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WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL History History History History Ver. No. Date Changes Remark 1.00 2013.11.06 First edition - i -...
Under improper installation, it may cause serious damage to the connected equipment and the camera. Please contact the distributor or dealer from which the WAT-910BD was purchased, if you do not understand the installation, operation or safety instructions laid out in our manuals.
WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL 4. DESCRIPTION OF PARTS 4. DESCRIPTION OF PARTS 4. DESCRIPTION OF PARTS 4. DESCRIPTION OF PARTS The name and function of each parts are as follows. When wiring, please be careful of the following pin arrangement and connect correctly.
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WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL (Fig.4-3) (Fig.4-3) Connector Pin Function (Fig.4-3) (Fig.4-3) Parts Shape Parts Shape Name Name Parts No. Parts No. Description Description Parts Shape Parts Shape Name Name Parts No. Parts No.
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WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL (Fig.4-3) (Fig.4-3) Connector Pin Function (continued) (Fig.4-3) (Fig.4-3) Parts Shape Parts Shape Name Name Parts No. Parts No. Description Description Parts Shape Parts Shape Name Name Parts No.
Absolute Maximum Ratings less than DC +16.0[V] Normally, We recommend to use WAT-910BD in "Supply Voltage Range(recommended) ". Using in range of "Supply Voltage Range(Capable)", the camera may be NOT damaged. In this case(especially lower voltage condition), please check followings.
WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL 4.2 VIDEO OUTPUT 4.2 VIDEO OUTPUT 4.2 VIDEO OUTPUT 4.2 VIDEO OUTPUT An analog video output terminal of 75 ohm impedance. J2: VIDEO OUTPUT J2: VIDEO OUTPUT J2: VIDEO OUTPUT J2: VIDEO OUTPUT 75 ohm termination is needed in the video signal receiver equipment.
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WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL (2) Adjustment method of the lens iris (2) Adjustment method of the lens iris (2) Adjustment method of the lens iris (2) Adjustment method of the lens iris The lens iris is adjusted with next steps.
4.5 GPIO(MOTION DETECT) 4.5 GPIO(MOTION DETECT) 4.5 GPIO(MOTION DETECT) When using MOTION DETECTION function of WAT-910BD, it is possible to output the detection results from GPIO connector. For information about how to set up and use the motion detection feature, please refer to the OSD manual.
WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL (Fig.4-8) Electrical Characteristic Table (MOTION DETECT output) (Fig.4-8) (Fig.4-8) (Fig.4-8) Parameter Parameter Parameter Parameter Symbol Symbol Symbol Symbol Unit Unit Unit Unit Remarks Remarks Remarks Remarks Output High Voltage...
5. DIGITAL VIDEO OUT 5. DIGITAL VIDEO OUT Digital Video data can be output via the Digital Video Output Connector (J6) on the WAT-910BD. Use the OSD Menu or the SPI communication to switch the Digital Video Data Output ON/OFF.
WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL 5.1 ELECTRICAL CHARACTERISTICS 5.1 ELECTRICAL CHARACTERISTICS 5.1 ELECTRICAL CHARACTERISTICS 5.1 ELECTRICAL CHARACTERISTICS Each pin of the J6 Connector is connected directly to the Camera's DSP through a resistor.
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WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL The electrical characteristics for each pin are as described below. (Fig.5-5) (Fig.5-5) (Fig.5-5) (Fig.5-5) Waveform and Sybols (DCK, DATA) (Fig.5-6) (Fig.5-6) Electrical Characteristic Table (DCK, DATA) (Fig.5-6) (Fig.5-6)
(1)Video Data Format (1)Video Data Format The WAT-910BD is a camera that conforms to the EIA/CCIR video format. The Analog Video Output (Video Output Connector:J2) is a composite video output which conforms to the EIA/CCIR standard, however, the digital video output does not fully comply with these standards.
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The effective image data is outputs the Luminance Data and Color Difference Data in Y/Cb/Cr=4:2:2 format. (The output sequence is repeated in the Cb,Y,Cr,Y,… sequence) Since the WAT-910BD is a monochrome camera, the Cb,Cr data are all 80[h]. The Horizontal Blanking Period (without TRC Code) is Cb,Cr=80[h], Y=10[h], repeated output.
6. SPI COMMUNICATION 6. SPI COMMUNICATION 6. SPI COMMUNICATION 6. SPI COMMUNICATION By using the SPI communication connector (J7), various functions of WAT-910BD can be controlled directly, without using OSD. (1) SPI communication connector (1) SPI communication connector (1) SPI communication connector (1) SPI communication connector Refer to the following figure for the position of SPI communication connector (J7).
WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL 6.1 ELECTRICAL CHARACTERISTICS 6.1 ELECTRICAL CHARACTERISTICS 6.1 ELECTRICAL CHARACTERISTICS 6.1 ELECTRICAL CHARACTERISTICS The pin arrangement and the outline circuit diagram of each pin are shown below. (Fig.6-2) Pin Function and Descriptions (Fig.6-2)
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(1) Preparation (1) Preparation Though the communication specification of WAT-910BD applies to SPI bus specification fundamentally, it is implemented as 3 wire type. Connection of the communication port of external MCU (master) and a camera (slave) is made as follows.
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WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL (Fig.6-5) (Fig.6-5) (Fig.6-5) (Fig.6-5) N byte Write command (master to slave timing chart) (3) Command and Timing Chart(SPI Read Command) (3) Command and Timing Chart(SPI Read Command) (3) Command and Timing Chart(SPI Read Command)
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WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL (Fig.6-6) (Fig.6-6) (Fig.6-6) (Fig.6-6) 1 byte Read command (master to slave and slave to master timing chart) (Fig.6-7) (Fig.6-7) N byte Read command (master to slave and slave to master timing chart) (Fig.6-7)
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WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL (4) Actual wave form of "SPI Read Command" (4) Actual wave form of "SPI Read Command" (4) Actual wave form of "SPI Read Command" (4) Actual wave form of "SPI Read Command"...
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WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL After command execution, camera MCU set execution results in indirect registers. For checking the end of CTL-COMMAN execution , external MCU should do SPI read and check data in ST(0x3B) register.
WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL 6.3 CAMERA CTL-COMMAND 6.3 CAMERA CTL-COMMAND 6.3 CAMERA CTL-COMMAND 6.3 CAMERA CTL-COMMAND "Camera CTL-COMMAND" are shown in below. (1) CAMERA PARAMETER READ1(parameter address: (1) CAMERA PARAMETER READ1(parameter address:...
WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL 6.4 CAMERA PARAMETER 6.4 CAMERA PARAMETER 6.4 CAMERA PARAMETER 6.4 CAMERA PARAMETER Please do not change the bit or the byte data with the notation of "-" among following tables.
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WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL Address MOTION AREA2 START H POSITION 0x46A 0x04:(LEFT) … 0xBB:(RIGHT) (note) Sum of "H POSITION" and "H size" is needed to be under 0xBF. MOTION AREA2 START V POSITION 0x46B 0x01:(TOP) …...
WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL WAT-910BD H/W MANUAL 6.5 SAMPLE CODE 6.5 SAMPLE CODE 6.5 SAMPLE CODE 6.5 SAMPLE CODE The following pages are example of the camera parameter change by SPI communication. In the examples, AGC mode is changed by using the method of 3WIRE SPI communication.