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AD9510/PCB 

 

Rev. 0 | Page 26 of 28 

 

 

05632-033

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28

P

D

5/F

D

13

P

D

6/F

D

14

P

D

7/F

D

15

GND1

CLKOUT

V

CC1

GND2

RDY

0/S

L

RD

RDY

1/S

L

W

R

AV

CC

XTA

L

OU

T

XTA

L

IN

AGND

V

CC2

DP

LUS

DMINUS

GND3

V

CC3

GND

IFCLK

R

ESER

VED

SC

L

SD

A

PB

0

/FD

0

PB

1

/FD

1

PB

2

/FD

2

PB

3

/FD

3

V

CC4

56

55

54

29

53

52

51

50

49

48

47

46

45

44

43

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40

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38

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30

P

D

4/F

D

12

P

D

3/F

D

11

P

D

2/F

D

10

PD

1

/FD

9

PD

0

/FD

8

W

AKE

UP

V

CC7

R

ESET

GND6

PA7

/FLAGD/SLCS

PA

6

/PK

TEN

D

P

A

5/FIFOADR1

P

A

4/FIFOADR0

PA

3

/WU

2

PA

2

/SLOE

P

A

1/INT1

P

A

0/INT0

CTL2

/FLAGC

CTL1

/FLAGB

CTL0

/FLAGA

GND5

V

CC5

GND4

PB

6

/FD

6

PB

5

/FD

5

PB

4

/FD

4

VC

C

6

PB

7

/FD

7

U4

CY

7C68013

US

BI/O

GND

V

CC_US

B

GND

SC

LK

_

U

V

CC_US

B

US

B_S

T

ATUS

CS

B_U

FUNCTIONAL_U

V

C

C_US

B

GND

V

C

C_US

B

GND

GND

GND

12

X3

24MHz

C109

22p

F

C108

22p

F

GND

TP

W1

4

GND

V

C

C_US

B

GND

V

C

C_US

B

GND

GND

GND

R21

1M

Ω

C18

4700p

F

1

2

3

4

5

6

VB

U

S

VB

U

S

D–

D+

GND

SH

IE

LD

SH

IE

LD

1

U10

US

B_HDR

SD

O

SD

IO

V

C

C_US

B

W2

9

R45

2.2k

Ω

R44

2.2k

Ω

V

CC_US

B

V

CC_US

B

GND

W4

8

7

6

5

VC

C

NC4

SC

L

SC

A

1

2

3

4

NC1

NC2

NC3

VSS

U13

24L

C00

V

CC_US

B

4

V

C

C_US

B

3

AV

DD

2

GND

1

DV

DD

D

U

T

 POW

E

R

 SU

PPLY

V

BUS

GND

R30

800

Ω

CR2

US

B_S

T

ATUS

GND

R18

300

Ω

CR1

U16

1

2

74L

V

C

14A

U16

3

4

74L

V

C

14A

GND

V

CC_US

B

W1

GND

R63

10k

Ω

AV

DD

R62

10k

Ω

S

T

ATUS

V

CC_US

B

GND

R22

100k

Ω

C20

10

μ

F

V

CC_US

B

GND

R17

100k

Ω

C15

1

μ

F

OSC

 POW

E

R

 SU

PPLY

V_

OSC

/VC

P

J21

J26

SC

LK

_

U

SC

LK

CS

B

FUNCTION

1

19

9

OE1

OE2

A7

8

7

6

5

A6

A5

A4

A3

4

A2

3

2

A1

A0

16

Y2

17

18

Y1

Y0

V

C

C_US

B : 20

GND : 1

0

11

P2

P4

74L

V

C

541A

Y7

12

13

14

15

Y6

Y5

Y4

Y3

I/O BUFFER

U12

W3

GND

V

CC_US

B

SC

LK

SD

IO

SC

LK

_

U

FUNCTION

CS

B_U

FUNCTION_

U

CS

B

SD

O

STA

T

U

S

1

3

5

7

P1

P3

P5

P7

9

11

13

15

P9

P1

1

P1

3

P1

5

17

P1

7

19

21

23

25

P1

9

P2

1

P2

3

P2

5

18

P1

8

20

22

24

26

P2

0

P2

2

P2

4

P2

6

GND

2

4

6

8

P2

P4

P6

P8

10

12

14

16

P1

0

P1

2

P1

4

P1

6

I/O HE

ADE

R

U1

C45

0.1

μ

F

C40

0.1

μ

F

C38

0.1

μ

F

C39

0.1

μ

F

C37

0.1

μ

F

C35

0.1

μ

F

C36

0.1

μ

F

C88

0.1

μ

F

C33

0.1

μ

F

C34

0.1

μ

F

C44

0.1

μ

F

V

CC_US

B

GND

US

B BY

P

A

S

S

 CAP

ACITORS

R64

0

Ω

TB2

CS

B_U

FUNCTION_U

C19

2.2

μ

F

V

CC_US

B

GND

C57

10

μ

F

DV

DD

GND

C54

10

μ

F

AV

DD

GND

C52

10

μ

F

V

CC_US

B

GND

C134

10

μ

F

V_

OSC

/VC

P

GND

++

+

+

 

Figure 33. AD9510 Evaluation Board Schematic, Page 2 

 

 

 

Содержание AD9510

Страница 1: ...programmable functions To use the evaluation board properly see the current data sheet for the AD9510 on the Analog Devices website You can download the data sheet from www analog com AD9510 Note that...

Страница 2: ...p the Evaluation Board 4 Power Supplies 4 USB and PC vs Manual Control 4 Clock Inputs 4 Phase Locked Loop PLL 5 Clock Outputs 6 Evaluation Board Software Installation 7 Connecting the USB 7 Using the...

Страница 3: ...higher recommended Disk Space 6 MB or more I O Port USB port HARDWARE NEEDS Before using the AD9510 evaluation board take a moment to verify that you have the following hardware Power Supplies The AD...

Страница 4: ...jumpers in place the board is configured for PC control through the USB connection This is the default configuration for the AD9510 evaluation board Configuring the Evaluation Board for Manual Control...

Страница 5: ...9510 evaluation board for use with an on board VCO the first step is to populate the VCO and VCO charge pump filter on the bottom of the board Just as with the charge pump filter for the VCXO the VCO...

Страница 6: ...rue and the complementary to VDD through a 127 resistor and to GND through an 83 resistor Additionally the trace is not ac coupled so that there is a 0 resistor in series with each trace where the ac...

Страница 7: ...software Note Do not connect the evaluation board to the computer until after the software installation has been completed 1 Log on with administrative privileges 2 Uninstall any previous version of t...

Страница 8: ...re 4 click Finish 05632 004 Figure 4 6 The pop up window in Figure 5 appears next 05632 005 Figure 5 After the pop up window in Figure 5 has disappeared you should notice that the USB Status LED on th...

Страница 9: ...tion board 2 Connect the evaluation board to the computer using a USB cable 3 When the USB cable is connected the window in Figure 6 appears Click Next to continue 05632 006 Figure 6 4 When the window...

Страница 10: ...AD9510 PCB Rev 0 Page 10 of 28 5 Click Finish when the window in Figure 8 appears 05632 008 Figure 8 6 Click Next when the window in Figure 9 appears 05632 009 Figure 9...

Страница 11: ...e Anyway 05632 010 Figure 10 8 Click Finish when the window in Figure 11 appears 05632 011 Figure 11 After the screen in Figure 11 disappears you should notice that the USB Status LED on the evaluatio...

Страница 12: ...is powered up connected to the computer and that the red status LED is flashing Then follow these instructions 1 Click on the Start button and select Programs 2 Select AD9510 Eval Software and then A...

Страница 13: ...val Software From here you may choose the desired setup The AD9510 is shipped with a setup configuration file to configure the AD9510 to run with the default VCXO and PLL configuration This configurat...

Страница 14: ...ck divider a phase frequency detector and charge pump All are represented as list boxes in the PLL section Figure 16 of the main interface window of the software Additionally the PLL section includes...

Страница 15: ...are changed the N counter value automatically updates This value is equal to the N divide value for the PLL A COUNTER B COUNTER BYPASS AND RESET PRESCALER 05632 018 Figure 18 N Divider Window In addi...

Страница 16: ...n any of these settings please refer to the AD9510 data sheet Charge Pump Settings Window The charge pump settings window Figure 20 allows you to select one of four different charge pump modes tri sta...

Страница 17: ...west charge pump current setting and the charge pump current increment The CP Rset value defaults to 5 1 k which is how the AD9510 evaluation board is shipped If you want to change this value the soft...

Страница 18: ...message is not given however all calculations based on the entered value are invalid CLOCK INPUT POWER DOWN CLOCK INPUT TO PLL DRIVER CLOCK INPUT SELECT MUX FREQUENCY INPUT BOXES 05632 023 Figure 23...

Страница 19: ...ontrol settings the output level and power down settings 05632 025 Figure 25 Clock Distribution Section Main Interface Window The output frequency of the eight outputs is calculated from the divider s...

Страница 20: ...cles depending on the duty cycle chosen When programming the part manually remember that the number of high or low clock cycles is the value programmed plus one The phase offset allows you to shift th...

Страница 21: ...imentary output driver POWER DOWN LVDS CMOS LOGIC SELECT CMOS COMPLIMENTARY OUTPUT DRIVER OUTPUT LEVEL SELECTION 05632 027 Figure 27 Output Settings Windows Each of the drivers has four output levels...

Страница 22: ...owerdown_B which are accessible from the drop down menu under Function Pin Control They are activated by toggling the function pin button The function pin command button sets the input to function pin...

Страница 23: ...must be set and then cleared This requires two separate load commands one to set the bit and one to clear the bit While the bit is set all of the outputs are frozen in a high or low state The high or...

Страница 24: ...command is automatically given when load is pressed The load all registers check box lets you select whether to load only the changed registers or to load the entire register map If the load all regis...

Страница 25: ...D 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 VCC_OUT4 OUT4 OUT4B VCC_OUT4_ VCC_OUT5 OUT5 OUT5B VCC_OUT5_ VCC_OUT6 OUT6 OUT6B VCC_OUT6_ VCC_OUT2 OUT2 OUT2B VCC_OUT2_ GND R57 83 DVDD R58 127 J1 OUT...

Страница 26: ...44 2 2k VCC_USB VCC_USB GND W4 8 7 6 5 VCC NC4 SCL SCA 1 2 3 4 NC1 NC2 NC3 VSS U13 24LC00 VCC_USB 4 VCC_USB 3 AVDD 2 GND 1 DVDD DUT POWER SUPPLY VBUS GND R30 800 CR2 USB_STATUS GND R18 300 CR1 U16 1 2...

Страница 27: ...2112T U8 VCXO_JLEAD R88 130 GND R10 82 V_OSC VCP R11 82 V_OSC VCP R89 130 GND CLK2_1 C131 0 1 F CLK2_2 C132 0 1 F GND GND GND GND GND GND GND 1 2 3 4 5 6 7 8 V_OSC VCP GND GND GND GND GND GND 16 15 14...

Страница 28: ...on circuitry permanent damage may occur on devices subjected to high energy electrostatic discharges Therefore proper ESD precautions are recommended to avoid performance degradation or loss of functi...

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