ON Semiconductor NB3H63143G Manual Download Page 9

NB3x6x1xxG16QFNEVK

www.onsemi.com

9

Main Board Schematic

Figure 9. Main Board Schematic (1 of 3)

J16

SMDHeader 2

pin

1

2

VDD

R102

NP_1K

1

2

R104

1K

1

2

3V3_FT

+

U17B

5

6

7

8

4

3V3_FT

R122

1K

1

2

3V3_FT

R123

1K

1

2

3V3_FT

R124

1K

1

2

3V3_FT

R125

1K

1

2

SEL11

SEL11

SEL00

thick trace

R89

10K

1

2

InPin13

VDD

J36

SMDHeader 2

pin

1

2

TP27

1

J37

SMDHeader 2

pin

1

2

TP4

1

TP17

1

J2

3

SMA Jack, End Launch

CLK2

R77

82E

1%

1

2

thick trace

M1

C5

4pF_NP

1

2

VDD

R90

0E

1

2

R58

10K

1

2

Pin5

R84 0E

1

2

D8

LG L29K

F2J1

24

Z

R76

10K

1

2

VDD

R93

0E

1

2

Pin6

R87 0E

1

2

USB_5V

VDD

D5

LG L29K

F2J1

24

Z

D4

LG L29K

F2J1

24

Z

J20

SMDHeader 2

pin

1

2

R61

10K

1

2

VDD

R22

10K

1

2

R66

1K

1

2

PD#_PRE

R23

2.2K

1

2

R47

0E_NP

1

2

R27 0E_NP

1

2

J15

SMDHeader 2

pin

1

2

R92

0E

1

2

Pin15

C4

4pF_NP

1

2

R86 0E

1

2

REF

J9

SMA Jack, End Launch

CLK1_SMA

VDDO_1

R127

84E_NP

1

2

R128

125E_NP

1

2

No other signals should be close to Xtal and Xin/ XOUT. No GND

plane near Xtal and Xin/ XOUT.

Minimum trace

Minimum trace

VDD

D6

LG L29K

F2J1

24

Z

D7

LG L29K

F2J1

24

Z

D9

LB Q39G

L2N2

35

1

VDD

VDD

2P

C1

4pF_NP

1

2

J7

SMA Jack, End Launch

CLK0_SMA

REF

VDDO_1

R130

125E_NP

1

2

R129

84E_NP

1

2

M3

NTS2101P/ON

1P

2P

Q11 NTA4153NT1G

1

2

3

M4

Q12

NTA4153NT1G

1

2

3

Q13 NTA4153NT1G

1

2

3

Q15 NTA4153NT1G

1

2

3

XOUT

R5

0E

1

2

CLK0_SMA

R10

0E

1

2

CLK1_SMA

J26

1
2
3

SEL1

Testclk

sdata

sclk

GND_VDDO

SEL1

OE2

OE1

OE0

SEL0

InPin9

R8

0E_NP

1

2

InPin9

J2

1
2
3

VDD

Pin9_I/P

Pin16

J27

1
2
3

SEL0

J13

4 HEADER

1

2

3

4

Testdata

GUI_PD#

J12

4 HEADER

1

2

3

4

J8

4 HEADER

1

2

3

4

J21

4 HEADER




4

GND_VDDO

GND_VDDO

GND_VDDO

InPin10

R32

0E_NP

1

2

Place all resistors as close as possible to each connetion on U10. Keep trace lenght f

rom middle headers to SMA launch

smallest possible. Place U10 between CLK0 and CLK1 traces with equal length of individ

ual terminations on ports 1 and 2.

Pin10_I/P

VDD

J17

1
2
3

GND_VDDO

M1

M13 
M14 
M15 
M16

M6 
M5

M4

M3

M2

M11

M10

M9

M8 
M7

U11

S

2151

A

5

1

1

2

2

3

3

4

4

M12

REFERENCE

VDD

CLK1

CLK0

J31

SMA Jack, End Launch

CLKIN

VDD_EXT

3V3

1V8

2V5

VDD

R45

0E_NP

1

2

J30

1
2
3

Pin13_I/P

R136

10K

1

2

U12

S

2151

A

5

1

1

2

2

3

3

4

4

Note: Use_ 0.01uF_C2 and

C3_for_AC_coupling_only

R116 0E

1

2

1.8V

2P5

R117 0E

1

2

Overlay SMT pads 1, 2 on SMD pads 1 and 3.

Overlap 2

pin jumper and resistor. Place jumper

one pin on or near crystal.

VDD

EXT

2.5V

1V8

VDDO_0_EXT

Out1

R150

10K

1

2

VDDO_0

VDDO_0

Note: Default value of

R4,R3,R25,R30 for VDDO_1=3.3V

R85 0E

1

2

R91

0E

1

2

Q16 NTA4153NT1G

1

2

3

U13

S

2151

A

5

1

1

2

2

3

3

4

4

VDDO_1_EXT

1V8

2P5

VDD

PD#_PRE

R100

0E

1

2

U14

S

2151

A

5

1

1

2

2

3

3

4

4

R101

0E

1

2

2P5

Q17 NTA4153NT1G

1

2

3

VDDO_2_EXT

1V8

VDD

Close to DUT

pin1 and

connector pin 1

(M1).

VDDO_1

Pin16

VDDO_2

VDDO_2

LED when ON = Input High

LED when OFF = Input Low

R132_NP

0E

1

2

R133

0E_NP

1%

1

2

CLK0

Out0

R134

0E_NP

1%

1

2

R135_NP

0E

1

2

Out1

CLK1

R94

0E

1

2

R88 0E

1

2

Q14 NTA4153NT1G

1

2

3

Pin7

R

148

8.2K

EPAD must be

part of GND_VDDO

plane.

TP2_NP

VDDO_0

1

VDDO_0

TP5_NP

VDDO_1

1

C2

0.01uF_NP_Mount Resistor_0E

VDDO_1

R26 0E_NP

1

2

R24 0E

1

2

PD#

C3

0.01uF_NP_Mount Resistor_0E

M3

TP6_NP

VDDO_2

1

VDDO_2

R17 0E_NP

1

2

OE0

M2

NTS2101P/ON

R16 0E

1

2

M5

M1

NTS2101P/ON

R19 0E_NP

1

2

OE1

R15 0E

1

2

M6

J32

1
2
3

2A

2E

2D

2C

2B

VDDO_1

1C

R2

50E

1

2

R18 0E_NP

1

2

R21

50E

1

2

OE2

R14 0E

1

2

CML

VDDO_1

2C

M7

R60

0E_NP

1

2

CML

R62

50E

1

2

REF

1D

LVDS

2D

R59

50E

1

2

LVDS

VDDO_1

Mount 50E for

LVPECL (VTT)

NP for

LVPECL (VTT)

REF

R43 0E

1

2

R42 0E_NP

1

2

R4

84E

1

2

R3

125E

1

2

SEL1

R30

84E

1

2

LVPECL

M15

R25

125E

1

2

VDDO_1

R36

50E

1

2

NP for

LVPECL (VTT)

Mount 50E for

LVPECL (VTT)

LVPECL

REF

1B

LVPECL

HCSL

OTP_WR

2B

No Connection/ LVCMOS

No Connection/ LVCMOS

LVDS

CML

Q9A

NTLJD3115P

S1

1

G1

2

D1

6

R38 0E_NP

1

2

VDD

SEL0

Xin

R39 0E

1

2

M16

Xin

R37

50K

1

2

R1

50E

1

2

R44 0E_NP

1

2

GND_VDDO

1A

R46 0E

1

2

HCSL

HCSL

GND_VDDO

2A

R20

50E

1

2

M13

Out0

U2

NB3H63143G_NP

CLK0

9

CLK1

10

CLK2

13

XIN

1

XOUT

2

PD#

3

OE0

5

OE1

6

OE2

7

VDDO_0

8

VDDO_1

11

VDDO_2

14

VDD

12

GND

4

EPAD

17

SEL1

15

SEL0

16

R9

0E

1

2

R53

0E

1

2

R7

0E

1

2

TP26

1

VDD

Extclk

VDD

Pin5

VDD

Y2

SMD XTAL_NP

1

2

3

4

TP25

1

VDD

C43

18pF_NP

Y1

SMT XTAL_25MHz

1

2

C25

18pF_NP

Pin6

VDD

PD#_PRE

TP24

1

R79

10K

1

2

R80

10K

1

2

VDD

R81

10K

1

2

PD#

Pin7

VDD

M12

VDD

TP23

1

VDD

VDD

VDDO_2

M14

VDDO_0

M8

VDDO_1

M11

Pin15

R52

50E_NP

1

2

J29

1
2
3

PD#

J28

1
2
3

R40

50E

1

2

TP22

1

R149

0E

1

2

R50

50K

1

2

VDD

Q9B

S2

4

G2

5

D2

3

OE0

J33

SMDHeader 2

pin

1

2

REF

Xin

J25

1
2
3

3V3_FT

OE1

J24

1
2
3

R31

82E

1%

1

2

thick trace

OE2

OTP_WR

VDD

VDD

REF

J34

SMDHeader 2

pin

1

2

SEL00

Function Mode

Prog. Mode /

R13 0E_NP

1

2

R12 0E

1

2

CLK0

M9

R29 0E_NP

1

2

R28 0E

1

2

CLK1

”GUI_SEL_XIN” CONTROLS THE DEMUX TO CONNECT THE

DEVICE WITH PROGRAMMING SIGNALS FROM THE GUI. WHEN

SELECTED, ALL FTDI CONTOL PINS ARE CONNECTED TO

DEVICE, WHEN DE

SELECTED, DEVICE RESUMES THE

FUNCTION MODE.

M10

U16

SS

10

15SP

LE

IN_C1

1

A

2

B

3

C

4

D

5

E

6

IN_C2

7

NC

8

U15

SS

10

15SP

LE

IN_C1

1

A

2

B

3

C

4

D

5

E

6

IN_C2

7

NC

8

1E

1D

1C

1B

1A

LVDS

CML

LVPECL

HCSL

1P

TP29_NP

1

R51 0E_NP

1

2

XOUT

R

6

50E_NP

1

2

R49 0E

1

2

M1

R131 0E

1

2

Clkin

R11

50E_NP

1

2

TP30_NP

1

TP31_NP

1

TP32_NP

1

GUI_SEL_XIN

Connectors to mount daughtercards around the footprint

of NB3H63143G part footprint

USB_5V

GUI_SEL_XIN

SW1

SDA01H1SBD

1

2

SW2

SDA01H1SBD

1

2

U1

ADG3257BRQZ

1B1

2

1B2

3

2B1

5

2B2

6

3B1

11

3B2

10

4B1

14

4B2

13

1A

4

2A

7

3A

9

4A

12

VCC

16

GND

8

S

1

BE#

15

sdata

sclk

+

U17A

NCS2220A

3

2

1

8

4

SEL1

OE2

OE1

OE0

2.5V/3.3V

1.8V

PD#

SEL0

R

138

22K

R

137

22K

Q6

50C

02C

H

1

2

3

R

139

47K

Q7

50C

02C

H

1

2

3

R

140

1K

R

142

1K

R

141 1K

R

144

33K

R

143

1K

R

145

33K

LED1

SML

P24MUW

1

2

3

4

2V5

J35

SMDHeader 2

pin

1

2

GREEN

RED

R

146

3.3K

GUI_SEL_XIN

GND_VDDO

Testclk

Extclk

Clkin

TP7_NP

VDDO_0_EXT

1

TP8_NP

VDDO_1_EXT

1

TP9_NP

VDDO_2_EXT

1

R95

NP_1K

1

2

VDD

U3

ADG3257BRQZ

1B1

2

1B2

3

2B1

5

2B2

6

3B1

11

3B2

10

4B1

14

4B2

13

1A

4

2A

7

3A

9

4A

12

VCC

16

GND

8

S

1

BE#

15

R96

NP_1K

1

2

R97

NP_1K

1

2

GUI_OE0

USB_5V

GUI_OE1

GUI_OE2

2P5

USB_5V

R147

0E_NP

1

2

R98

NP_1K

1

2

R99

NP_1K

1

2

R103

1K

1

2

3V3_FT

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Summary of Contents for NB3H63143G

Page 1: ...registers for evaluation For more information on using the GUI refer to Clock Cruiser User Guide Part Description The NB3x6x1xxG and NB3H73113G which are members of the OmniClock family are versatile...

Page 2: ...NB3x6x1xxG16QFNEVK www onsemi com 2 Figure 3 Main Board Figure 4 16QFN Daughter Board Downloaded from Arrow com Downloaded from Arrow com...

Page 3: ...d in table below ON position is indicated via lettering on switch Switch No SW1 SW2 Position ON ON 5 Rotary Switches c Turn knob on rotary switches as shown in table below The position number will be...

Page 4: ...D 3 3 V 2 5 V 1 8 V external source U12 VDDO0 VDD U13 VDDO1 U14 VDDO2 7 Program the device permanently by selected Program OTP Memory or write to device registers by clicking Write to Registers In the...

Page 5: ...nsure probe is properly grounded 2 To use Jumpers J33 J34 J35 use a Hi Z probe connected to jumper pin marked 0 Ensure probe is properly grounded Both options can be used to monitor all three DUT outp...

Page 6: ...d device ensure the following Main Board 1 Switches SW1 and SW2 are set to the ON state 2 Rotary switches U11 U12 U13 U14 U15 and U16 are in the 1 position 3 All SMA cables are detached from test equi...

Page 7: ...igure 6 Main Board Bottom View Figure 7 QFN16 Daughter Board Top View Figure 8 QFN16 Daughter Board Bottom View Downloaded from Arrow com Downloaded from Arrow com Downloaded from Arrow com Downloaded...

Page 8: ...TERMINATION HCSL CML LVPECL LVDS Downloaded from Arrow com Downloaded from Arrow com Downloaded from Arrow com Downloaded from Arrow com Downloaded from Arrow com Downloaded from Arrow com Downloaded...

Page 9: ...1 R26 0E_NP 1 2 R24 0E 1 2 PD C3 0 01uF_NP_Mount Resistor_0E M3 TP6_NP VDDO_2 1 VDDO_2 R17 0E_NP 1 2 OE0 M2 NTS2101P ON R16 0E 1 2 M5 M1 NTS2101P ON R19 0E_NP 1 2 OE1 R15 0E 1 2 M6 J32 1 2 3 2A 2E 2D...

Page 10: ...2 5 GND3 11 GND4 15 GND5 25 GND6 35 GND7 47 GND8 51 TEST 13 EECS 63 EECLK 62 EEDATA 61 REF 6 RESET 14 SUSPEND 36 PWREN 60 OSCI 2 OSCO 3 GPIOH7 34 GPIOH6 33 GPIOH5 32 GPIOH4 30 GPIOH3 29 GPIOH2 28 GPIO...

Page 11: ...D FB4 600 1 2 FB7 BEAD FB6 BEAD GND_VDDO FB12 600 1 2 GND5 C28 0 01uF C31 22uF VDD_EXT C29 0 1uF VDD R75 0E 1 2 C20 0 1uF C21 0 01uF NEAR DUT PIN FB9_NP 600 1 2 C54 0 01uF GND6 C55 22uF VTT C56 0 1uF...

Page 12: ...O1 1 GND 1 GNDO 1 C22 1uF_NP PD R57 0E 1 2 R58 0E 1 2 OE0 OE1 OE2 R53 125E_NP 1 2 C23 0 1uF_NP Mount_Resistor_0E R54 150E_NP 1 2 SW2 SDA01H1SBD 1 2 D1 CLK0 D1 CLK0 SW3 SDA01H1SBD 1 2 Close to DUT D1 V...

Page 13: ...asonic LNJ414K82 RA LED AMBER HIGH BRIGHT USS 0603 1 12 D2 D4 D5 D6 D7 D8 LED_green LG L29K F2J1 24 Z LED_0603 DigiKey 475 3118 1 ND OSRAM Op to Semicon ductors Inc LG L29K F2J1 24 Z LED SMARTLED 570N...

Page 14: ...Semi NTLJD3115 PT1G MOSFET 2P CH 20V 2 3A 6 WDFN 1 31 Q11 Q12 Q13 Q14 Q15 Q16 Q17 Q18 NTA4153NT 1G sot 416 DigiKey NTA4153NT1 GOSCT ND ON Semi NTA4153NT 1G MOSFET N CH 20V 915MA SOT 416 8 32 R1 R2 R20...

Page 15: ...T ND Panasonic ERJ 2GEJ3 32X RES SMD 3 3K OHM 5 1 10W 0402 1 50 SW1 SW2 SDA01H1SB D DigiKey CKN10358 N D C K Components SDA01H1 SBD SWITCH DIP TAPE SEALED 1POS 24V 2 51 TP1 TP2 TP5 TP6 TP7 TP8 TP9 TP2...

Page 16: ...3 H4 H5 Me chanical Standoff 4 40 1 4 x 5 8 Standoff 4 40 1 4 x 5 8 DigiKey 1808K ND Keystone 1808 HEX STANDOFF 4 40 ALUMINUM 5 8 5 67 To be used with these connectors J24 J25 J26 J27 J28 J19 and as s...

Page 17: ...9 J30 J31 Header 3 pin berg_1x3_2p54 DigiKey 3M9448 ND 3M 6 9 L3 L4 L6 FB MJ2125HS250NT9 L0805 DigiKey 587 1767 1 ND Taiyo Yuden 3 10 R58 R61 R62 R48 R55 R57 0E R0402 DigiKey 541 0 0JCT ND Panasonic 6...

Page 18: ...old harmless onsemi its directors officers employees representatives agents subsidiaries affiliates distributors and assigns against any and all liabilities losses costs damages judgments and expenses...

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