
15
2000 Semtech Corp.
www .semtech.com
HIGH-PERFORMANCE PRODUCTS – ATE
Edge6420
Application Information
One application for the Edge6420 is to provide necessary
DC voltages and currents for 4 channels of pin electronics
(driver, receiver, load) and per pin measurement units.
For example, using the:
Edge720 Load / Driver / Comparator
Edge4707 PPMU
with the following specifications:
Edge720
–1.5 < driver output high < +7.5V
–1.5 < driver output low
< +7.5V
–1.5 < comparator threshold high < +7.5V
–1.5 < comparator threshold low
< +7.5V
–1.5 < commutating voltage < 7.5V
0 < load source current <
24 mA
0 < load sink current < 24 mA
Edge 4707 PPMU
–2.8 < PPMU (MI) compare high voltage < +2.8V
–2.8 < PPMU (MI) compare low voltage < +2.8V
–3.0 < PPMU (FV) < +14.0V
Other
0 < flash programming voltage (VHH) < +14V
Table 8 demonstrates Edge6420 settings that can be
used to fulfill the above requirements.
Power Supplies (for this application):
15.25
≤ AVCC ≤ 15.75V
–4.75V
≤ VEE ≤ –4.25V
4.6V
≤ AVDD ≤ 5.25V
4.85
≤ DVDD ≤ 5.15V
AGND = 0, SGND = 0
Table 8. Application Chart – Possible Chip Specification
l
e
n
a
h
C
0
s
e
r
d
A
p
u
o
r
Ge
p
y
Ts
t
i
B
#n
o
i
t
u
l
o
s
e
Rt
e
s
f
O
g
n
i
t
l
u
s
e
R
e
g
n
a
R
t
u
p
t
u
O
e
c
n
a
il
p
m
o
C
t
e
s
e
R
n
o
r
e
w
o
P
)
e
d
o
C
A
D
(
d
e
t
s
e
g
u
S
n
o
i
t
a
c
il
p
A
0
1
2
3
4
AV
3
1V
m
0
1
.
1V
5
.
1
–
V
5
.
7
+
/
5
.
1
–
A
0
1
±)
V
3
(
H
0
1
H
I
V
L
I
V
H
O
V
L
O
V
1
M
O
C
V
5
6
BV
3
1V
m
4
8
6
.
0V
8
.
2
–
V
8
.
2
/
8
.
2
–
A
0
1
±)
V
0
(
H
0
1
H
C
U
M
P
L
C
U
M
P
7
8
CV
3
1V
m
7
0
.
2V
0
.
3
–
V
0
.
4
1
+
/
0
.
3
–
A
0
1
±)
V
6
(
H
0
1
V
F
U
M
P
H
V
9
0
1
DV
3
1V
m
0
1
.
1V
5
.
1
–
V
5
.
7
+
/
5
.
1
–
A
0
1
±)
V
3
(
H
0
1N
I
_
M
C
V
1
2
1
EI
3
1A
n
9
5
1A
/
NA
m
3
.
1
o
t
0
V
4
.
2
/
2
.
–
)
1
e
t
o
N
(
)
A
m
0
(
H
0
N
I
_
C
S
I
N
I
_
K
S
I
3
1
4
1
5
1
FI
6
A
9
3A
/
NA
m
5
.
2
o
t
0V
1
.
2
/
2
.
–
)
1
e
t
o
N
(
)
A
m
0
.
1
(
H
0
1
J
D
A
R
J
D
A
F
S
A
I
B
I
1
3
–
6
1
.
1
l
e
n
a
h
C
r
o
f
e
v
o
b
a
s
a
e
m
a
S
7
4
–
2
3
.
2
l
e
n
a
h
C
r
o
f
e
v
o
b
a
s
a
e
m
a
S
3
6
–
8
4
.
3
l
e
n
a
h
C
r
o
f
e
v
o
b
a
s
a
e
m
a
S
Note 1:
Max compliance depends on maximum current required. See specifications for limits.