Texas Instruments DLP3010 User manual

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DLP3010 Light Control EVM User’s Guide
User's Guide
DLPU070B–July 2018–Revised February 2019
DLP3010 Light Control EVM User’s Guide
This user’s guide presents an overview of the DLP3010 Light Control evaluation module (EVM) and a
general description of the main features and functions. It explains the first steps to get started, and shows
a detailed description of the push buttons function, the on board LEDs, and the main connectors.
Contents
1 DLP3010 Light Control EVM Overview ................................................................................... 2
2 Safety Instructions .......................................................................................................... 3
3 Applicable Documents ...................................................................................................... 3
4 What is in the DLP3010 Light Control EVM? ............................................................................ 4
5 Light Engine .................................................................................................................. 5
6 Quick-Start Procedure....................................................................................................... 5
7 Circuit Description ........................................................................................................... 7
8 EVM Setup.................................................................................................................... 9
List of Figures
1 DLP3010 Light Control Complete EVM................................................................................... 2
2 DLP3010 Light Control EVM Block Diagram ............................................................................ 4
3 DLP3010 Light Control EVM Optical Engine............................................................................. 5
4 Optical Engine with Focus Adjustment.................................................................................... 6
5 DLP3010 Light Control Main Board ....................................................................................... 9
6 DLP3010 Light Control Connections .................................................................................... 10
7 LED Connection............................................................................................................ 10
8 DLP3010 Light Control Complete EVM ................................................................................. 11
List of Tables
1 Optical Engine Specifications .............................................................................................. 5
2 LEDs on the DLP3010 Light Control EVM ............................................................................... 6
3 Installed Connectors on Main Board...................................................................................... 7
4 Installed Push Buttons and Switch on Main Board ..................................................................... 7
5 Installed Connectors on the DLP3010 Light Control Display Board .................................................. 7
6 DLP3010 Light Control Trigger Description ............................................................................. 8

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DLP3010 Light Control EVM User’s Guide
1 DLP3010 Light Control EVM Overview
This DLP3010 Light Control EVM includes an example light engine design composing of DLP electronics
and optics along with GUI software to provide a flexible light steering solution with high brightness and
resolution for industrial, medical and scientific applications. This EVM features DLP3010, DLPC3478 and
DLPA2005 DLP components and offers a compelling combination of resolution, brightness, and
programmability in a small form factor.
Figure 1. DLP3010 Light Control Complete EVM
In addition to this document, use documents listed in Section 3.

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DLP3010 Light Control EVM User’s Guide
2 Safety Instructions
CAUTION
Caution hot surface. Contact may cause burns. Do not touch.
WARNING
Possible hazardous optical radiation emitted from this EVM. Do not
stare at the operating lamp. There are no user serviceable parts
inside the EVM optical engine. Never open the optical engine,
which can expose a risk group 2 LED which may be harmful to the
eye.
WARNING
Observe handling precautions. Electrostatic sensitive devices.
WARNING
Always ensure both fans are running during operation to avoid
overheating and ensure reliable operation.
3 Applicable Documents
The following documents are applicable to the DLP3010 Light Control EVM and are available at TI.com
(www.ti.com).
• DLP3010 (0.3 720p) DMD data sheet (DLPS051)
• DLPC3478 Display and Light Controller data sheet (DLPS111)
• DLP Display and Light Control EVM GUI Tool User's Guide (DLPU074)
If you need assistance, refer to the DLP and MEMS TI E2E community support forums.

What is in the DLP3010 Light Control EVM? www.ti.com
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4 What is in the DLP3010 Light Control EVM?
The DLP3010 Light Control module consists of three subsystems:
• Light engine – includes the optics, red, green, and blue LEDs, and a 1280 × 720 (720p) DMD
• Driver board – includes the DLP chipset comprising of the DLPC3478 controller and DLPA2005
PMIC/LED driver. Includes a header to access Trigger IN/OUT signals for camera capture and other
system controls
• System board – includes the MSP430, the ITE HDMI receiver, the USB-Serial Bridge controller, and
several connectors for external inputs (HDMI, USB, etc.)
Figure 2. DLP3010 Light Control EVM Block Diagram

80.35
56.97
21.00
20.50
www.ti.com Light Engine
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DLP3010 Light Control EVM User’s Guide
5 Light Engine
The optical engine, Model H6 is developed and manufactured by Shenzenby Anhua Optoelectronics
Technology Co., Ltd. and is production ready.
The light engine consists of the following components:
• 0.3-inch 720p DMD (DLP3010)
• OSRAM red, green, and blue LED
This light engine interfaces with the EVM using DMD pin mapping Option 1. Refer to the DLPC3478
datasheet for more information about the DMD interface.
Table 1. Optical Engine Specifications
PARAMETER MIN TYP MAX UNIT
Brightness 125 Lum
LED Current 2.4 A
Brightness Uniformity 75%
Throw Ratio 1.2
Offset 100%
Optics F-number F/1.7
Figure 3. DLP3010 Light Control EVM Optical Engine
6 Quick-Start Procedure
This quick-start assumes default conditions as shipped.
1. Power up the DLP3010 Light Control EVM by applying an external DC power supply (19-V DC, 3.42 A)
to the J10 connector. The P5V_VIN (D5) and P3P3V_SB (D6) LED will turn on to indicate that 5-V and
3.3-V standby power is applied.
External Power Supply Requirements:
• Nominal output voltage: 19-V DC
• Minimum output current: 3A; Max output current: 3.42 A
• Efficiency level: VI
NOTE: TI recommends using an external power supply that complies with applicable regional safety
standards such as UL, CSA, VDE, CCC, PSE, etc. A DC Power Connector 2.5mm x 5.5mm is being
used on the DLP3010 Light Control EVM Main Board.

Focus
Adjustment
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NOTE: The system is designed to operate also with an external 12-V DC power supply.
2. Move the SW_ONOFF switch to the ON position to turn the DLP3010 Light Control EVM on. When the
DLP3010 Light Control EVM is turned on, the PROJ_ON LED D3 will turn on.
3. After the DLP3010 Light Control EVM is turned on; the projector will default to displaying a DLP Light
Control splash image.
4. The focus of the image can be adjusted on the optical engine.
Figure 4. Optical Engine with Focus Adjustment
5. Connect USB to the DLP3010 Light Control EVM and open the DLP3010 Display and Light Control
Graphical User Interface (GUI) on your computer. If needed, connect an HDMI source to the EVM and
communicate to the EVM over the GUI software.
6. Via the GUI the EVM can be set to Video Display Mode or Light Control Modes. Refer to the GUI
user's guide for further description. Note: Install Jumper J11 on the DLP3010 Light Control EVM Main
Board to set Trigger IN/OUT voltage on the EVM. This jumper is required to gain access to the trigger
signals. The jumper is not included by default.
7. When turning off the projector, turn off the SW_ONOFF switch prior to removing power cable.
Note: To avoid potential damage to the DMD, it is recommended to turn off the projector with
SW_ONOFF before disconnecting the power.
There are ten indicator LEDs on the DLP3010 Light Control EVM, and they are defined in Table 2:
Table 2. LEDs on the DLP3010 Light Control EVM
LED REFERENCE SIGNAL INDICATION DESCRIPTION
D1 HOST_IRQ ON during DLPC3478 boot OFF when projector is running. Indication of DLPC3478 boot-up completed and ready to receive
commands
D2 RESETZ OFF when projector is turned on vie SW_ONOFF
D3 PROJ_ON On when projector is turned on via SW_ONOFF
D5 P5V_VIN 5-V power applied
D6 P3P3V_SB Regulated 3V3 power on
D7 MSP2 ON when HDMI cable plugged in and external video detected.
OFF when external video is not detected.
D8 ACK ON when Cypress CY3420 is I2C master OFF when MSP430 is
I2C master
D9 REQ ON when Cypress CY3420 requests the MSP430 to give
Cypress master control of the I2C bus
D10 GPIO1 Blinking when PC is communicating to flash over SPI
D11 GPIO0 Blinking when PC is communicating to DLPC3478 over I2C

www.ti.com Circuit Description
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7 Circuit Description
7.1 Connectors, Switch, and Push Buttons on Main Board
Table 3. Installed Connectors on Main Board
INSTALLED CONNECTORS/HEADERS DESCRIPTION
J1 MSP430 JTAG programming interface connector
J2 Header for 5-V DC power (not installed by default)
J3 Connector for audio
J4 Unsupported
J5 Header for EDID programming
J6 Connector for HDMI input
J7 Header for 5-V DC power used for fan connection
J8 Unsupported
J9 60-pin connector for DLP Light Control Display board
J10 Connector for 19-V external power supply interface
J11 Header for voltage level selection for Trigger-in/out (Install jumper to receive
output signal this is not included with the EVM )
J12 Header for remaining DLPC3478 test points (not installed by default)
J13 Connector for Mini-USB cable
J14 Connector for the I2C interface (DevaSys box) (not installed by default)
Table 4. Installed Push Buttons and Switch on Main Board
INSTALLED SWITCHES/PUSH BUTTONS DESCRIPTION
SW1 Projector ON/OFF switch
PB-UP1
Source selection
• First press: TPG
• Second press: HDMI input
• Third press: Splash screen
PB-SEL1 Cycle through displaying 7 curtain colors
PB-DOWN1 Flip image N/S or E/W
PB_LEFT1 Cycle 9 different TPG patterns after TPG source selected Cycle 4 different splash screens after splash source selected
Change of volume when HDMI input is selected
PB_RIGHT1 Change LED current total 7 steps
Change of volume when HDMI input is selected
7.2 Connectors on DLP3010 Light Control Display Board
Table 5. Installed Connectors on the DLP3010 Light Control Display Board
INSTALLED CONNECTORS/HEADERS DESCRIPTION
J1 Connector for the DMD flex cable
J2 Connector for LED cable
J3 Connector for selecting 3DR signal usage (Display or Light Control)
J4 Connector for Trigger-in and Triger-out for Light Control Application
J5 60-pin connector for DLP Light Control Display board

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7.3 DLP3010 Light Control Trigger Description
(1) Install Jumper J11 to set Trigger IN/OUT voltage on the EVM (Jumper is not included by default). For 3.3-V signal level: Connect
pin 2 and p 3 of J11. For 1.8-V signal level : Connect pin 1 and pin 2 of J11.
(2) See IMPORTANT note below.
Table 6. DLP3010 Light Control Trigger Description (1)
DLPC3478
PIN J4 PIN CONNECTOR I/O FUNCTION
NO. DESC
3DR 5 3DR_BF Input
For light control applications: Reserved for external trigger signal (Input).
Applicable to Internal Pattern Streaming Mode only.
The 3DR pin on the DLPC3478 can be used as a 3D left or right
reference indicator or as trigger input signal for light control application. A
jumper on J3 has to be installed to determine the use case for this pin.
For display application: Connect pin 1 and pin 2 of J3.
For light control application: Connect pin 2 and pin 3 of J3.
TSTPT_4(2) 7 TSTPT_4_BF Output TRIG_OUT_1 signal.
GPIO_06 3 GPIO_6_BF Output Pattern Ready signal. Applicable to Internal Pattern Streaming Mode only.
GPIO_07 4 GPIO_7_BF Output TRIG_OUT_2_signal.
IMPORTANT: .
The Rev A Display Boards use a level shifter which changes the incoming signal level to
1.8 V. The correct voltage level for the DLP controller is 3.3 V. If EVM does not detect the
input signal correctly, modify the placement of resistors R32 and R35.
• Rotate R35 to disconnect pull-up resistor from the 1.8-V supply.
• Connect free end of R35 to 3.3 V. The 3.3-V connection at R32 can be used.

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DLP3010 Light Control EVM User’s Guide
8 EVM Setup
The DLP3010 Light Control EVM is composed of three parts:
• DLP3010 Light Control main board
• DLP3010 Light Control display board
• Engine with LED connection and flex cable
The main board contains the connector for the power supply, a USB connector to communicate to the
DLP3010 Light Control GUI, HDMI, audio, and the connector for the DLP3010 Light Control display board.
The main board also contains a switch to turn on the projector in case the DLP3010 Light Control display
board and the engine are connected. Figure 5 shows the main connectors on the main board.
Figure 5. DLP3010 Light Control Main Board
The DLP3010 Light Control Display board has three main connectors: The LED connector, the flex cable
connector, and the main board connector. The main and display board connect together via J5 and J9.
Note that the main board connector J5 on the DLP3010 Light Control Display board is on the bottom,
while the LED and flex cable connectors are on the top as shown in Figure 6.

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Figure 6. DLP3010 Light Control Connections
The LED adapter board connects the three LEDs with the LED connector on the DLP3010 Light Control
Display board. The different connectors for each LED are named on the board as well as on the light
engine. Refer to Figure 7 to see the proper setup. The LEDs are connected accordingly to the LED
datasheet specification.
Ensure a good connection of the flex cable to the DLP Light Control Display board before turning it on.
Figure 7. LED Connection
Figure 8 shows the final setup of all parts.

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Figure 8. DLP3010 Light Control Complete EVM
Ensure that everything is set up correctly before continuing. Verify that the flex cable is connected
correctly to the DLP3010 Light Control Display board.

Revision History www.ti.com
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Revision History
Revision History
NOTE: Page numbers for previous revisions may differ from page numbers in the current version.
Changes from A Revision (October 2018) to B Revision ............................................................................................... Page
• Added pin mapping option description to Section 5 .................................................................................. 5
Changes from Original (July 2018) to A Revision ........................................................................................................... Page
• Updated description of Step 1 and Step 6 in Section 6 ............................................................................. 6
• Changed J10 connector description from "5-V" to "19-V" in Table 3............................................................... 7
• Added note for regarding board modification.......................................................................................... 8

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