Texas Instruments HVL038 User manual

Texas Instruments

HVL038 Test Procedure

Rev A

02/27/13

1General

1.1 PURPOSE

To provide detailed instructions for testing the HVL038A modules.

1.2 SCOPE

Covers complete instructions for testing the HVL038A.

1.3 REFERENCE DOCUMENTATION

Schematic HVL038A_sch.pdf

Assembly HVL038A_pcb.pdf

1.4 MATERIALS

None

1.5 DEFINITIONS

DUT Device Under Test

2SAFETY

2.1 Safety Glasses are to be worn.

2.2 This test must be performed by qualified personnel trained in electronics theory and understand the risks

and hazards of the assembly to be tested.

2.3 ESD precautions must be followed while handling electronic assemblies while performing this test.

2.4 Precautions should be observed to avoid touching areas of the assembly that may get hot or present a

shock hazard during testing.

3QUALITY

3.1 None

4APPAREL

Appropriate apparel must be worn during this test to ensure the safety of the operator as well as the safety of

the UUT. Example of appropriate apparel includes safety glasses, ESD smock, etc.

5EQUIPMENT

The following equipment is needed to complete this test procedure

5.1 Power Supplies

A Single output power source capable of supplying 3.3V @ atleast 1A.

5.2 Meters

One DC Volt meter required

5.3 Wire for connecting points on board

Two single wires capable of inserting into female header and clipping to a test point.

6EQUIPMENT SETUP

6.1 DUT

Remove the DUT from the socket before applying the power supply and place in separate ESD bag. Having

the DUT in place while testing may cause damage.

6.2 Input Supply

Set the Power Supply to 3.3 V. Set current limit to 1 Amps. Connect the input power supply negative lead to J1

pin 2 (black banana plug) and the input power supply positive lead to pin1 of J1 (red banana plug connection).

6.3 Meter

The voltmeter is used to measure the output voltage of the external circuitry to the DUT. Turn on the multimeter

and set the input for DC voltage

6.4 Setup the MSP430 software

1. Download Code Composer Studio from here.

2. Unzip the TCA8424_API folder into your workspace folder and open this project in Code composer.

3. With the Launchpad unplugged, Configure the headers on the Launchpand to match the yellow box

in the below image:

i. The right 3 headers are vertical and the left 2 are horizontal

4. With the launchpad still unplugged remove the rightmost jumper on the J5 header to match the

yellow box below:

5. Connect the Launchpad to your computer with a USB to mini cable. A green LED and a red LED

should be on as shown below:

6. With the TCA8424_API project active, open the debugger and then press run

a. The launchpad is now running the firmware necessary to interact with the GUI.

If the launchpad is running and VCC is not connected the I2C communication will fail. You must pause

the debugger, reset the cpu and then press “play” again.

6.5 Setup the GUI

1. Extract the “TCA8424 GUI.zip” contents to the destination folder of your choice.

2. Double click the setup.exe folder that was extracted in the previous step.

3. The following window will pop up. Click “Install”

4. After finishing the GUI will Open up and look like this:

5. To open the GUI in the future simply double click on the “TCA8424 G.application” file that was unzipped

in step 1.

6. Selecting the correct COM port (for section 7.8)

a. Connect the MSP430 launchpad to the EVM as shown below

i. Connection point is under the board

b. Connect the launchpad to your PC.

c. Open up the device manager on your PC and find which of the COM ports is associated with the

launchpad

a. In my case the com port is COM15 as shown in the below image:

7PROCEDURE

7.1.0 Check Continuity

Ensure there is nothing connected to the EVM.

Remove the jumper from P16. Check continuity between pin 1 of header P9 and Pin1 of J1 (Red VCC

connection) with the multimeter. Test passes if there is no continuity.

Keep Jumper removed for the rest of testing.

7.2.0 Test Voltage

Connect the negative lead of the multimeter to J2 or one of the four GND headers (P3, P4, P5, P6).

Connect the positive lead to test point P11. Test passes if Voltage measured is between 0 V and 0.2 V.

7.3.0 Test Voltage 2

Apply 3.3 V from the same power supply powering the board to Pin 8 of header P9(indicated below).

Connect the negative lead of the multimeter to J2 or one of the four GND headers (P3, P4, P5, P6).

Connect the positive lead to pin 4 of U3. Test passes if Voltage measured is between 6.7V and 7.3 V.

Keep the 3.3 V applied to Pin8 of header P9.

7.4.0 Test Voltage 3

Without removing the 3.3 applied to Pin8, connect the negative lead of the multimeter to J2 or one of

the four GND headers (P3, P4, P5, P6). Connect the positive lead to test point P11. Test passes if

Voltage measured is between 0 V and 0.2 V.

Keep the 3.3 V applied to Pin8 of header P9.

7.5.0 Test Voltage 4

Without removing the 3.3 applied to Pin8, apply 3.3 V from the same power supply powering the board

to pin7 of P9(indicated below).

Connect the negative lead of the multimeter to J2 or one of the four GND headers (P3, P4, P5, P6).

Connect the positive lead to test point P11. Test passes if Voltage measured is between 6.7 V and 7.3

Remove the 3.3 V applied to pin8 and pin9.

7.6.0 Test Voltage 5

Connect Pin6 of header P9 to Ground. Connect the negative lead of the multimeter to J2 or one of the

four GND headers (P3, P4, P5, P6). Connect the positive lead to test point P11. Test passes if Voltage

measured is between 1.8 V and 2.4V.

Remove the connection from Pin6 of P9 to Ground.

7.7.0 Check Resistance

Remove all connections to the EVM. Set the multimeter to measure resistance. Place the negative

probe of the multimeter on one pin of R17. Place the positive probe on the other pin of R17. Test

passes if Resistance is between 1.0 kohm and 1.5 kohm.

Repeat Test for R18and R19.

7.8.0 Setup for functionality

Install jumpers on the following headers: P12, P13, P14, P15. Ensure no jumper is installed on P16.

Connect the MSP430 launchpad to the board by inserting J1 of the launchpad into P9 of the EVM and

J2 of the launchpad into P8 ensuring that pin 1 of J1 matches pin 1 of P9 and pin 1 of J2 is inserted into

pin 1 of P8.

Attached the Ground of the power supply to Pin2 of J1 and 3.3 V from the power supply to Pin1 of J1.

Connect the Launchpad to your PC using a USB to USB-A cable. Launch Code composer. Launch the

TCA8424 API project debugger. Press the “play” button.

Open the Application GUI.

DO NOT CLICK ANY BUTTON UNLESS SPECIFICALLY INSTRUCTED.

Under the Select Port there is a drop down menu box which will be blank on startup by default as

shown below:

Click on this box and a list of COM ports will pop up. Select the COM port that is associated with the

launchpad which was identified in step section 6.5 Step 6-c.

a. In my case this will again be COM 15 again

No Pass or fail for this section.

7.9.0 Functionality Testing

Click on the 4 LED buttons so the GUI matches the image below with respect to the red box.

After inputting the LED values to be set click on the “SET Report” button and the LEDs on board will

turn on.

Test Passes if LED’s turn on.

If LED’s do not turn on follow the following steps:

Step1: In the code composer studio ensure the program is running. If it was not running Proceed to

Step 3 else proceed to step 2.

Step 2. Press the pause button.

Step 3. Press the reset CPU button

Step 4. Press the Play button

After completing these four steps return to the beginning of section 7.9.0

8EQUIPMENT SHUTDOWN

Disconnect the Launchpad from the PC before disconnecting the Power supply from the EVM.

9Final Jumper locations after Test

Jumpers should be installed according to the following table.

Reference Designator

Installed (Y/N)

P12

Yes

P13

Yes

P14

Yes

P15

Yes

P16

10 MATERIAL DISPOSITION & TRANSFER

10.1.0 Conforming Material

Units that have passed this test procedure shall be packaged into anti-static ESD approved bags, labeled with

the labels according to the table below, and shipped per the P.O.

Label 1

Assembly Number+Dash Number if

Applicable

Label 2

IC Number

HVL038A

TCA8424RHAR

IMPORTANT NOTICE AND DISCLAIMER

TI PROVIDES TECHNICAL AND RELIABILITY DATA (INCLUDING DATA SHEETS), DESIGN RESOURCES (INCLUDING REFERENCE

DESIGNS), APPLICATION OR OTHER DESIGN ADVICE, WEB TOOLS, SAFETY INFORMATION, AND OTHER RESOURCES “AS IS”

AND WITH ALL FAULTS, AND DISCLAIMS ALL WARRANTIES, EXPRESS AND IMPLIED, INCLUDING WITHOUT LIMITATION ANY

IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NON-INFRINGEMENT OF THIRD

PARTY INTELLECTUAL PROPERTY RIGHTS.

These resources are intended for skilled developers designing with TI products. You are solely responsible for (1) selecting the appropriate

TI products for your application, (2) designing, validating and testing your application, and (3) ensuring your application meets applicable

standards, and any other safety, security, regulatory or other requirements.

These resources are subject to change without notice. TI grants you permission to use these resources only for development of an

application that uses the TI products described in the resource. Other reproduction and display of these resources is prohibited. No license

is granted to any other TI intellectual property right or to any third party intellectual property right. TI disclaims responsibility for, and you

will fully indemnify TI and its representatives against, any claims, damages, costs, losses, and liabilities arising out of your use of these

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TI’s products are provided subject to TI’s Terms of Sale or other applicable terms available either on ti.com or provided in conjunction with

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