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Electrical Characteristics @ 25
?
C Unless Otherwise Specified
Average Forward
Current
I
F(AV)
16A
T
C
= 90
?
C
Peak Forward Surge
Current
I
FSM
125A
8.3ms, half sine
??
??
??
??
??
??
??
??
??
??
T
J
= 25
?
C
PIN 1
PIN 3
PIN 2
A
B
C
K
J
I
H
G
E
D
N
M
L
H
??
??
??
??
INCHES MM
??????
??????
??????
??????
??????
????????
A .583
.606
14.80
15.40
B
---
.406
---
10.30
N .098
.114
2.50
2.90
????????????????????
O
F
C .100
.112
2.55
2.85
D .248
.272
6.30 6.90
E ---
.161
---
4.10
F
---
.071
---
1.80
G .512
.543
13.00
13.80
H
.100
2.55
I
---
.035
---
0.90
J ---
.032
---
0.80
K .118
.134
3.00
3.40
L
---
.189
---
4.80
M
---
.130
---
3.30
ITO-220AB
PIN
1
3
2
O ---
.055
---
1.40
Maximum
Instantaneous
Forward Voltage
1605FCT-1620FCT
1630FCT-1640FCT
V
F
.95V
1.30V
I
FM
= 8A;
Maximum DC
Reverse Current At
Rated DC Blocking
Voltage
I
R
10uA
T
a
= 25
?
C
500uA
T
a
= 150
?
C
Maximum Reverse
Recovery Time
Trr
I
F
=0.5A,
I
R
=1.0A,
I
rr
=0.25A
1605FCT-1620FCT
1630FCT-1660FCT
1.70V
MCC
Marking
Maximum
Recurrent
Maximum
Voltage
Maximum
DC
MUR1
6
10
F
CT
M
U
R
1
6
10
F
CT
100V 70V 100V
MUR1
6
15
F
CT
M
U
R
1
6
15
F
CT
150V 105V 150V
MUR1
6
20
F
CT
M
U
R
1
6
20
F
CT
200V 140V 200V
MUR1
6
30
F
CT
M
U
R
1
6
30
F
CT
300V 210V 300V
MUR1
6
40
F
CT
M
U
R
1
6
40
F
CT
400V 280V 400V
MUR1
6
05
F
CT
M
U
R
1
6
05
F
CT
50V 35V 50V
MUR1
6
60
F
CT
M
U
R
1
6
60
F
CT
600V 420V 600V
Electrical Characteristics @ 25
?
C Unless Otherwise Specified
Average Forward
Current
I
F(AV)
16A
T
C
= 90
?
C
Peak Forward Surge
Current
I
FSM
125A
8.3ms, half sine
??
??
??
??
??
??
??
??
??
??
T
J
= 25
?
C
PIN 1
PIN 3
PIN 2
A
B
C
K
J
I
H
G
E
D
N
M
L
H
??
??
??
??
INCHES MM
??????
??????
??????
??????
??????
????????
A .583
.606
14.80
15.40
B
---
.406
---
10.30
N .098
.114
2.50
2.90
????????????????????
O
F
C .100
.112
2.55
2.85
D .248
.272
6.30 6.90
E ---
.161
---
4.10
F
---
.071
---
1.80
G .512
.543
13.00
13.80
H
.100
2.55
I
---
.035
---
0.90
J ---
.032
---
0.80
K .118
.134
3.00
3.40
L
---
.189
---
4.80
M
---
.130
---
3.30
ITO-220AB
PIN
1
3
2
O ---
.055
---
1.40
Maximum
Instantaneous
Forward Voltage
1605FCT-1620FCT
1630FCT-1640FCT
V
F
.95V
1.30V
I
FM
= 8A;
Maximum DC
Reverse Current At
Rated DC Blocking
Voltage
I
R
10uA
T
a
= 25
?
C
500uA
T
a
= 150
?
C
Maximum Reverse
Recovery Time
Trr
I
F
=0.5A,
I
R
=1.0A,
I
rr
=0.25A
1605FCT-1620FCT
1630FCT-1660FCT
1.70V
MCC
Marking
Maximum
Recurrent
Maximum
Voltage
Maximum
DC
MUR1
6
10
F
CT
M
U
R
1
6
10
F
CT
100V 70V 100V
MUR1
6
15
F
CT
M
U
R
1
6
15
F
CT
150V 105V 150V
MUR1
6
20
F
CT
M
U
R
1
6
20
F
CT
200V 140V 200V
MUR1
6
30
F
CT
M
U
R
1
6
30
F
CT
300V 210V 300V
MUR1
6
40
F
CT
M
U
R
1
6
40
F
CT
400V 280V 400V
MUR1
6
05
F
CT
M
U
R
1
6
05
F
CT
50V 35V 50V
MUR1
6
60
F
CT
M
U
R
1
6
60
F
CT
600V 420V 600V
Features
Low power loss, high efficiency
Low forward voltage, high current capability
High surge capacity
Super fast recovery times, high voltage
Maximum Ratings
Operating Junction Temperature: -55?C to %2B150?C
Storage Temperature: -55?C to %2B150?C
实际的产品信息请联系在线QQ确定!
快恢复二极管的作用
答 1: 一般地说用于较高频率的整流和续流。 至于电源模块的输入部份,好像频率不高,不必用快恢复二极管,用普通二极管即可。
答 2: 对于二极管来说,加在其两端的电压由正向变到反向时,响应时间一般很短,而相反的由反向变正向时其时间相对较长,此即为反向恢复时间,当二极管用做高频整流等时,要求反向恢复时间很短,此时就需要快恢复二极管(FRD),更高的超快恢复二极管(SRD),开关二极管,快的是肖特基管(其原理不同于以上几个二极管) 快恢复二极管(简称FRD)是一种具有开关特性好、反向恢复时间短特点的半导体二极管,主要应用于开关电源、PWM脉宽调制器、变频器等电子电路中,作为高频整流二极管、续流二极管或阻尼二极管使用。
快恢复二极管(简称FRD)是一种具有开关特性好、反向恢复时间短特点的半导体二极管,主要应用于开关电源、PWM脉宽调制器、变频器等电子电路中,作为高频整流二极管、续流二极管或阻尼二极管使用。
快恢复二极管的内部结构与普通PN结二极管不同,它属于PIN结型二极管,即在P型硅材料与N型硅材料中间增加了基区I,构成PIN硅片。因基区很薄,反向恢复电荷很小,所以快恢复二极管的反向恢复时间较短,正向压降较低,反向击穿电压(耐压值)较高。
经营方针:
日本的品质、中国的价格、六星级服务、美国的速度
日本的品质--代表的品质;中国的价格--有竞争力的价格;六星级的服务--超越顾客的期望;
美国的速度--代表快的反应速度。
MUR1660FCT
GOOD-ARK
ITO-220AB
无铅环保型
直插式
盒带编带包装