• High Inrush Ceramic Fast Acting Micro Fuse 2A 300V 6.1x2.5 Mm SSF1200
  • High Inrush Ceramic Fast Acting Micro Fuse 2A 300V 6.1x2.5 Mm SSF1200
  • High Inrush Ceramic Fast Acting Micro Fuse 2A 300V 6.1x2.5 Mm SSF1200
  • High Inrush Ceramic Fast Acting Micro Fuse 2A 300V 6.1x2.5 Mm SSF1200
  • High Inrush Ceramic Fast Acting Micro Fuse 2A 300V 6.1x2.5 Mm SSF1200
High Inrush Ceramic Fast Acting Micro Fuse 2A 300V 6.1x2.5 Mm SSF1200

High Inrush Ceramic Fast Acting Micro Fuse 2A 300V 6.1x2.5 Mm SSF1200

Product Details:

Place of Origin: MADE IN CHINA
Model Number: SSF1200

Payment & Shipping Terms:

Minimum Order Quantity: 1000PCS
Price: 0.03~0.035 USD/PC
Packaging Details: Tape in reel,1000pcs per reel
Delivery Time: 5-7 Days
Payment Terms: T/T, Western Union
Supply Ability: 1000000000PCS/Month
Get Best Price Contact Now

Detail Information

Name: Micro Fuse Voltage AC: 300V
Ir: 2A Speed: Fast Blow
Size: 6.1x2.5mm Body: Ceramic
High Light:

slow blow glass fuse

,

radial lead fuse

,

ceramic fast acting micro fuse

Product Description

 

High Inrush Surface Mount Package Ceramic Fast Acting Micro Fuse 2A 300V 6.1x2.5 mm SSF1200

 

 

Automated Equipment Production Line

 

90% of the automated production equipment is crafted in-house, which greatly enhances production efficiency and the quality of our products

 

 

Certification

 

Agency Ampere Range Agency File Number
UL 50mA ~ 7A E340427(JDYX2)
CUL 50mA ~ 7A E340427(JDYX8)

 

 

Specification

 

High Inrush Ceramic Fast Acting Micro Fuse 2A 300V 6.1x2.5 Mm SSF1200 0

Catalog Ampere Voltage Breaking Nominal Cold I2TMelting
No. Rating Rating Capacity Resistance(Ohms) Integral(A2.S)
SSF0250 250mA 300VAC 50A@300VAC 50A@250VAC 200A@125VAC 0.86 0.145
SSF0300 300mA 0.62 0.162
SSF0315 315mA 0.55 0.189
SSF0375 375mA 0.47 0.2
SSF0400 400mA 0.38 0.238
SSF0500 500mA 0.32 0.275
SSF0600 600mA 0.285 0.47
SSF0630 630mA 0.256 0.566
SSF0700 700mA 0.208 0.805
SSF0750 750mA 0.175 1.24
SSF0800 800mA 0.155 1.88
SSF1100 1A 0.148 3.5
SSF1125 1.25A 0.102 4.76
SSF1150 1.5A 0.085 6.305
SSF1200 2A 0.044 8.95
SSF1250 2.5A 0.043 16.025
SSF1300 3A 0.033 21.56
SSF1315 3.15A 0.029 22.75
SSF1350 3.5A 0.027 27.05
SSF1400 4A 0.025 31.808
SSF1500 5A 0.019 40.25
SSF1600 6A 0.018 67.245
SSF1630 6.3A 0.017 73.55
SSF1700 7A 0.015 76.28

 

 

Melting Time

 

% of Ampere Rating(In) Blowing Time
100% * In 4 hours Min
200% * In 120 sec Max

 

 

Safety Decaying Factors

 

Test results may differ between laboratory testing and actual circuit application, due to contacting resistance from different types of fuse clip/holder used and circuit layouts. Please refer to safety decaying factor calculation guide listed below, to ensure proper fuse functioning within 25±5°C.

 

♦ UL standard fuse: current rating (In)= the maximum steady current of circuit / 0.75

♦ IEC standard fuse:current rating (In)= the maximum steady current of circuit / 0.90

♦ JIS standard fuse: current rating (In)= the maximum steady current of circuit / 0.85

 

 

List of Inspection Items

 

Salt spray test

Digital microscope test

Isolation test

Thermal shock

Soldering heat resistance test 

Temperature raising test

Environmental test

Plated-thickness major material analysis 

 

 

Steps For Fuse Selection

 

1)Fuse Physical Size ► 2) Safety Agency Approvals ► 3)Voltage Rating ► 4)Current Rating ► 5)Pulse ► 6)Selection for Fuse Specific Specification ► 7)Tested in the Actual Circuit

 

 

What's the difference between the slow blow and fast acting fuse in terms of performance and application?


A slow blow fuse is different from a fast acting fuse in its capability to withstand transient pulse currents, i.e., it can withstand the surge current upon power-on/off, thus ensuring the equipment works normally. Therefore, slow blow fuses are often called time-delay fuses. Technically, a slow blow fuse features a higher I2t value, and it requires more energy to blow, so it is more capable of withstanding pulses compared with a fast acting fuse of same rated current.

 

When an overcurrent occurs in a circuit, the breaking time of a slow blow fuse takes longer than that of a fast acting fuse because of the larger I2t. Is it less protected this way as some people are worried? The answer is no. Once the circuit fails, the overcurrent will last and corresponding energy released will go beyond the I2t of the fuse until it blows out. The timing difference of slow blowing and fast acting is not significant to their protection. Slow blowing will affect the protection performance only when sensitive components existing in the protected circuit need to be protected.

 

Due to the previous difference, slow blow and fast acting fuses are applied to different circuits. Fast acting fuses must be used in purely resistive circuits (no or fewer surges) or the circuits where IC and other sensitive components need to be protected, while slow blow fuses are preferably used in capacitive or sensitive circuits where surges occur upon power-on/off and power input/output. Apart from circuits for IC protection, most applications with fast acting fuses can be replaced with slow blow ones to enhance anti-surge capability. Contrarily, replacement of applications with slow blow fuses to fast acting ones may cause the fuse to break as soon as the equipment is switched on and fails to work.

 

Furthermore, economic consideration is also an indirect factor for selection because a slow blow fuse is much expensive than a fast acting one.

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