EVB-EN2360QI

Enpirion
®
Power Evaluation Board User Guide
EN2360QI PowerSoC
Figure 5: EN2360 Evaluation Board Schematic (NR1-NR3 are additional components on the back side)
D1
S2A
C4
+
C14
Rev ision Description Date Approved
R12
12VIN
TP27
J7
J6
J11
VFB
C1
FB1
C3
R13
C10
R14
C11
TP30
TP31
TP6
TP3
J1
1
2
SW
J10
0402
ENA
VOUT
SIN
SOUT
VOUT
0402
J4
AVINO
GND
5.5V MAX
0805
0805
0402
CJR
C3, 10, 11
are 1206/0805
TP9
1
2
AVIN
TP15
TP14
0805
Short across R9
when all other
routing completed
0805
C8
C9
R20
0402
TP32
C2
Provision for Implementing
Adaptive Voltage Scaling
0805
0805
R17
CGND
CGND
C6
0805
C12, 13, 15, 21
are 1206/0805
0805
0603
0805
R8
12VIN
R7
ENA
R3
R6
0805
0402
0402
VOUT GND
GND
SCH 06977 w mods
PCB 06978
C7
GND
0805
0805
0603
0805
AVIN
0805
0805
FADJ
AVINO
0805 0805
0805
AGND
C5
VIN
POK
C20
3/12/2012Preliminary Release
EAIN
VFB
VFB
TP5
R4
J9
Updated names for pins 53 & 60 and associated nets.
6/27/2012 AG
TP28
C16
R5
TP21
TP22
AVIN
C17
EAIN
VFB
C19
R15
C12
R11
C13
C15
C21
R2
U1
EN2360
NC1
1
NC2
2
NC3
3
NC4
4
NC5
5
NC6
6
NC7
7
NC8
8
NC9
9
NC10
10
NC11
11
NC12
12
NC13
13
NC14
14
NC15
15
VOUT
16
VOUT
17
VOUT
18
VOUT
19
VOUT
20
VOUT
21
VOUT
22
VOUT
23
VOUT
24
NC25
25
NC26
26
NC(SW)27
27
NC(SW)28
28
PGND
29
PGND
30
PGND
31
PGND
32
PGND
33
PGND
34
S_OUT
48
S_IN
47
BGND
46
VDDB
45
BTMP
44
PG
43
AVINO
42
PVIN
41
PVIN
40
PVIN
39
PVIN
38
PVIN
37
PVIN
36
PVIN
35
NC68
68
NC67
67
NC66
66
NC65
65
NC64
64
NC(SW)63
63
NC(SW)62
62
NC(SW)61
61
CGND
60
NC59
59
FADJ
58
RCLX
57
SS
56
EAIN
55
VFB
54
AGND
53
AGND
52
AVIN
51
ENABLE
50
POK
49
NR1
Thru-hole
NR2
0805
ENA
12VIN
TP2
TP19
1
2
TP20
1
2
R10
12VIN
VOUT
R1
TP10
TP8
TP7
TP33
J5
1
3
5
2
4
6
87
ENA
PIN_53
NR3
Thru-hole
PIN_53
R18
TP29
TP17
1
2
TP18
1
2
R9
R19
VR1
5.1V
TP11
R16
TP12
12VIN
J3
1
2
3
AVIN
TP4
TP1
AVIN
TP23
TP24
TP16
TP25
TP13
TP26
TP34
Page 7 of 10
www.altera.com/enpirion
Enpirion
®
Power Evaluation Board User Guide
EN2360QI PowerSoC
Test Recommendations
To guarantee measurement accuracy, the following precautions should be observed:
1. Make all input and output voltage measurements at the board using the test
points provided (TP13 to TP16). This will eliminate voltage drop across the
line and load cables that can produce false readings.
2. Measure input and output current with series ammeters or accurate shunt
resistors. This is especially important when measuring efficiency.
3. Use a low-loop-inductance scope probe tip similar to the one shown below to
measure switching signals and input / output ripple to avoid noise coupling
into the probe ground lead. Input ripple, output ripple, and load transient
deviation are best measured near the respective input / output capacitors. For
more accurate ripple measurement, please see Enpirion App Note regarding
this subject.
4. The board includes a pull-up resistor for the POK signal and ready to monitor
the power OK status at clip lead marked POK.
5. This product has built-in short-circuit protection. If protection against an
overload condition is required, an appropriate external solution needs to be
used. Please refer to the Enpirion application note for further details on this
subject.
Page 8 of 10
www.altera.com/enpirion
Enpirion
®
Power Evaluation Board User Guide
EN2360QI PowerSoC
Bill of Materials
Designator
Qty
C2
1
C3
1
C5
1
C6
1
C7
1
C12
1
C13, C15
2
C14
1
C19
1
C19, C20
2
C1, C4, C8C11,
C16C18, C21,
FB1, J4, R2, R9,
R12R15, R19,
TP3, VR1
21
NOT USED
D1
1
J1 1
J3 1
J5 1
J6, J7, J9-J11
5
R1
1
R3, R7
2
R4
1
R5
1
R6
1
R8
1
R10
1
R11
1
R16
1
R17, R18
1
TP1, TP4, TP13-
TP16, TP21,TP22,
TP28,TP32
10
TEST POINT SURFACE MOUNT, KEYSTONE 5016
TP30, TP31
2
U1
1
NR1
1
NR2
1
NR3
1
Page 9 of 10
www.altera.com/enpirion

EVB-EN2360QI

Mfr. #:
Manufacturer:
Intel / Altera
Description:
Power Management IC Development Tools EVAL FOR EN2360QI
Lifecycle:
New from this manufacturer.
Delivery:
DHL FedEx Ups TNT EMS
Payment:
T/T Paypal Visa MoneyGram Western Union

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