5.4.
Camera-controlled Exposure
In the camera-controlled trigger mode, the exposure is defined by the camera and is
configurable by software. For an active high trigger signal, the image acquisition begins with
the rising edge of the trigger signal. The image is read out after the pre-configured exposure
time. After the readout, the sensor returns to the reset state and the camera waits for a new
trigger pulse (see Fig. 5.10).
The data is output on the rising edge of the pixel clock, the handshaking signals
FRAME_VALID
(
FVAL
) and
LINE_VALID
(
LVAL
) mask valid image information. The signal
SHUTTER
in Fig. 5.10
indicates the active integration phase of the sensor and is shown for clarity only.
P C L K
S H U T T E R
F V A L
L V A L
D V A L
D A T A
L i n e p a u s e
L i n e p a u s e
L i n e p a u s e
F i r s t L i n e
L a s t L i n e
E x p o s u r e
T i m e
F r a m e T i m e
E X S Y N C
C P R E
Figure 5.10: Trigger timing diagram for camera controlled exposure
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Summary of Contents for MV-D1024E-3D01-160
Page 1: ...User Manual MV D1024E 3D01 160 3D CMOS Camera MAN037 04 2009 V1 1...
Page 2: ......
Page 4: ...2...
Page 8: ...CONTENTS 6...
Page 20: ...3 Product Specification 18...
Page 57: ...5 2 CameraLink Data Interface 55...
Page 66: ...5 Hardware Interface 64...
Page 84: ...7 Graphical User Interface GUI 82...
Page 90: ...9 Warranty 88...
Page 92: ...10 References 90...
Page 96: ...A Pinouts 94...