SinglFuse™ SF-0603F Series Features
■ Surface mount packaging for automated
assembly
■ Single blow fuse for overcurrent
protection
■ 1608 (EIA 0603) miniature footprint
■ Fast-acting fuse
■ UL listed
■ RoHS compliant* and halogen free**
■ Thin film chip fuse
SF-0603F Series - Fast Acting Surface Mount Fuses
Electrical Characteristics
Rated Current
Resistance
Typical
2 2
Model
Fusing Time
Rated Voltage Breaking Capacity
(Amps)
(mΩ) Typ.***
I t (A s)
DC ±0 V
SF-0603F0±0
0.±0
2±0
DC ±0 V
±0 A
0.00±
SF-0603F063
SF-0603F080
SF-0603F100
SF-0603F12±
SF-0603F1±0
SF-0603F160
SF-0603F200
SF-0603F2±0
SF-0603F300
SF-0603F31±
SF-0603F400
SF-0603F±00
0.63
0.80
1.00
1.2±
1.±0
1.60
2.00
2.±0
3.00
3.1±
4.00
±.00
173
11±
88
63
4±
42
33
24
21
19
1±
12
0.007
0.014
0.016
0.027
0.037
0.041
0.044
0.0±±
0.082
0.089
0.239
0.433
DC 32 V
DC 32 V
±0 A
Open within 1 min.
at 200 % rated
current
DC 24 V
DC 24 V
±0 A
DC 32 V
DC 32 V
±0 A
***Resistance value was measured with less than 10 % of rated current.
Reliability Testing
Parameter
Requirement
Test Method
Carrying Capacity..................................... No fusing....................................................Rated current, 4 hours
Fusing Time.............................................. Within 1 minute ..........................................200 % of its rated current
Interrupting Ability..................................... No mechanical damages ...........................After the fuse is interrupted, rated voltage applied for
30 seconds again
Bending Test............................................. No mechanical damages ...........................Distance between holding points: 90 mm,
Bending: 3 mm,1time, 30 seconds
Resistance to Solder Heat........................ ±20 %.........................................................260 °C ±± °C,10 seconds ±1 second
Solderability.............................................. 9± % coverage minimum ...........................23± °C ±± °C, 2 ±0.± second
24± °C ±± °C, 2 ±0.± second ꢀlead freeꢁ
Temperature Rise..................................... <7± ° ..........................................................100 % of its rated current, measure of surface
temperature
Resistance to Dry Heat............................. ±20 %.........................................................10± °C ±± °C,1000 hours
Resistance to Solvent............................... No evident damage on protective..............23 °C ±± °C of isopropyl alcohol, 90 seconds coating
and marking
Residual Resistance................................. 10k W or more ...........................................Measure DC resistance after fusing
Thermal Shock ......................................... DR < 10 % .................................................-20 °C / +2± °C /+12± °C /+2± °C, 10 cycles
Typical Part Marking
How to Order
Represents total content. Layout may
SF - 0603 F 050 - 2
vary.
SinglFuse™
Asia-Pacific:
Product Designator
Tel: +886-2 2±62-4117
Fax: +886-2 2±62-4116
SMD Footprint
1608 ꢀEIA 0603ꢁ size
Europe:
Fuse Blow Type
F = Fast acting
S = Slow blow
Tel: +41-41 768 ±±±±
Fax: +41-41 768 ±±10
RATING CURRENT (A)
F = 0.50
I = 0.63
K = 0.80
L = 1.00
M = 1.25
P = 1.50
N = 1.60
S = 2.00
T = 2.50
3 = 3.00
U = 3.15
W = 4.00
Y = 5.00
Rated Current
The Americas:
0±0-±00 ꢀ±00 mA - ±.00 Aꢁ
Tel: +1-9±1 781-±±00
Fax: +1-9±1 781-±700
Packaging Type
- 2 = Tape & Reel ꢀ±,000 pcs./reelꢁ
www.bourns.com
*
RoHS Directive 2002/95/EC Jan 27 2003 including Annex.
** Bourns is using the definition that appears to be the prevalent definition used as the industry standard at this time. The Bourns definition of “halogen-free” is:
Bromine (Br) content: ≤ 900 ppm; Chlorine (Cl) content: ≤ 900 ppm; Total Br + Cl content: ≤1500 ppm.
“SinglFuse” is a trademark of Bourns, Inc.
Specifications are subject to change without notice.
The device characteristics and parameters in this data sheet can and do vary in different applications and actual device performance may vary over time.
Users should verify actual device performance in their specific applications.
5秒后页面跳转
SL74HC10N：高性能三输入与非门解析
AIC1781A 电池充电控制器深度解析
Pickering新高压舌簧继电器亮相汽车测试博览会
采用MCU+MPU双处理器架构实现的创新应用设计探索
微信公众号
抖音公众号
浙公网安备 33010502006866号 浙ICP备10014259号-119
营业执照ICP证
数据手册
如果您发现信息不准确，
