Tattile GigE TAG-2 is a progressive scan CCD camera with a resolution of 1600 (H) x 1200 (V) pixels and a maximum data rate of 40 MHz. It features two optoisolated inputs and two PNP optoisolated outputs, making it suitable for a variety of industrial applications. The camera can be connected to a PC using an Ethernet cross-over cable or through a network router or switch, allowing for easy integration into existing systems.
Tattile GigE TAG-2 is a progressive scan CCD camera with a resolution of 1600 (H) x 1200 (V) pixels and a maximum data rate of 40 MHz. It features two optoisolated inputs and two PNP optoisolated outputs, making it suitable for a variety of industrial applications. The camera can be connected to a PC using an Ethernet cross-over cable or through a network router or switch, allowing for easy integration into existing systems.
Version__03.00.00 (December 2005)
© 2005 by TATTILE S.r.l.
The Gige® logo is registered mark of the Automated Imaging Association.
All Tattile's systems were created to be alive, smart and open products. Therefore, we give you the chance to
update features and capabilities during the whole life cycle of the products.The Download area of our web site has
been created to allow our Partners to download new releases of Firmware and Software: http://www.tattile.com.
All material in this publication is subject to change without notice and is copyright Tattile S.r.l.
Index
Mechanical Dimensions.....................................................................................................................4
Connectors and Indicators.................................................................................................................5
General Characteristics.....................................................................................................................6
CCD General Characteristics.............................................................................................................7
Interface Connection........................................................................................................................11
Example of Connection....................................................................................................................14
Instructions for a right installation of TATTILE control equipment...................................................16
Warning!..........................................................................................................................................17
Revisions.........................................................................................................................................18
3
TAG-2 CAMERA
General Characteristics
6
Characteristics
Electric Characteristics
Power Supply +24V
Power Consumption 9 W
Sensor Progressive scan CCD sensor
Digital Inputs 2 optoisolated inputs 24Vdc 20mA
Digital Outputs 2 PNP optoisolated outputs 24Vdc 500mA
Ethernet Network GigaEthernet 10 bit
Processor:
Microprocessor Altera NIOS FPGA Technology
Flash 8 Mb Flash Memory
SDRAM Micro 32 Mb
Mechanical Characteristics:
Mechanical Dimensions 113 x 90 x70 mm (LxHxW)
Weight 900 gr (without lens)
Package Body Anodized Aluminium
Protection Degree IP42
Conformity Conform to CE Standards
Standard Supply
TAG-2 Camera
Reference Manual
Work Tensions
Supply voltage +24 V. Provide a stable supply +/- 10%.
Ground 0V
Operating Condition
Operating Temperature 0°C +50°C
Storage Temperature -10°C +65°C
TAG-2 CAMERA
CCD General Characteristics
CCD Specifications kai2001
7
Parameters Value
Architecture Interline CCD, Progres s ive Scan
Total Number of Pixels 1640 (H) x 1214 (V) = approx. 1.99M
Number of Effective Pixels 1608 (H) x 1208 (V) = approx. 1.94M
Number of Active Pixels 1600 (H) x 1200 (V) =approx. 1.92M
Outputs Number 2
Pixel Size 7.4 µm (H) x 7.4 µm (V)
Imager Size 14.803mm (diagonal)
Chip Size 13.38mm (H) x 9.52mm (V)
Aspect ratio 4:3
Saturation Signal 40,000 e
Peak Quantum Efficiency (KAI-2001M) 55,00%
Output Sensitivity
Total System Noise (40MHz) 40 e
Total System Noise (20MHz) 23 e
Dark Current
Dark Current Doubling Temperature 7°C
Dynamic Range 60 dB
Blooming Suppression 300X
Smear 80 dB
Image Lag <10 e
Maximum Data Rate 40 MHz
Exposure Control
Gain 0:1023
Offset 0:255
Power Supply 24 V
Consumption 5W
16 mV/e
<0.5 nA/cm2
>31µs
TAG-2 CAMERA
CCD Specifications kai0340D
9
696 (H) x 492 (V) = 342,432
640 (H) x 480 (V) = 307,200
5,87 mm (H) x 4,71 mm (V)
04.03.00
55,00%
RGB 35%, 42%, 45%
70 C
>0,99999
Maximum Data Rate 80 MB/s (B/W – BAYER) 106 MB/s (10 bit)
Offset 0:255
24V
9W
Parameters Value
Architecture 3 Channel, RGB Ttrilinear
Total Number of Pixels
Number of Active Pixels
Pixel Size 7,4 µm (H) x 7,4 µm (V)
Imager Size 5,92 mm (diagonal); 1/3” optical format
Chip Size
Aspect Ratio
Saturation Signal 40 Mhz – 600 mV
20 Mhz – 1200 mV
Peak Quantum Efficiency (Monochrome)
Quantum Efficiency
Output Sensitivity 31ųV/e
Total Sensor Noise 40 Mhz – 27 electrons
20 Mhz – 20 electrons
Dark Current <0,5 nA/cm2 at 400 C
Dark Current Doubling Temperature
Dynamic Range 40 Mhz – 57 dB
20 Mhz – 66 dB
Charge Transfer Efficiency
Blooming Suppression >300X; Smear < -80dB
Image Lag <10 electrons
Exposure Control From 19 µs to 78 ms
Gain 6 dB to 36 dB step of 0,035 dB
PxGA 0 dB to 18 dB step of 0,035 dB
Power Supply
Consumption
TAG-2 CAMERA
Example of Connection
Standalone Connection
The TAG-2 CAMERA can be connected directly to a PC using an Ethernet cross-over cable.
The operator uses the PC to configure applications and monitor runtime operation. In this
configuration, the camera is isolated from the factory network.
Note: For connection between TAG-2 CAMERA M0 and PC use a cross-over cable.
Connection using Switches/Routers
A maximum of 4 TAG-2 CAMERA can be connected to a personal computer, by using a
network router or an ethernet switch.
14
TAG-2 CAMERA
Note: For connection between PC and switch/router and between switch/router and TAG-2
CAMERA use ethernet direct cables.
The TAG-2 CAMERA can be connected to a network factory, by using a network router or an
ethernet switch.
Note: For connection between PC and switch/router and between switch/router and Smart
Reader M0 use ethernet direct cables.
15
TAG-2 CAMERA
Instructions for a right installation of TATTILE control equipment
Good equipment operation is guaranteed only by respecting the instructions cited in this refer-
ence manual.
TATTILE declines all responsibility for anomalous equipment operation, installed with criteria
not respecting these instructions.
•TAG-2 CAMERA cable courses must be kept separate from power cables.
•Pay attention to the various connections, especially in respect to the correct
polarity of the power-supply cables.
•Supply the TAG-2 CAMERA with a dedicated power-supply.
•The power supply for inputs and outputs must never be taken from the same
power source of TAG-2 CAMERA. The mass hasn't to be linked.
•The power supply cable must be screened and not longer than necessary.
16
TAG-2 CAMERA
Warning!
The warranty covering TATTILE equipment is invalidated when :
1. The equipment has been opened or tampered with.
2. Faults due to incorrect connection of power or input/output circuits.
3. Faults due to overload or non-compliance with equipment's rated specifications.
4. Application act in conditions that do not comply with those specified for a correct
installation.
Note: These conditions concern all equipment supplied with the system.
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Tattile GigE TAG-2 is a progressive scan CCD camera with a resolution of 1600 (H) x 1200 (V) pixels and a maximum data rate of 40 MHz. It features two optoisolated inputs and two PNP optoisolated outputs, making it suitable for a variety of industrial applications. The camera can be connected to a PC using an Ethernet cross-over cable or through a network router or switch, allowing for easy integration into existing systems.
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