background image

24

ECP5-5G Versa Development Board

Figure 19. DDR3 Memory

5

5

4

4

3

3

2

2

1

1

D

D

C

C

B

B

A

A

ALL Memory controller

buses, clocks, and control

traces must be 50 Ohm

Transmission lines

PLACE CLOSE TO MEMORY CHIP

Place Address/Control Termination Resistors as close as possible to Memory Chip U7

VTT

X1 needs to be matched length

for all traces

U1 Pin

MEMORY DEVICE TERMINATION for ADDRESS/ CONTROL SIGNALS

X1

X2

Termination 

at end of line

Memory

Place close to FPGA

Schematic symbols rev 4.1

Schematic symbols rev 4.1

Bank 6

Bank 7

DDR3_A3

DDR3_D

Q

1

DDR3_D

Q

4

DDR3_D

Q

2

DDR3_D

Q

0

DDR3_D

Q

5

DDR3_D

Q

7

DDR3_D

Q

3

DDR3_DM1

DDR3_

V

RE

F

DDR3_A5

DDR3_A3

DDR3_A0

DDR3_A

8

DDR3_A4

DDR3_A1

DDR3_A7

DDR3_A6

DDR3_A2

DDR3_A9

DDR3_A10

DDR3_

K0

DD

R3_K

0#

DDR3_A12

DDR3_A11

DDR3_BA2

DDR3_A12

DDR3_BA1

DDR3_RAS#

DDR3_A

8

DDR3_A

5

DDR3_A

2

DDR3_A11

DDR3_SD0

DDR3_CS0#

DDR3_D

Q

9

DDR3_D

Q

1

2

DDR3_D

Q

1

4

DDR3_D

Q

1

0

DDR3_D

Q

8

DDR3_D

Q

1

3

DDR3_D

Q

1

5

DDR3_D

Q

1

1

DDR3_

V

S

DDR3_O

DT0

DDR3_RAS#

DDR3_

W

E#

DDR3_CE0

DDR3_K0#

DDR3_BA0

DDR3_BA1

DDR3_RST

#

KOC

DDR3_A4

DDR3_A0

DDR3_A10

DDR3_CAS#

DDR3_A9

DDR3_A1

DDR3_A6

DDR3_D

Q

S

0

#

DDR3_D

Q

S

1

#

DDR3_D

Q

S

1

DDR3_D

Q

S

0

DDR3_A7

DDR3_BA2

DDR3_O

DT0

DDR3_D

Q

6

ZQ

0

MEM_

V

REF

DDR3_DM0

DDR3_CAS#

DDR3_K0

DDR3_BA0

DDR3_

W

E#

DDR3_CE0

DDR3_CS0#

DDR3_A

0

DDR3_A

2

DDR3_

V

REF

MEM_

V

REF

ECP5_

V

RE

F

DDR3_A

6

DDR3_A

9

DDR3_A

3

DDR3_A

1

DDR3_A11

DDR3_A

4

DDR3_A

7

DDR3_A10

DDR3_A12

DDR3_A

5

DDR3_BA0

DDR3_BA1

DDR3_BA2

DDR3_CAS

#

DDR3_CE0

DDR3_O

D

T

0

DDR3_

W

E#

DDR3_RAS

#

DDR3_D

Q

3

DDR3_D

Q

1

DDR3_D

Q

0

DDR3_D

Q

4

DDR3_D

Q

2

DDR3_D

Q

5

DDR3_D

Q

7

DDR3_D

Q

1

1

DDR3_D

Q

1

5

DDR3_D

Q

1

0

DDR3_D

Q

1

2

DDR3_DM1

DDR3_D

Q

1

4

DDR3_D

Q

8

DDR3_D

Q

9

DDR3_D

Q

1

3

DDR3_D

Q

S

0#

DDR3_D

Q

S

0

DDR3_RST

#

PCLKT0

PCLKC0

S

W

IT

CH4

S

W

IT

CH3

S

W

IT

CH2

S

W

IT

CH1

S

W

ITCH[1..

8

]

S

W

IT

CH4

S

W

IT

CH3

S

W

IT

CH2

S

W

IT

CH1

100M

H

z

100M

H

z

_

N

DDR3_K0#

DDR3_K

0

100M

H

z

100M

H

z

_

N

ECP5_

V

RE

F

DDR3_DM0

DDR3_D

Q

S

1#

DDR3_D

Q

S

1

DDR3_A

8

100M

H

z

_

N

100M

H

z

ECP5_

V

RE

F

DDR3_D

Q

6

DDR3_CS0

#

1_5

V

1_5

V

2_5

V

2_5

V

DDR3_

V

TT

DDR3_

V

TT

DDR3_

V

DD

1_5

V

DDR3_

V

DDQ

DDR3_

V

DD

DDR3_

V

DDQ

1_5

V

DDR3_

V

TT

1_5

V

1_5

V

1_5

V

1_5

V

1_5

V

3_3

V

1_5

V

1_5

V

1_5

V

1_5

V

1_5

V

1_5

V

1_5

V

1_5

V

PCLKT0

[9

]

PCLKC0

[9

]

S

W

IT

CH[

1

:

8

][

8

]

Da

te

:

Si

z

e

Sc

h

e

m

a

ti

c

 Re

v

of

S

h

eet

Ti

tl

e

Lat

ti

ce

 S

e

m

ic

ond

u

ct

or

 Appl

ic

at

ions

E

m

a

il: te

c

h

s

u

p

p

o

rt@

L

a

ttic

e

s

e

m

i.c

o

m

B

oar

d R

e

v

Pr

o

je

c

t

C

A

10

7

DDR3 

Memory

ECP5

-5G 

V

ERSA E

v

al

 Boar

d

A

W

e

dne

sday

, S

e

pt

e

m

b

e

r 23,

 2015

Da

te

:

Si

z

e

Sc

h

e

m

a

ti

c

 Re

v

of

S

h

eet

Ti

tl

e

Lat

ti

ce

 S

e

m

ic

ond

u

ct

or

 Appl

ic

at

ions

E

m

a

il: te

c

h

s

u

p

p

o

rt@

L

a

ttic

e

s

e

m

i.c

o

m

B

oar

d R

e

v

Pr

o

je

c

t

C

A

10

7

DDR3 

Memory

ECP5

-5G 

V

ERSA E

v

al

 Boar

d

A

W

e

dne

sday

, S

e

pt

e

m

b

e

r 23,

 2015

Da

te

:

Si

z

e

Sc

h

e

m

a

ti

c

 Re

v

of

S

h

eet

Ti

tl

e

Lat

ti

ce

 S

e

m

ic

ond

u

ct

or

 Appl

ic

at

ions

E

m

a

il: te

c

h

s

u

p

p

o

rt@

L

a

ttic

e

s

e

m

i.c

o

m

B

oar

d R

e

v

Pr

o

je

c

t

C

A

10

7

DDR3 

Memory

ECP5

-5G 

V

ERSA E

v

al

 Boar

d

A

W

e

dne

sday

, S

e

pt

e

m

b

e

r 23,

 2015

C241

10

N

F-0603S

MT

R1

R1

R1=50 Ohm

RP1

C

T

S

-RT1402B

7

A2

A2

B2

B2

C2

C2

D2

D2

E2

E2

F2

F2

G2

G2

H2

H2

J2

J2

A3

A3

B3

B3

C3

C3

D3

D3

E3

E3

F3

F3

G3

G3

H3

H3

J3

J3

A1

A1

B1

B1

C1

C1

D1

D1

E1

E1

F1

F1

G1

G1

H1

H1

J1

J1

R

145

0R-0603SM

T

C21

8

100

N

F-0603S

MT

R

150

50R-

0402S

M

T

C1

8

5

100

N

F-0603S

MT

LFE5UM-

4

5

F

-B

G

3

8

1

U1

F

V

CCIO7

H6

V

CCIO7

H7

V

CCIO7

J6

PL11A/ULC_GPLL0T

_

I

N

A4

PL11B/ULC_G

P

LL0C_I

N

A5

PL11C/ULC_GPLL0T

_MF

G

O

U

T

2

B5

P

L

1

1

D

/U

L

C

_

GP

L

L

0

C

_

M

F

GOUT

2

C5

PL14A/ULC_GPLL0

T

_

M

FG

O

U

T

1

C4

P

L14B/ULC_G

P

LL0C_MFG

O

U

T

1

B4

P

L14C

A3

P

L14D

B3

P

L17A

E4

P

L17B

D5

P

L17C

C3

P

L17D

D3

P

L20A

F4

P

L20B

E3

P

L20C

E5

P

L20D

F5

P

L23A

A2

P

L23B

B1

PL23C/

V

REF1_7

B2

P

L23D

C2

P

L26A

C1

P

L26B

D1

P

L26C

D2

P

L26D

E1

PL29A/G

R_PCLK7_1

H4

P

L29B

G5

P

L29C/G

R_PCLK7_0

H5

P

L29D

H3

P

L32A/PCLKT

7_1

G3

PL32B/PCLKC7_1

F3

PL32C/PCLKT

7_0

F2

PL32D/PCLKC7_0

E2

C1

7

8

1UF

-16

V

-0

8

05SM

T

R

144

OP

E

N

-0603S

M

T

ddr

3-

96

b

ga

U

11B

DQ0

E3

DQ1

F7

DQ2

F2

DQ3

F

8

DQ4

H3

DQ5

H

8

DQ6

G2

DQ7

H7

A0

N

3

A1

P7

A2

P3

A3

N

2

A4

P

8

A5

P2

A6

R

8

A7

R2

A

8

T

8

A9

R3

A10/AP

L7

A1

1

R7

A12/BC

#

N

7

BA0

M2

BA1

N8

CAS#

K3

CK

J7

CK#

K7

CKE

K9

CS#

L2

LD

M

E7

LD

Q

S

F3

LD

Q

S

#

G3

ODT

K1

RAS#

J3

RST

#

T2

W

E#

L3

ZQ

L

8

N

C_

J

1

J1

N

C_L1

L1

N

C_

J

9

J9

N

C_L9

L9

N

C_

T

3

T3

N

C_

T

7

T7

N

C_

M

7

M7

DQ

8

D7

DQ9

C3

DQ10

C

8

DQ11

C2

DQ12

A7

DQ13

A2

DQ14

B

8

DQ15

A3

UDM

D3

UDQS

C7

UDQS#

B7

BA2

M3

R

149

OP

E

N

-0603S

M

T

C222

100

N

F-0603S

MT

C224

100

N

F-0603S

MT

C191

100

N

F-0603S

MT

FB21

BLM41PG

6

00S

N

1

C200

10

N

F-0603S

MT

PP1

1

2

C217

10

N

F-0603S

MT

+

C170

47UF

-16

V

-TA

N

TBSMT

R147

240R-0603S

MT

C173

1UF

-16

V

-0

8

05SM

T

C1

8

7

10

N

F-0603S

MT

R154

50R-

0402S

M

T

R

156

100R-

0402S

M

T

C

171

1UF

-16

V

-0

8

05SM

T

C1

8

6

100

N

F-0603S

MT

R

151

50R-

0402S

M

T

R

143

OP

E

N

-0603S

M

T

LFE5UM-

4

5

F

-B

G

3

8

1

U1

E

V

CCIO6

L6

V

CCIO6

L7

V

CCIO6

M6

PL35A/PCLKT

6_1

G2

PL35B/PCLKC6_1

F1

PL35C/PCLK

T

6_0

H2

PL35D/PCLKC6_0

G1

PL3

8

A/GR_PCLK6_

0

J4

PL3

8

B

J5

PL

3

8

C/G

R

_PCLK6_1

J3

PL

3

8

D

K3

PL41A

K2

PL41B

J1

P

L41C

H1

P

L41D

K1

PL44A

K4

PL44B/

V

REF1_6

K5

P

L44C

L4

P

L44D

L5

PL53A

M5

PL59A

M4

PL59B

N

5

PL59C/D15/IO15

N

4

PL59D/D14/IO14

P5

PL62A/D13/IO1

3

N

3

PL62B/D12/IO1

2

M3

PL62C/D11/IO11

L3

PL62D/D10/IO10

L2

P

L65A/LLC_G

P

LL0T

_MF

G

O

U

T

2

N

2

PL65B/LLC_GPLL0C_

M

F

G

O

U

T

2

M1

P

L65C/D9/IO

9

L1

P

L65D/D

8

/IO

8

N

1

PL

6

8

A/LLC_G

P

LL0T

_MF

G

O

U

T

1

P1

PL6

8

B/LLC_GPLL0C_

M

F

G

O

U

T

1

P2

PL

6

8

C/LLC_G

P

LL0T

_

I

N

P3

PL6

8

D/LLC_GPLL0C_I

N

P4

C1

8

3

100

N

F-0603S

MT

C204

10

N

F-0603S

MT

C1

88

100

N

F-0603S

MT

U1

2

LP299

8

-S

O

8

G

N

D

1

SD

2

V

SE

N

SE

3

V

REF

4

V

DDQ

5

A

V

I

N

6

P

V

I

N

7

V

TT

8

C195

100

N

F-0603S

MT

C205

100

N

F-0603S

MT

R1

5

3

50R-

0402SM

T

C19

8

10

N

F-0603S

MT

R

157

10K-

0402SM

T

C

226

10

N

F-

0603S

M

T

DI

C1

8

1

1UF

-16

V

-0

8

05SM

T

C

206

10

N

F-

0402S

M

T

C223

10

N

F-0603S

MT

C190

10

N

F-0603S

MT

C196

10

N

F-0603S

MT

C175

100

N

F-0603S

MT

C1

8

9

100

N

F-0603S

MT

C

225

100

N

F-

0603S

M

T

DI

FB23

MPZ

1

6

0

8

Y600B

DI

1

2

R1

4

8

OP

E

N

-0603S

M

T

+

C

179

10UF

-16

V

-TA

N

TBSMT

+

C

177

100UF

-D

3PO

SC

AP

C1

8

2

10

N

F-0603S

MT

R

141

0R-

0603S

M

T

C174

100

N

F-0603S

MT

C

203

10

N

F-

0402S

M

T

1

2

C221

10

N

F-0603S

MT

X1

100_00M

H

z

_L

V

DS

Q_

N

5

Q

4

V

CC

6

G

N

D

3

DIS#

1

N

C

2

PAD

7

C194

10

N

F-0603S

MT

C242

100

N

F-0603S

MT

FB22

BLM41PG

6

00S

N

1

ddr

3-

96

b

ga

U

11A

V

DD

B2

V

DD

D9

V

DD

K2

V

DD

K

8

V

DD

G7

V

DD

N

1

V

DD

N

9

V

DD

R1

V

DD

R9

V

DDQ

A1

V

DDQ

A

8

V

DDQ

C1

V

SS

A9

V

SS

B3

V

SS

E1

V

SS

G

8

V

SS

J2

V

SS

J

8

V

SS

M1

V

SS

M9

V

SS

P1

V

SS

P9

V

SS

T1

V

SS

T9

V

SSQ

B1

V

SSQ

B9

V

SSQ

D1

V

SSQ

D

8

V

SSQ

E

8

V

REFCA

M

8

V

DDQ

C9

V

DDQ

E9

V

DDQ

F1

V

DDQ

H9

V

REFDQ

H1

V

SSQ

F9

V

SSQ

G1

V

SSQ

G9

V

DDQ

D2

V

DDQ

H2

V

SSQ

E2

R

146

0R-0603SM

T

C192

10

N

F-0603S

MT

C220

100

N

F-0603S

MT

R142

4_7K-0603S

MT

R

155

50R-

0402S

M

T

C202

10

N

F-0402S

MT

C1

8

4

10

N

F-0603S

MT

C199

100

N

F-0603S

MT

C219

10

N

F-0603S

MT

+

C

176

22UF

-16

V

-TA

N

TBSMT

+

C1

8

0

22UF

-16

V

-TA

N

TBSMT

R1

5

2

50R-

0402S

M

T

C197

100

N

F-0603S

MT

C201

100

N

F-0603S

MT

C172

100

N

F-0603S

MT

C193

100

N

F-0603S

MT

Summary of Contents for ECP5-5G

Page 1: ...ECP5 5G Versa Development Board User Guide EB103 Version 1 2 January 2016...

Page 2: ...nagement 12 V DC Power Input Expansion Connectors DDR3 Memory SERDES Test SMA Connectors LED Display Push buttons User Switches Status LEDs SPI Flash Configuration Memory Configuration Mode Switches E...

Page 3: ...rd is ready to power on The board can be supplied with power from a PCI Express host system or standalone with an external wall power module The 12 V DC input power source is fused with a surface moun...

Page 4: ...o interface with the FPGA U1 Note Resistors R38 R33 R32 and R36 need to be removed for programming with J3 The same interface can be used to access the ispClock 5406D clock device U13 by reconfiguring...

Page 5: ...The ECP5 5G programmable devices can be programmed using a computer running Lattice Diamond or Lattice Diamond Programmer software connected to the Development board via a standard mini USB cable Refe...

Page 6: ...CP5 5G Status LEDs and Push button Controls The LEDs indicate the configuration status of the ECP5 5G FPGA D17 red illuminated indicates that programming was aborted or reinitialized driving the INITN...

Page 7: ...G JTAG port This mode enables the FPGA to be programmed at power up or assertion of PROGRAMN with a bitstream stored in the memory device 1 Connect the ECP5 5G Versa Development Board 2 Set J50 jumper...

Page 8: ...creen 7 From the main programming window select Program from the top toolbar This begins the SPI Serial Flash programming Note that the SPI Flash Background Programming operation is only possible when...

Page 9: ...e clock will be supplied by a 156 25 MHz clock on board oscillator Both clock inputs can be fanned out to the dedicated SERDES reference inputs FPGA inputs and to the expansion connectors The factory...

Page 10: ...tting shown in Figure 10 below Figure 10 PCI Express PRSNT Control Connection J4 1 2 3 4 5 6 PCI Express PRSNT Jumper Selector SERDES The ECP5 5G Dual Channel Unit DCU SERDES FPGA is utilized on the b...

Page 11: ...th an arrow Inputs 1 4 are within a 1 5 V bank and inputs 5 8 are within a 2 5 V bank The user must program inputs 1 4 to be the LVCMOS15 type and inputs 5 8 to be the LVCMOS25 type in the design Figu...

Page 12: ...tputs in the design Table 8 LED Definitions LED Designator FPGA Ball Number LED Color D25 E16 Yellow D24 D17 Yellow D22 D18 Green D21 E18 Green D26 F17 Red D27 F18 Red D28 E17 Red D29 F16 Red Alpha nu...

Page 13: ...G Versa Development Board is equipped with an SDRAM memory device 1 5 V 64 Mb x16 96 ball FBGA 933 MHz DDR3 1866 such as the Micron MT41K64M16TW 107 J device The DDR3 memory includes a 16 bit wide mem...

Page 14: ...5 A0 P2 DQ1 F1 A1 C4 DQ2 K4 A2 E5 DQ3 G1 A3 F5 DQ4 L4 A4 B3 DQ5 H1 A5 F4 DQ6 G2 A6 B5 DQ7 J3 A7 E4 DQ8 D1 A8 C5 DQ9 C1 A9 E3 DQ10 E2 A10 D5 DQ11 C2 A11 B4 DQ12 F3 A12 C3 DQ13 A2 K_0 M4 DQ14 E1 K_0 N5...

Page 15: ...ion and signal isolation Each connector includes two LEDs which are controlled by the 88E1512 devices Detailed descriptions are available in the Marvell device data sheet Table 11 PHY Status Indicator...

Page 16: ...1 IO8 D14 12 IO37 B6 12 IO9 E14 13 IO38 E9 13 IO10 D11 14 IO39 D9 14 IO11 C10 15 IO40 B8 15 IO12 A9 16 IO41 C8 16 IO13 B10 17 IO42 D8 17 IO14 D12 18 IO43 E8 18 IO15 E12 19 IO44 C7 19 GND 20 IO45 C6 20...

Page 17: ...nuary 2016 1 2 Updated General Purpose LEDs section Revised FPGA ball numbers in Table 8 LED Definitions Updated Appendix A Schematics section Revised LEDs signal map in Figure 20 LEDs and Switches Up...

Page 18: ...IP SWITCH USER LEDS Revision History Sept 25 2015 Rev A Final Design SH Bank 2 Bank 6 7 Date Size Schematic Rev of Sheet Title Lattice Semiconductor Applications Email techsupport Latticesemi com Boar...

Page 19: ...2SMT D3 DFLS220L 1 2 R29 10K 0603SMT C8 100NF 0402SMT R20 20K 0402SMT R22 1_8K 1206SMT C392 10uF 6 3V 0805SMT RLP 133 C44 1000pF 0402SMT C26 22UF 16V TANTBSMT Q1 2N2222 SOT23 3 1 2 C47 10pF 0402SMT R6...

Page 20: ...R36 0R 0603SMT TP51 R44 12K 0603SMT C66 100NF 0402SMT R56 680R 0603SMT TP43 R69 10K 0402SMT R46 4_7K 0603SMT VCC GND TDO TDI ispEN_N NC TMS TCK DONE INITN J3 HEADER 10 1 2 3 4 5 6 7 8 9 10 C67 100NF...

Page 21: ...nductor Applications Email techsupport Latticesemi com Board Rev Project B A 10 SERDES ECP5 5G VERSA Eval Board A Wednesday September 23 2015 4 Date Size Schematic Rev of Sheet Title Lattice Semicondu...

Page 22: ...3V 0805SMT RLP 133 C256 100NFX5R 0402SMT RLP 130 A Y2 25MHZ 1 1 3 3 G1 2 G2 4 C263 100NFX5R 0402SMT RLP 130 A C109 100NF 0603SMT R291 50R 0402SMT C265 100NFX5R 0402SMT RLP 130 A C107 100NF 0603SMT C26...

Page 23: ...402SMT C269 10uF 6 3V 0805SMT RLP 133 R109 0R 0402SMT C145 100NF 0603SMT C272 27pF 0603SMT RLP 132 R116 0R 0402SMT C284 100NFX5R 0402SMT RLP 130 A TP11 R119 0R 0402SMT R100 0R 0402SMT C418 1000pF 0402...

Page 24: ...J6 PL11A ULC_GPLL0T_IN A4 PL11B ULC_GPLL0C_IN A5 PL11C ULC_GPLL0T_MFGOUT2 B5 PL11D ULC_GPLL0C_MFGOUT2 C5 PL14A ULC_GPLL0T_MFGOUT1 C4 PL14B ULC_GPLL0C_MFGOUT1 B4 PL14C A3 PL14D B3 PL17A E4 PL17B D5 PL1...

Page 25: ...G VERSA Eval Board A Wednesday September 23 2015 Date Size Schematic Rev of Sheet Title Lattice Semiconductor Applications Email techsupport Latticesemi com Board Rev Project B A 10 8 LEDs Switches EC...

Page 26: ...or Applications Email techsupport Latticesemi com Board Rev Project B A 10 9 REF CLOCK GEN ECP5 5G VERSA Eval Board A Wednesday September 23 2015 R162 4_7K 0402SMT R158 10R 0402SMT DI C236 10NF 0603SM...

Page 27: ...eet Title Lattice Semiconductor Applications Email techsupport Latticesemi com Board Rev Project B A 10 10 Expansion Connector ECP5 5G VERSA Eval Board A Wednesday September 23 2015 Date Size Schemati...

Page 28: ...0402 9 10 C40 C41 C42 C49 C50 C54 C55 C58 C63 C64 22uF 6 3V 0805SMT TDK Corporation C2012X5R0J226M CAP CER 22 uF 6 3 V X5R 20 0805 10 12 C43 C44 C56 C57 C397 C400 C403 C406 C409 C411 C415 C418 1000pF...

Page 29: ...SMPC TO 277A 35 7 D17 D18 D19 D26 D27 D28 D29 LED_RED_0603 Wurth 150060RS75000 LED 1 6 mm x 0 8 mm 625 nM RED CLR SMD 36 1 D23 14 SEGMENT Kingbright ACPSA04 41SRWA LED Display 37 2 D24 D25 LED_YELLOW_...

Page 30: ...02SMT Panasonic ERJ 2RKF2002X RES 20 0K Ohm 1 10 W 1 0402 SMD 69 4 R22 R23 R24 R25 1_8K 1206SMT Panasonic ERJ 8ENF1801V RES 1 80K Ohm 1 4 W 1 1206 SMD 70 5 R26 R30 R31 R61 R179 220R 0603SMT Panasonic...

Page 31: ...asonic ERJ 2RKF4700X RES 470 Ohm 1 10 W 1 0402 SMD 96 1 R177 0R 0603SMT DNI DNI 97 1 R184 121K 0603SMT Panasonic ERJ 3EKF1213V RES 121K Ohm 1 10 W 1 0603 SMD 98 1 R185 110K 0603SMT Panasonic ERJ 3EKF1...

Page 32: ...117 2 U53 U54 LT3085 LATTICE SUPPLIED LT3085EMS8E PBF Adjustable 500 mA Single Resistor Low Dropout Regulator 118 1 X1 100_00MHz_LVDS SiTime SiT9120AC 2D2 33E100 000 100 MHz Low Jitter LVDS Clock Osc...

Reviews: