12 Analog & Interface Product Selector Guide Summer 2012 P o W er mana gemen T: P ow er mos Fe T d" />
參數(shù)資料
型號(hào): MCP6G03T-E/MS
廠商: Microchip Technology
文件頁數(shù): 4/36頁
文件大小: 0K
描述: IC GAIN BLOCK 1.8V 1CH 8MSOP
標(biāo)準(zhǔn)包裝: 2,500
放大器類型: 通用
電路數(shù): 1
輸出類型: 滿擺幅
轉(zhuǎn)換速率: 4.5 V/µs
-3db帶寬: 900kHz
電流 - 輸入偏壓: 1pA
電壓 - 輸入偏移: 1000µV
電流 - 電源: 110µA
電流 - 輸出 / 通道: 20mA
電壓 - 電源,單路/雙路(±): 1.8 V ~ 5.5 V
工作溫度: -40°C ~ 125°C
安裝類型: 表面貼裝
封裝/外殼: 8-TSSOP,8-MSOP(0.118",3.00mm 寬)
供應(yīng)商設(shè)備封裝: 8-MSOP
包裝: 帶卷 (TR)
12 Analog & Interface Product Selector Guide Summer 2012
P
o
W
er
mana
gemen
T:
P
ow
er
mos
Fe
T
d
river
s
P
ar
t#
c
onfiguration
o
perating
T
emp.
r
ange
c
)
P
eak
o
utput
c
ur
rent
(
a
)
o
utput
r
esistance
(r
h/
r
l)
(m
ax.
W
@
25°
c
)
m
aximum
s
upply
Voltage
(V)
Input/
o
utput
d
ela
y
(t
d1
,t
d2)
(1)
(ns)
P
ackages
low-
s
ide
d
river
s,
0.5
a
to
1.2
a
P
eak
o
utput
c
ur
rent
MCP1401
Single,
Inverting
40
to
+125
0.5
18/16
18
40/40
5-pin
SOT-23
MCP1402
Single,
Non-inverting
40
to
+125
0.5
18/16
18
40/40
5-pin
SOT-23
TC1410
Single,
Inverting
40
to
+85
0.5
22/22
16
30/30
8-pin
PDIP,
8-pin
SOIC,
8-pin
MSOP
TC1410N
Single,
Non-inverting
40
to
+85
0.5
22/22
16
30/30
8-pin
PDIP,
8-pin
SOIC,
8-pin
MSOP
TC1411
Single,
Inverting
40
to
+85
1.0
11/11
16
30/30
8-pin
PDIP,
8-pin
SOIC,
8-pin
MSOP
TC1411N
Single,
Non-inverting
40
to
+85
1.0
11/11
16
30/30
8-pin
PDIP,
8-pin
SOIC,
8-pin
MSOP
TC1426
Dual,
Inverting
0
to
+70
1.2
18/18
16
75/75
8-pin
PDIP,
8-pin
SOIC
TC1427
Dual,
Non-inverting
0
to
+70
1.2
18/18
16
75/75
8-pin
PDIP,
8-pin
SOIC
TC1428
Dual,
Inverting
and
Non-inverting
0
to
+70
1.2
18/18
16
75/75
8-pin
PDIP,
8-pin
SOIC
TC4467
Quad,
Inverting
40
to
+85
1.2
15/15
18
40/40
14-pin
PDIP,
16-pin
SOIC
(W)
TC4468
Quad,
Non-inverting
40
to
+85
1.2
15/15
18
40/40
14-pin
PDIP,
16-pin
SOIC
(W)
TC4469
Quad,
Non-inverting
40
to
+85
1.2
15/15
18
40/40
14-pin
PDIP,
16-pin
SOIC
(W)
low-
s
ide
d
river
s,
1.5
a
P
eak
o
utput
c
ur
rent
MCP1415
Single,
Inverting
40
to
+125
1.5
7.5/5.5
18
50/55
5-pin
SOT-23
MCP1416
Single,
Non-inverting
40
to
+125
1.5
7.5/5.5
18
50/55
5-pin
SOT-23
TC4403
Single,
Non-inverting
Floating
Load
Driver
40
to
+85
1.5
5/5
18
33/38
8-pin
PDIP
TC4404
Dual,
Inverting
40
to
+85
1.5
10/10
18
15/32
8-pin
PDIP,
8-pin
SOIC
TC4405
Dual,
Non-inverting
40
to
+85
1.5
10/10
18
15/32
8-pin
PDIP,
8-pin
SOIC
TC4426A
Dual,
Inverting
40
to
+125
1.5
9/9
18
30/30
8-pin
PDIP,
8-pin
SOIC,
8-pin
DFN
TC4427A
Dual,
Non-inverting
40
to
+125
1.5
9/9
18
30/30
8-pin
PDIP,
8-pin
SOIC,
8-pin
DFN
TC4428A
Dual,
Inverting
and
Non-inverting
40
to
+125
1.5
9/9
18
30/30
8-pin
PDIP,
8-pin
SOIC,
8-pin
DFN
TC4426
Dual,
Inverting
40
to
+125
1.5
10/10
18
20/40
8-pin
PDIP,
8-pin
SOIC,
8-pin
DFN,
8-pin
MSOP
TC4427
Dual,
Non-inverting
40
to
+125
1.5
10/10
18
20/40
8-pin
PDIP,
8-pin
SOIC,
8-pin
DFN,
8-pin
MSOP
TC4428
Dual,
Inverting
and
Non-inverting
40
to
+125
1.5
10/10
18
20/40
8-pin
PDIP,
8-pin
SOIC,
8-pin
DFN,
8-pin
MSOP
TC426
Dual,
Inverting
40
to
+85
1.5
15/10
18
50/75
8-pin
PDIP,
8-pin
SOIC
TC427
Dual,
Non-inverting
40
to
+85
1.5
15/10
18
50/75
8-pin
PDIP,
8-pin
SOIC
TC428
Dual,
Inverting
and
Non-inverting
40
to
+85
1.5
15/10
18
50/75
8-pin
PDIP,
8-pin
SOIC
TC1412
Single,
Inverting
40
to
+85
2
6/6
16
35/35
8-pin
PDIP,
8-pin
SOIC,
8-pin
MSOP
TC1412N
Single,
Non-inverting
40
to
+85
2
6/6
16
35/35
8-pin
PDIP,
8-pin
SOIC,
8-pin
MSOP
MCP14E6
Dual,
Inverting
40
to
+125
2
2.2/2.8
18
45/45
8-pin
PDIP,
8-pin
SOIC,
8-pin
DFN
MCP14E7
Dual,
Non-inverting
40
to
+125
2
2.2/2.8
18
45/45
8-pin
PDIP,
8-pin
SOIC,
8-pin
DFN
MCP14E8
Dual,
Inverting
and
Non-inverting
40
to
+125
2
2.2/2.8
18
45/45
8-pin
PDIP,
8-pin
SOIC,
8-pin
DFN
MCP14E9
Dual,
Inverting
40
to
+125
3
2.2/2.8
18
75/75
8-pin
PDIP,
8-pin
SOIC,
8-pin
DFN
MCP14E10
Dual,
Non-inverting
40
to
+125
3
2.2/2.8
18
75/75
8-pin
PDIP,
8-pin
SOIC,
8-pin
DFN
MCP14E11
Dual,
Inverting
and
Non-inverting
40
to
+125
3
2.2/2.8
18
75/75
8-pin
PDIP,
8-pin
SOIC,
8-pin
DFN
n
ote
1:
td
1
=
dela
ytime
from
input
low-to-high
transition
to
output
transition.
t
d2
=
dela
ytime
from
input
high-to-low
transition
to
output
transition.
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