5秒后页面跳转
RS605 PDF预览

RS605

更新时间: 2024-11-15 22:43:47
品牌 Logo 应用领域
乐山 - LRC 二极管局域网
页数 文件大小 规格书
2页 53K
描述
6.0A BRIDGE RECTIFIERS

RS605 数据手册

 浏览型号RS605的Datasheet PDF文件第2页 
LESHAN RADIO COMPANY, LTD.  
RS601 – RS607  
KBU601 – KBU607  
6.0A  
6.0A BRIDGE RECTIFIERS  
MAXIMUM RATINGS AND ELECTRICAL CHARACTERISTICS  
Ratings at 25  
°
C ambient temperature unless otherwise specified. Single phase,half wave,  
60Hz,resistive or inductive load. For capacitive load,derate current by 20%.  
Maximum  
Maximum  
Forward Peak  
Surge Current  
@ 8.3ms  
Maximum DC  
Reverse Current  
at rated DC  
Blocking Voltage  
per element  
Operating  
Junction  
Package  
Maximum DC  
Forward Voltage  
drop per element  
at IF =3.0ADC  
Maximum  
Average  
Peak  
Dimensions  
Forward  
Output  
Current  
Temperature  
Reverse  
Voltage  
TYPE  
Superimposed  
@TA=70°C  
IR  
PRV  
V PK  
I
IFM(Surge)  
A PK  
VF  
TJ  
O
25°CTA  
125°CTA  
A AV  
VPK  
°C  
µADC  
µADC  
50  
RS601  
RS602  
RS603  
RS604  
RS605  
RS606  
RS607  
KBU601  
100  
200  
400  
600  
800  
1000  
KBU602  
KBU603  
KBU604  
KBU605  
KBU606  
KBU607  
RS – 6  
200  
6.0  
1.1  
10  
500  
125  
.15 φ ± .23L  
13.8 φ ± 5.7L  
HOLE THRU  
.935(23.7)  
.895(22.7)  
.15  
.300  
(7.5)  
.780(19.8)  
.740(18.8)  
.700(17.8)  
.600(16.8)  
1.00  
MIN  
(25.4)  
.052(1.3)  
DIA  
.048(1.2)  
.220(5.6)  
.180(4.6)  
.079(2.0)  
.087(2.2)  
.280(7.1)  
.268(6.8)  
RS – 6  
10C–1/2  

与RS605相关器件

型号 品牌 获取价格 描述 数据表
RS6-0503R30AX RSG

获取价格

3.0 Watt regulated single output
RS6-0505D RECOM

获取价格

Highest Power Density In SIP Package
RS6-0505R30AX RSG

获取价格

3.0 Watt regulated single output
RS6-0505S RECOM

获取价格

Highest Power Density In SIP Package
RS6-0507R30AX RSG

获取价格

3.0 Watt regulated single output
RS6-0509R30AX RSG

获取价格

3.0 Watt regulated single output
RS6-0512D RECOM

获取价格

Highest Power Density In SIP Package
RS6-0512R30AX RSG

获取价格

3.0 Watt regulated single output
RS6-0512S RECOM

获取价格

Highest Power Density In SIP Package
RS6-0515D RECOM

获取价格

Highest Power Density In SIP Package