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Basic Test Procedure

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Table 1. Default ADS58C28/42xx EVM Rev B Jumper Setting for Serial

Interface

(1)

(continued)

Jumper

Default position

Function

JP5

Short 1 2

ADC CTRL3, normal operation

JP6

Short 1 2

ADC CTRL2, normal operation

JP7

Short 1 2

ADC CTRL1, normal operation

JP 18

Short 1 2

Ext Buffer

JP 23

Short 1 2

Ext Buffer

JP 24

Short 1 2

Ext Buffer

JP 25

Short 1 2

Ext Buffer

Table 2. Parallel interface with pin control of ADS58C28/42xx EVM Rev B

Jumper setting

Jumper

Position

Function

JP8

Short 1 2

ADC SCLK for

parallel control

JP9

Short 1 2

ADC SDATA for

parallel control

JP10

Short 1 2

ADC SEN for

parallel control

JP11

Short 1 2

ADC parallel control

2.3

Test Set-up connections

Connect ADS42xx/ADS58C28 EVM to TSW1200 EVM

Connect 5V power to banana jack at J10; connect ground to J12

Connect USB cable to programming computer at J17

Connect USB and power supply jack to TSW1200

Connect Clock signal through appropriate BPF to J19

Connect input signal through appropriate BPF to J6, J3

2.4

TSW1200 Quick start Operation

See the TSW1200 User’s Guide (

SLAU212

) for more detailed explanation of the TSW1200 set-up and

operation. This document assumes the TSW1200 software is installed and functioning properly. The front
panel of the TSW1200 is shown in

Figure 4

. The following configuration needs to be changed from the

default settings.

Jumper setting on TSW1200 board

Set J11 (2-3) High, J10 (1-2) Low for LVDS DDR data input (default)

Set J11 (2-1) Low, J10 (1-2) Low for 1-wire serial data input

Select ADS42xx device name from the TI ADC Selection pull-down menu

If this option is not available then download the latest ADS42xx.ini file from the product folder of the
TSW1200 at

www.ti.com

Place updated *.ini files in the TSW1200 product directory located at C:\Program Files\Texas
Instruments\TSW1200\ADC Files

Select Single Tone FFT from the Test pull-down menu

Select Data Capture Option>Capture Options>Two’s Complement Mode to set data format

Select the desired channel (i.e., Channel A or B) from the Channel Display pull-down menu

Change ADC sampling rate to desired value (i.e., 250 MHz or other)

Change input frequency to desired value (i.e. 170 MHz or other)

Press Ctrl-Shift-I to reset the software as needed

Verify status display in lower left has no errors

Press Capture button to initiate a data capture

6

ADS42xx EVM

SLAU333 – March 2011

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© 2011, Texas Instruments Incorporated

Summary of Contents for ADS42 EVM Series

Page 1: ...ults 8 3 Optional Configurations 8 3 1 THS4509 Input Op Amp Configuration 8 3 2 On Board CDC72010 Clock 9 3 3 Parallel CMOS Output 9 List of Figures 1 ADS58C28_ADS42xx_GUI Front Panel Top Level 3 2 AD...

Page 2: ...as two register tabs Top Level and Advanced The Top Level tab provides an interface to the most used registers The Advanced tab includes less used registers and provides an option to manually input ad...

Page 3: ...GUI to bring the advanced panel to the front On this panel user can write address and data of any register into the address data boxes as shown in Figure 2 45 is address and 4 is data Press Enter on t...

Page 4: ...y updated o Select Load Regs button o Double click on the desired register file o Click on Send All to ensure all of the values are loaded properly 1 2 4 Miscellaneous Settings Device Selection Select...

Page 5: ...Short 1 2 DC supply JP17 Short 2 3 DC supply LDO JP19 Short 2 3 DC supply LDO JP28 Short 2 3 DC supply LDO JP29 Short 2 3 DC supply LDO JP26 Open DC supply for ext buffer JP27 Open DC supply for ext...

Page 6: ...the TSW1200 set up and operation This document assumes the TSW1200 software is installed and functioning properly The front panel of the TSW1200 is shown in Figure 4 The following configuration needs...

Page 7: ...erator for this input to ensure proper device evaluation Connect input signal through an appropriate BPF at either J6 or J3 Channel A or B i e 170MHz Adjust frequency of generator to match the coheren...

Page 8: ...input are shown in Table 3 Table 3 Jumper Setting for Transformer Coupled or OPA Driven Input Jumpers or 0 Transformer Coupled Input default OPA Driven Input R119 Install Do not install R123 Install D...

Page 9: ...ault configuration see CDCE72010 data sheet SCAS858 for details about device default configuration With a 10MHz primary reference at J19 and a 983 04 MHz VCXO on board the CDC outputs a LVCMOS clock a...

Page 10: ...ct This notice contains important safety information about temperatures and voltages For additional information on TI s environmental and or safety programs please contact the TI application engineer...

Page 11: ...orized for use in safety critical applications such as life support where a failure of the TI product would reasonably be expected to cause severe personal injury or death unless officers of the parti...

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