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©2019 Integrated Device Technology, Inc.

June 17, 2019

VersaClock

®

 6E – 5P49V6965 and 5P49V6975 Programmer Board User Guide

Figure 12.  5P49V6965/6975 Programmer Board Schematics – page 2

 

R13

402_1%

1

2

U3

LM317LBD

VIN

1

VOUT_2

2

VOUT_3

3

Adjust

4

NC_8

8

VOUT_7

7

VOUT_6

6

NC_5

5

XTIN

VCC2232_3V

C10

10uF

C3

0.1uF

1

2

R6

1.5K

1

2

R1

680

1

2

L1

600 ohm 500mA

C2

0.1uF

1

2

USB_5V

USB_PWR

LD1

Green

3V3_USB

C7

33pF

1

2

SEL1_SDA

C5

0.1uF

1

2

XTOUT

R12

10K

1

2

USB_5V

C4

10uF

1

2

U1

USB_A

VBUS

1

D+

3

GND

4

D-

2

3V3_USB

SEL0_SCL

R7

10

1

2

C1

10nF

1

2

R2

470

1

2

R11

243_1%

1

2

R9

100

1

2

R3

27

1

2

VCC2232

C8

33pF

1

2

R5

27

1

2

R10

10K

1

2

3V3_USB

X1
ABMM-6.000MHZ-B2-T (5x7mm)

1

3

2

4

XOY

Connect C7 between crystal pads 1 and 4.
Connect C8 between crystal pads 2 and 3.
Use 1 via to connect to the ground plane.

U2

f t2232_chip

EESK

1

EEDATA

2

VC

C

3

RESET#

4

RSTOUT#

5

3V3OUT

6

USBDP

7

USBDM

8

GN

D

9

SI/WUA

10

GPIOH3

11

GPIOH2

12

GPIOH1

13

V

CCIO

A

14

GPIOH0

15

GPIOL3

16

GPIOL2

17

GN

D

18

GPIOL1

19

GPIOL0

20

TMS/CS

21

TDO/DI

22

TDI/DO

23

TCK/SK

24

GN

D

25

SI/WUB

26

UNUSED11

27

UNUSED10

28

UNUSED9

29

UNUSED8

30

V

CCIO

B

31

UNUSED7

32

UNUSED6

33

GN

D

34

UNUSED5

35

UNUSED4

36

UNUSED3

37

UNUSED2

38

UNUSED1

39

UNUSED0

40

PWREN#

41

VC

C

42

XTIN

43

XTOUT

44

AGN

D

45

AV

C

C

46

TEST

47

EECS

48

C9

0.1uF

1

2

GND

R4

10

1

2

C6

0.047uF

1

2

R8

10K

1

2

VCC2232

Summary of Contents for VersaClock 6E 5P49V6965

Page 1: ...on board USB interface the IDT Timing Commander GUI can be used to communicate with the VersaClock 6E device in the socket for configuration and programming of its OTP memory Board Overview Use Figure...

Page 2: ...o use Timing Commander to communicate to the chip jumpers need to be placed between the center and bottom pins as in Figure 3 Table 1 5P49V6965 5P49V6975 Programmer Board Pins and Functions Label Numb...

Page 3: ...0 is selected The upper pins in JP14 and JP16 are pulled up to VDD so when placing jumpers as in Figure 4 the SEL0 and SEL1 pins are pulled up Placing the jumpers as in Figure 4 selects configuration...

Page 4: ...5 JP12 and JP13 Jumpers J1 and JP17 Functionality The programmer board has a 25MHz crystal assembled for use with the 5P49V6965 This 25MHz crystal is the default and recommended crystal To use the 25...

Page 5: ...ith the device Having a jumper installed on JP1 selects the Hardware Select Mode for selecting a pre programmed configuration with the SEL0 and SEL1 jumpers Figure 7 JP1 Jumper and JP5 Pins JP7 JP9 JP...

Page 6: ...can be removed to gain control of the VDDO pins A jumper can be placed to connect to the on board 3 3V regulator Remove the jumper and connect the upper pin to an external power supply in case a diff...

Page 7: ...n the device in the socket In the same screen browse for the VersaClock 6E personality file by clicking on the button at the bottom right 6 Connect to the device by clicking on the microchip icon loca...

Page 8: ...LK4 U4 5P49V6965 CLKIN 1 CLKINB 2 XOUT 3 XIN REF 4 VDDA 5 CLKSEL 6 SD OE 7 SEL1 SDA 8 SEL0 SCL 9 VDDO4 10 OUT4 11 OUT4B 12 OUT3B 13 OUT3 14 VDDO3 15 OUT2B 16 OUT2 17 VDDO2 18 OUT1B 19 OUT1 20 VDDO1 21...

Page 9: ...R9 100 1 2 R3 27 1 2 VCC2232 C8 33pF 1 2 R5 27 1 2 R10 10K 1 2 3V3_USB X1 ABMM 6 000MHZ B2 T 5x7mm 1 3 2 4 XOY Connect C7 between crystal pads 1 and 4 Connect C8 between crystal pads 2 and 3 Use 1 via...

Page 10: ...es where the failure or malfunction of an IDT product can be rea sonably expected to significantly affect the health or safety of users Anyone using an IDT product in such a manner does so at their ow...

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