Fairchild CAM CCD-2KLV.TDI user manual Power Supply, LED Indicator Status Lamp, Power Up LED = RED

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PRELIMINARY

2.3 Power Supply

The camera uses a single voltage input, normally set to 12 volts @ 0.7 Amps typ., supplied through a Hirose connector. The supply must support a 850mA current surge for 100ms for proper camera operation.

Ripple and noise is required to be < 50 mV RMS for best camera noise performance.

Cable construction with shielded and grounded shields is required.

Hirose HR25-7TR-6P Receptacle

Pin #

Description

1

+12V

2

+12V

3

NC

4

GND

5

GND

6

NC

2.4 LED Indicator Status Lamp

The LED is bi-color to indicate the status of the camera operation. The LED color is green after initialization. If external SYNC is stopped or disconnected it will turn RED.

Power Up: LED = RED

Remains RED for approx. 0.1 second then turns to solid green.

If the LED remains RED (or does not illuminate), the camera failed internal power up operation and should be returned to Fairchild Imaging for repair.

Master Mode: LED = GREEN

After power up with no EXSYNC input, the camera will default to “Master Mode” operation. The LVAL (line valid signal) (internally generated by the camera)will be at 23.191KHz line rate without any need for external trigger.

Slave Mode: LED = GREEN

Once an EXSYNC signal is received the camera goes into a slave mode. The LVAL (line valid signal) period will track the SYNC input period. The line rate will vary according to the external trigger.

The camera will remain in the slave mode until power is turned off (see Master Mode).

If the EXSYNC (external trigger) is lost during “Slave Mode” operation, the LED will become RED. This indicates that the external trigger is interrupted and should be checked.

Verify that the external trigger is not disabled.

Verify that the control connector is connected and secured properly.

Fairchild Imaging • CAM/CCD-2KLV.TDI & CAM/CCD-4KLV.TDI Line Scan Camera User’s Manual • Rev 073004 • 16 of 38

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Contents Osprey Camera Series Fairchild Imaging Osprey Camera Series USER’S Manual Table of Contents Troubleshooting Providing External Trigger Using PCI-1424 Frame GrabberHandling Instructions Product SupportCamera Highlights Description2K x 96 TDI Sensor Architecture 4K x 96 TDI Sensor ArchitectureUsability ProgrammabilityFull Spectrum of Applications Image Sensor Block Diagram CCD525 2048 x 96 stagesBlock Diagram CCD545 4096 x 96 stagesBlock Diagram 2K & 4K TDI Camera D S2K/4K TDI Camera Timing Diagram 2K TDI LvdsThermal Considerations Installation Overview Camera Hardware InterfaceGood TDI Synchronization Bad TDI SynchronizationConnectors, Pinouts, and Cables Camera Pin # Signal NameLvds Data, J7 Signal Name Lvds Data, J8 Camera Pin # Power Supply LED Indicator Status LampPower Up LED = RED Master Mode LED = GreenQuick Start with Lvds Interface Camera ControlControl Inputs Direct Trigger Providing External TriggeringLvds Trigger Source Frame Grabber Receives Trigger TTL Trigger SourceFrame Mode A B B E R How to operate in framing mode System ConnectionTDI Length Selection High LOWHow to Modify Gain & Offset Values Gain and Offset CalibrationStrobe Data BusLval Horizontal Synchronization Camera Dimensions and Mounting Mechanical and Optical ConsiderationsLenses Preliminary Illumination Positioning Accuracy of the Sensor Chip in the CameraLight Sources Lens Modeling 2K and 4K Lvds Cable HarnessCleaning the Sensor Window Electrostatic DischargePreventing ESD Damage Protecting Against Dust, Oil and ScratchesTroubleshooting Check Simple Things FirstUse the Camera Control Interface to Perform Checks Other Areas You Should CheckData Clocking/Output Signals No Output or Non Specification OutputEverything Seems to be Working, But No Image Horizontal Lines or Patterns in OutputBits That Do Not Change Value Product Support Providing External Trigger Using PCI-1424 Frame Grabber Reference aIntroduction to Lvds Getting Speed with Low Noise and Low PowerHow Lvds Works Lvds Standard