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UG-161 

Evaluation Board User Guide

 

Rev. 0 | Page 6 of 12 

FRACTIONAL-N SOFTWARE DESCRIPTION 

The Fractional-N software is provided on the CD-ROM included 
in the evaluation board package.  

Installing the Software 

To load the software, open the 

Fractional-N Software

 folder, 

double-click 

setup.exe

, and then follow the on-screen instructions 

from the installation wizard. The software is installed into the 
default directory 

C:\Program Files\Analog Devices\ADF_Frac\

.  

Running the Software 

To run the software,  

1.

 

Ensure that the evaluation board is turned on and that the 
interface cable is connected. 

2.

 

From the 

C:\Program Files\Analog Devices\ADF_Frac\

 

directory, double-click 

ADF_Frac_Revx.exe

3.

 

A dialog box appears asking which device is to be evaluated. 
Select the appropriate device, and click 

OK

. The 

Analog 

Devices Evaluation Software

 window appears (see Figure 6).  

4.

 

Click 

RF VCO Output Frequency

, and the 

Output 

Frequency

 window appears. Type the RF output frequency, 

PFD frequency, reference frequency, and channel spacing 
into the appropriate boxes, and click 

Update RO and R1

 

and then 

Exit

5.

 

Click 

RF

 

Charge Pump Current Setting

, and the 

Current 

Setting

 window appears. Set the charge pump current setting 

to the value used for the loop filter, and click 

OK

6.

 

Click 

RF PD Polarity

 to set the RF PD polarity bit. 

7.

 

Click 

Update all RF Registers

The data is then set up, and other features can be examined. 

 

09

14

6-

0

08

 

Figure 6. Analog Devices Evaluation Software Window 

www.BDTIC.com/ADI

Summary of Contents for EVAL-ADF411xEBZ1

Page 1: ...RIPTION The EVAL ADF411xEBZ1 evaluation board is designed to evaluate the performance of the ADF4110 ADF4111 ADF4116 ADF4117 and ADF4107 frequency synthesizers for phase locked loops PLLs Figure 1 is the functional block diagram of the board and shows the frequency synthesizer a PC connector and an SMA connector for the reference input the power supplies and an RF output There are also footprints ...

Page 2: ...l Block Diagram 1 Revision History 2 Evaluation Board Hardware 3 Hardware Description 3 Loop Design 3 Evaluation Board Software 5 Integer N Software Description 5 Fractional N Software Description 6 Evaluation Board Schematics 7 Bill of Materials 9 REVISION HISTORY 8 11 Revision 0 Initial Version www BDTIC com ADI ...

Page 3: ... provides the necessary reference input The PLL comprises the frequency synthesizer the passive loop filter and the VCO The output is available at RFOUT through a standard SMA connector A different reference input and different power supplies than those included with the evaluation board package can be used if desired In this case insert SMA connectors as shown in the silkscreen Figure 2 and the c...

Page 4: ...er Guide Rev 0 Page 4 of 12 09146 006 OSCILLOSCOPE SPECTRUM ANALYZER PC CONNECTOR 9V BATTERY ADF411x EVAL ADF411xEBZ1 MUXOUT RFOUT POWER SWITCH ON OFF PC VCO TCXO SMA SOCKET SMA SOCKET Figure 4 Evaluation Setup www BDTIC com ADI ...

Page 5: ...ard The software is installed into the default directory C Program Files Analog Devices ADF_Rev3 x 5 Click RF VCO Output Frequency and the Output Frequency window appears Type the RF output frequency and PFD reference frequency into the appropriate boxes and click OK Using the Software 6 Click RF Charge Pump Current Setting 2 or RF Charge Pump Current Setting 1 and the Current Setting window appea...

Page 6: ..._Frac directory double click ADF_Frac_Revx exe 3 A dialog box appears asking which device is to be evaluated Select the appropriate device and click OK The Analog Devices Evaluation Software window appears see Figure 6 4 Click RF VCO Output Frequency and the Output Frequency window appears Type the RF output frequency PFD frequency reference frequency and channel spacing into the appropriate boxes...

Page 7: ...Evaluation Board User Guide UG 161 Rev 0 Page 7 of 12 EVALUATION BOARD SCHEMATICS 09146 004 Figure 7 Evaluation Board Circuit Diagram Page 1 www BDTIC com ADI ...

Page 8: ...UG 161 Evaluation Board User Guide Rev 0 Page 8 of 12 09146 005 Figure 8 Evaluation Board Circuit Diagram Page 2 www BDTIC com ADI ...

Page 9: ...46 Yes Yes C22 Capacitor 4 7 μF 10 V CAP TAJ_A FEC 498 658 Yes Yes C23 Capacitor 1 μF CAP TAJ_A FEC 498 701 Yes Yes C24 Capacitor 10 nF 0603 FEC 499 146 Yes Yes C25 Capacitor 4 7 μF 10 V CAP TAJ_A FEC 498 658 Yes Yes D1 LED Green LED FEC 657 141 No No D2 Diode DO35 FEC 365 117 No Yes D3 SD103C 6 2 V DO35 SD103C No Yes D4 LED Red LED FEC 657 130 No Yes J1 CON DB9HM DB9 HM FEC 150 750 No Yes J2 SMA ...

Page 10: ...es R20 Resistor 330 kΩ 0603 FEC 911 537 Yes Yes R21 Resistor 4 7 kΩ 0805 FEC 911 318 Yes Yes S1 SW_POWER SW_SIP 3P FEC 150 559 No Yes T1 Test point TESTPOINT FEC 240 345 No Yes T2 Test point TESTPOINT FEC 240 345 No Yes T3 Test point TESTPOINT FEC 240 345 No Yes T4 Test point TESTPOINT FEC 240 345 No Yes T5 Test point TESTPOINT FEC 240 345 No Yes T6 Test point TESTPOINT FEC 240 345 No Yes T7 Test ...

Page 11: ...Evaluation Board User Guide UG 161 Rev 0 Page 11 of 12 NOTES www BDTIC com ADI ...

Page 12: ...for any reason Upon discontinuation of use of the Evaluation Board or termination of this Agreement Customer agrees to promptly return the Evaluation Board to ADI ADDITIONAL RESTRICTIONS Customer may not disassemble decompile or reverse engineer chips on the Evaluation Board Customer shall inform ADI of any occurred damages or any modifications or alterations it makes to the Evaluation Board inclu...

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