HDJD-JD07 Avago Technologies US Inc., HDJD-JD07 Datasheet
HDJD-JD07
Specifications of HDJD-JD07
Related parts for HDJD-JD07
HDJD-JD07 Summary of contents
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Development Kit User Guide Contents Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...
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... FOR EVALUATION PURPOSE ONLY NOT SUBJECT TO RELIABILITY ASSESSMENT AND AVAGO IS NOT LIABLE. Warning DO NOT CONNECT OR DISCONNECT ANYTHING WHILE THE HDJD-JD07 DEVELOPMENT KIT OR THE PC IS SWITCHED ON!!! Doing so anyway may damage your PC and/or the HDJD-JD07 Development Kit permanently. Make sure power is off while interfacing with the Control- ler Board. DO NOT & ...
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... The sensor can also be used in conjunction with a white LED for reflective color management. The color sensor development kit, HDJD-JD07 is used as a guide to the application of ADJD-S311-CR999 besides demonstrating the principle of color sensing. The color sensor development kit can be used for both transmis- sive and reflective sensing ...
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... Startup Included in delivery Standard Avago HDJD-JD07 includes the following components: • One sensor module • One Controller Board (CB) • One USB cable • One CD with installation software Figure 1. Sensor Module Figure 3. USB cable 2 Figure 2. Digital Color Sensor Controller Board Figure 4. CD with installation software ...
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... Hardware Design HDJD-JD07 Block Diagram +5V Linear 5V regulator, LM 7805 Jumper 12V Po wer adapter 5V USB Connector Display/GUI Unit + Process ing Hardware Features: • The development kit consists of a main board and a sensor board which is interchangeable and is connected using pin connector and ribbon wire. ...
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Color Sensor Module The color sensor module comprises an illuminant, digital color sensor and the mechanical block. The Avago white LED (HSMW-C191) is used as the illuminant/light source and digital color sensor (ADJD-S311-CR999) as the detector. The mechanical block which ...
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... For example, the medium could be glass, plastic or liquid. To use HDJD-JD07 in transmissive mode, simply turn off the white LED on the sensor module. Figure 6. For a given light source, the color of reflected depends on surface/ object color Figure 7 ...
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Digital Color Sensor Controller Board The digital color sensor controller board consists of the following modules: (i) 2-wire Serial Interface to USB Converter Module (ii) Power Supply Module (iii) LED Constant Current Module (iv) Digital Color Sensor Control Module 2-wire ...
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LED Constant Current Module This module provides constant current to the white LED using regulator LP38691-ADJ. The current can be adjusted from 2-30mA, however, typical current of 5mA is recommended. The LED current can be measured by measuring the voltage ...
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... Hardware Setup and Configuration Setup: The HDJD-JD07 is designed with 2 different selections of power supply. User may select either the USB Port or Adapter Port as the +5VDC supply with respect to the changes of the Jumper J3. 1. Connect the USB cable from the computer to the evaluation board. ...
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Other functions: 1. Selecting internal or external power supply for the color sensor. Use J1 to select the source 2.6V for the color sensor. If external 2.6V is chosen, connect the supply to TB1. The external supply is to ease ...
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Basic Description of Evaluation Board J3: Power sou rce selec tion SW1 : Power On Switch Adapter ON USB Connect USB here J7: White LED control se lection External po wer supply for se nso r J1: ...
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... PC Software Guide Avago’s HDJD-JD07 Digital Color Sensor Development Kit software is developed tool for user to acquire knowledge on how to use ADJD-S311-CR999 and how color sensor can be applied. The interactive graphical user interface has made the software to be user friendly and easy to use. The same software can be used for both reflective and transmissive mode ...
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Writing and Reading Registers Check means put a tick next to the register bit and press the write button. A check means logic 1 written to the register bit. Nothing is written to the device until the write button is ...
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File Menu File>… The user can save the current state of the GUI i.e. the check boxes and data in the text boxes into a configura- tion file. This file can be loaded in the next session and all previous ...
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Easy Access Save the current setting to *.cfg file. Load previous saved *.cfg file to the color sensor. Open the White Calibration window, refer the window below for details. Obtain the sensor output readings. Open the PWM window to control ...
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CIE xy chart The CIE xy chart can be accessed in the following 2 ways: 1. Click on CIE xy Chart button at features section at the main GUI. 2. Click menu Tools -> CIE xy Chart. To view the ...
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Numerical Data Log With this numerical data log feature, the user can identify and keep track the consistency and repeatability of the color being scanned. The user can also save the data so that it can easily be retrieved later. ...
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Activation of Color Conversion The following is the step by step procedure to activate the color chart and color conversion. To make sure that the conversion is correct, the procedure should be strictly followed. 1. Perform white calibration with target ...