18
MachXO Standard Evaluation Board
Lattice Semiconductor
Revisions 001 & 002 User’s Guide
Figure 12. ispClock5610 Connections
A
A
B
B
C
C
D
D
E
E
4
4
3
3
2
2
1
1
CL
K
_
O
U
T
[4
..0
]
CL
K
_
O
U
T
0
CL
K
_
O
U
T
1
CL
K
_
O
U
T
2
CL
K
_
O
U
T
4
CL
K
_
O
U
T
3
VC
LK_D
VC
LK_D
VC
LK_A
VC
LK_A
VC
C
O
_0
VC
C
O
_1
VC
C
O
_2
VC
C
O
_3
VC
C
O
_4
VC
C
O
_0
VC
C
O
_1
VC
C
O
_2
VC
C
O
_3
VC
C
O
_4
C
K_C
T
R
L[
7.
.0
]
SGAT
E
OEX
OEY
C
K_C
T
R
L0
CK
_
C
T
R
L
2
CK
_
C
T
R
L
3
PU
LLD
O
W
N
1
PU
LLU
P
1
PU
LLU
P
1
PU
LLU
P
1
PU
LLU
P
1
PU
LLD
O
W
N
1
PU
LLD
O
W
N
1
PU
LLD
O
W
N
1
PU
LLD
O
W
N
1
SGAT
E
GOE_C
LK
OEX
OEY
PLL_BY
PASS
PS0
PS1
PU
LLU
P
0
C
K_C
T
R
L4
PU
LLD
O
W
N
0
PU
LLU
P
0
C
K_C
T
R
L5
PU
LLD
O
W
N
0
PU
LLU
P
0
CK
_
C
T
R
L
6
PU
LLD
O
W
N
0
PU
LLD
O
W
N
0
PU
LLU
P
0
PS1
PS0
PLL_BY
PASS
PLL_R
ESET
PLL_R
ESET
C
K_C
T
R
L7
PU
LLU
P
1
C
K_C
T
R
L1
GOE_C
L
K
TD
O
TD
I
TM
S
TC
K
CK
IN_
P
O
S
CL
K
_
O
U
T
[4
..0
]
LOC
K
_n
CK
IN_
N
E
G
C
K_C
T
R
L[
7.
.0
]
GN
D
V3.
3
V3.
3
GN
D
V3.
3
GN
D
GN
D
GN
D
V3.
3
V3.
3
GN
D
GN
D
V3.
3
GN
D
V3.
3
GN
D
V3.
3
GN
D
V3.
3
GN
D
GN
D
Ti
tl
e
S
ize
Do
cu
m
e
n
t Nu
m
b
e
r
Re
v
Da
te
:
She
e
t
of
<D
o
c
>
0
Ma
ch
X
O
E
v
a
lu
a
ti
o
n
B
o
a
rd
C
51
2
Ti
tl
e
S
ize
Do
cu
m
e
n
t Nu
m
b
e
r
Re
v
Da
te
:
She
e
t
of
<D
o
c
>
0
Ma
ch
X
O
E
v
a
lu
a
ti
o
n
B
o
a
rd
C
51
2
Ti
tl
e
S
ize
Do
cu
m
e
n
t Nu
m
b
e
r
Re
v
Da
te
:
She
e
t
of
<D
o
c
>
0
Ma
ch
X
O
E
v
a
lu
a
ti
o
n
B
o
a
rd
C
51
2
Zero ohm resistors
must be placed close
to pin 18 of the
ispClock_5510 device.
ispClock
RESET
Oscillator
Input
(M5)
1
5
2
Pullup
Pulldown
M
achXO
JP1-7
(P10)
(M10)
(P7)
(P8)
(R9)
(N8)
(P9)
ispClock
PLL BYPASS
ispClock
PS0
ispClock
PS1
ispClock
OEX
ispClock
OEY
ispClock
SGATE
ispClock
GOE
Osc enable
1 2 3
1
2 3
Enable
Disable
ispClock 4A
(31)
ispClock 4B
(30)
C6
0.
1uF
C
C
0402
Po
pul
a
te
C6
0.
1uF
C
C
0402
Po
pul
a
te
L6
F
E
R
R
IT
E_BEAD
C
R
0603
Po
pul
a
te
L6
F
E
R
R
IT
E_BEAD
C
R
0603
Po
pul
a
te
JP
1
4
H
E
AD
ER
3X2
hdr
_
3x
2_100m
il
Po
pul
a
te
JP
1
4
H
E
AD
ER
3X2
hdr
_
3x
2_100m
il
Po
pul
a
te
2
4
6
1
3
5
JP
1
7
HE
A
D
E
R
3
X
2
hdr
_
3x
2_100m
il
Po
pul
a
te
JP
1
7
HE
A
D
E
R
3
X
2
hdr
_
3x
2_100m
il
Po
pul
a
te
2
4
6
1
3
5
C1
1
0.
1uF
C
C
0402
Po
pul
a
te
C1
1
0.
1uF
C
C
0402
Po
pul
a
te
C1
2
10uF
C
C
0805
Po
pul
a
te
C1
2
10uF
C
C
0805
Po
pul
a
te
PR
O
F
IL
E SEL
E
C
T
PH
ASE L
O
C
K
L
O
O
P
OU
TP
UT DIV
IDE
RS
O
U
T
P
UT
CO
NT
RO
L
AND
RO
UT
IN
G
U1
is
p
C
lo
c
k
_
5
6
1
0
9m
m
X
9m
m
Po
pul
a
te
PR
O
F
IL
E SEL
E
C
T
PH
ASE L
O
C
K
L
O
O
P
OU
TP
UT DIV
IDE
RS
O
U
T
P
UT
CO
NT
RO
L
AND
RO
UT
IN
G
U1
is
p
C
lo
c
k
_
5
6
1
0
9m
m
X
9m
m
Po
pul
a
te
RE
FA
+
18
RE
FA
-
19
RE
FV
T
T
20
PS0
44
PS1
43
VC
C
O
_0
1
BAN
K
_0B
2
BAN
K
_0A
3
GN
D
O
_0
4
VC
C
O
_1
5
BAN
K
_1B
6
BAN
K
_1A
7
GN
D
O
_1
8
VC
C
O
_2
9
BAN
K
_2B
10
BAN
K
_2A
11
GN
D
O
_2
12
VC
C
O
_3
25
BAN
K
_3B
26
BAN
K
_3A
27
GN
D
O
_3
28
VC
C
O
_4
29
BAN
K
_4B
30
BAN
K
_4A
31
GN
D
O
_4
32
VCC
A
13
GND
A
14
SGAT
E
40
GOE
42
OEX
21
OEY
22
LOC
K
34
TD
I
39
TD
O
35
TM
S
37
TC
K
38
TES
T1
46
TES
T2
45
GND
D_0
23
GND
D_1
48
VC
C
J
36
PLL_BY
PASS
47
R
ESET
41
VCCD_
0
24
VCCD_
1
33
GND
D_2
15
GND
D_3
16
GND
D_4
17
R5
4.
7K
C
R
0402
Po
pul
a
te
R5
4.
7K
C
R
0402
Po
pul
a
te
JP
1
6
HE
A
D
E
R
3
X
2
hdr
_
3x
2_100m
il
Po
pul
a
te
JP
1
6
HE
A
D
E
R
3
X
2
hdr
_
3x
2_100m
il
Po
pul
a
te
2
4
6
1
3
5
R3
4.
7K
C
R
0402
Po
pul
a
te
R3
4.
7K
C
R
0402
Po
pul
a
te
S3
SW
PU
SH
BU
T
T
ON
Po
pul
a
te
4.
7m
m
x
3.
5m
m
S3
SW
PU
SH
BU
T
T
ON
Po
pul
a
te
4.
7m
m
x
3.
5m
m
1
4
2
3
C2
0.
1uF
C
C
0402
Po
pul
a
te
C2
0.
1uF
C
C
0402
Po
pul
a
te
L7
FE
RRIT
E
_
B
E
A
D
C
R
0603
Po
pul
a
te
L7
FE
RRIT
E
_
B
E
A
D
C
R
0603
Po
pul
a
te
C1
3
10uF
C
C
0805
Po
pul
a
te
C1
3
10uF
C
C
0805
Po
pul
a
te
L5
F
E
R
R
IT
E_BEAD
C
R
0603
Po
pul
a
te
L5
F
E
R
R
IT
E_BEAD
C
R
0603
Po
pul
a
te
C8
0.
1uF
C
C
0402
Po
pul
a
te
C8
0.
1uF
C
C
0402
Po
pul
a
te
L4
FE
RRIT
E
_
B
E
A
D
C
R
0603
Po
pul
a
te
L4
FE
RRIT
E
_
B
E
A
D
C
R
0603
Po
pul
a
te
R1
5
8
0
C
R
0603
Po
pul
a
te
R1
5
8
0
C
R
0603
Po
pul
a
te
XU
1
DIP
1
6
893m
ilX
395m
il
Po
pul
a
te
XU
1
DIP
1
6
893m
ilX
395m
il
Po
pul
a
te
1
2
3
4
5
6
7
8
9
10
14
16
15
13
12
11
C7
0.
1uF
C
C
0402
Po
pul
a
te
C7
0.
1uF
C
C
0402
Po
pul
a
te
R1
8
10K
C
R
0402
Po
pul
a
te
R1
8
10K
C
R
0402
Po
pul
a
te
L2
F
E
R
R
IT
E_BEAD
C
R
0603
Po
pul
a
te
L2
F
E
R
R
IT
E_BEAD
C
R
0603
Po
pul
a
te
R1
7
4.
7K
C
R
0402
Po
pul
a
te
R1
7
4.
7K
C
R
0402
Po
pul
a
te
TP
2
T
E
S
T
P
O
INT
TP
2
T
E
S
T
P
O
INT
1
R4
4.
7K
C
R
0402
Po
pul
a
te
R4
4.
7K
C
R
0402
Po
pul
a
te
C4
0.
1uF
C
C
0402
Po
pul
a
te
C4
0.
1uF
C
C
0402
Po
pul
a
te
R1
5
9
0
C
R
0603
No
P
o
p
u
la
te
R1
5
9
0
C
R
0603
No
P
o
p
u
la
te
JP
1
1
HE
A
D
E
R
3
X
2
hdr
_
3x
2_100m
il
Po
pul
a
te
JP
1
1
HE
A
D
E
R
3
X
2
hdr
_
3x
2_100m
il
Po
pul
a
te
2
4
6
1
3
5
L3
F
E
R
R
IT
E_BEAD
C
R
0603
Po
pul
a
te
L3
F
E
R
R
IT
E_BEAD
C
R
0603
Po
pul
a
te
R6
4.
7K
C
R
0402
Po
pul
a
te
R6
4.
7K
C
R
0402
Po
pul
a
te
Y1
OSC
1
4A
Po
pul
a
te
Y1
OSC
1
4A
Po
pul
a
te
EN
1
GND
7
OU
T
8
VCC
14
JP
9
HE
A
D
E
R
3
hdr
3
x
1
_100m
il
No
P
o
p
u
la
te
JP
9
HE
A
D
E
R
3
hdr
3
x
1
_100m
il
No
P
o
p
u
la
te
1
2
3
TP
3
T
E
S
T
P
O
INT
TP
3
T
E
S
T
P
O
INT
1
TP
1
T
E
S
T
P
O
INT
TP
1
T
E
S
T
P
O
INT
1
L1
FE
RRIT
E
_
B
E
A
D
C
R
0603
Po
pul
a
te
L1
FE
RRIT
E
_
B
E
A
D
C
R
0603
Po
pul
a
te
C9
0.
1uF
C
C
0402
Po
pul
a
te
C9
0.
1uF
C
C
0402
Po
pul
a
te
JP
1
5
H
E
AD
ER
3X2
hdr
_
3x
2_100m
il
Po
pul
a
te
JP
1
5
H
E
AD
ER
3X2
hdr
_
3x
2_100m
il
Po
pul
a
te
2
4
6
1
3
5
J
P12
H
E
AD
ER
3X2
hdr
_
3x
2_100m
il
Po
pul
a
te
J
P12
H
E
AD
ER
3X2
hdr
_
3x
2_100m
il
Po
pul
a
te
2
4
6
1
3
5
C3
0.
1uF
C
C
0402
Po
pul
a
te
C3
0.
1uF
C
C
0402
Po
pul
a
te
C5
10uF
C
C
0805
Po
pul
a
te
C5
10uF
C
C
0805
Po
pul
a
te
JP
1
3
HE
A
D
E
R
3
X
2
hdr
_
3x
2_100m
il
Po
pul
a
te
JP
1
3
HE
A
D
E
R
3
X
2
hdr
_
3x
2_100m
il
Po
pul
a
te
2
4
6
1
3
5
C1
0
0.
1uF
C
C
0402
Po
pul
a
te
C1
0
0.
1uF
C
C
0402
Po
pul
a
te
