Nickel Plated Brass Cap 3x10mm Cylindrical Leaded Time Lag Ceramic Tube Fuse 1.6A 250VAC Board Mount With UL Approved

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Nickel Plated Brass Cap 3x10mm Cylindrical Leaded Time Lag Ceramic Tube Fuse 1.6A 250VAC Board Mount With UL Approved
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Features
Specifications
Fuse Type: Ceramic Tube Fuse
Current Rating: 1.6A
Voltage Rating: 250V
Fuse Speed: Slow Blow
Fuse Size: 3x10mm
Diameter: 3.6mm
Overall Length: 10mm
Body Material: Ceramic
High Rupture Capacity: Yes
Breaking Capacity: 50A@125V/250VAC
Highlight:

ceramic cartridge fuse

,

ceramic automotive fuses

Basic Infomation
Place of Origin: Dongguan City
Brand Name: AOLITTEL
Certification: UL,cUL
Model Number: HTP1160A
Payment & Shipping Terms
Packaging Details: Bulk,500pcs per bag
Delivery Time: 7-10 days
Payment Terms: T/T, MoneyGram
Supply Ability: 1,000,000 Pieces Per Month
Product Description

 

Nickel Plated Brass Cap 3x10mm Cylindrical Leaded Time Lag Ceramic Tube Fuse 1.6A 250VAC Board Mount With UL Approved

 

 

Applications


Primary circuit protection:
• Power supplies
• LED and general lighting
• Consumer electronics
• Desktop, laptop and notebook
• Test equipment

 

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Product description


• Time-delay
• Designed to IEC60127-3
• Nickel-plated brass single end cap construction
• 3.6 mm x 10 mm compact design utilizes less
board space
• Halogen free, lead free, RoHS compliant

 

 

Dimension    (mm)

 

Without lead Nickel Plated Brass Cap 3x10mm Cylindrical Leaded Time Lag Ceramic Tube Fuse 1.6A 250VAC Board Mount With UL Approved 1
Axial lead Nickel Plated Brass Cap 3x10mm Cylindrical Leaded Time Lag Ceramic Tube Fuse 1.6A 250VAC Board Mount With UL Approved 2

 

 

Electrical Performances (A=250V,B=125V)

 

Part

No.

Ampere

Rating

Voltage

Rating

Breaking

Capacity

I2TMelting

Integral(A2.S)

Agency Approvals

UL cUL

 

PSE

HTP0100A/B 100mA 250V/125V 50A@125V/250VAC 0.0042
HTP0125A/B 125mA 250V/125V 50A@125V/250VAC 0.010
HTP0160A/B 160mA 250V/125V 50A@125V/250VAC 0.025
HTP0200A/B 200mA 250V/125V 50A@125V/250VAC 0.035
HTP0250A/B 250mA 250V/125V 50A@125V/250VAC 0.056
HTP0300A/B 300mA 250V/125V 50A@125V/250VAC 0.10
HTP0315A/B 315mA 250V/125V 50A@125V/250VAC 0.12
HTP0350A/B 350mA 250V/125V 50A@125V/250VAC 0.15
HTP0400A/B 400mA 250V/125V 50A@125V/250VAC 0.25
HTP0500A/B 500mA 250V/125V 50A@125V/250VAC 0.35
HTP0630A/B 630mA 250V/125V 50A@125V/250VAC 0.55
HTP0750A/B 750mA 250V/125V 50A@125V/250VAC 0.70
HTP0800A/B 800mA 250V/125V 50A@125V/250VAC 1.1
HTP1100A/B 1A 250V/125V 50A@125V/250VAC 2
HTP1125A/B 1.25A 250V/125V 50A@125V/250VAC 3.8
HTP1150A/B 1.5A 250V/125V 50A@125V/250VAC 4.2
HTP1160A/B 1.6A 250V/125V 50A@125V/250VAC 6.2
HTP1200A/B 2A 250V/125V 50A@125V/250VAC 13
HTP1250A/B 2.5A 250V/125V 50A@125V/250VAC 18
HTP1300A/B 3A 250V/125V 50A@125V/250VAC 28
HTP1315A/B 3.15A 250V/125V 50A@125V/250VAC 32
HTP1350A/B 3.5A 250V/125V 50A@125V/250VAC 39
HTP1400A/B 4A 250V/125V 50A@125V/250VAC 43
HTP1500A/B 5A 250V/125V 50A@125V/250VAC 54
HTP1600A/B 6A 250V/125V 50A@125V/250VAC 58
HTP1630A/B 6.3A 250V/125V 50A@125V/250VAC 59
HTP1700A/B 7A 250V/125V 50A@125V/250VAC 63
HTP1800A/B 8A 250V/125V 50A@125V/250VAC 65
HTP2100A/B 10A 250V/125V 50A@125V/250VAC 68
HTP2100A/B 12A 250V/125V 50A@125V/250VAC 72

 

 

Electrical characteristics

 

% of Ampere Rating(In)

Blowing Time

100% * In 4 hours Min
200% * In 60 sec Max

 

Environmental data

 

Operating temperature -55 °C to +125 °C (with derating)
Thermal shock

MIL-STD- 202G, Method 107G,

test condition B (5 cycles -65 °C to +125 °C)

Vibration MIL-STD- 202G, Method 201A
Humidity MIL-STD- 202G, Method 103B, test condition A
Salt spray MIL-STD- 202G, Method 101D, Test condition B

 

 

What are the similarities and differences between a disposable fuse and a resettable fuse?

 

A restorable fuse is essentially a PTC thermistor. It is totally different from a fuse because of its operating principle: it protects a circuit as the resistance of the PTC material is positively correlated to temperature and jump at Curie point.

Nickel Plated Brass Cap 3x10mm Cylindrical Leaded Time Lag Ceramic Tube Fuse 1.6A 250VAC Board Mount With UL Approved 3

For the similarities: they both can be used for circuits for overcurrent protection and applied to a number of similar fields and circumstances. Both can be used or replaced in some circumstances. For example, both products are outstanding for battery protection applications where overcurrent protection requirement is not so strict. For protection of certain ICs and important components or at power input/output ends, only the disposable fuse may be competent. The impedance requirement is also higher for these parts. However, the PTC thermistor will be the best choice for the circumstances when products should avoid being damaged from overheat or overcurrent protection at interfaces where hot-swapping is frequent. Yet in most circumstances, the two products are greatly different or cannot replace one another. The following table shows the primary differences between the two.

Owing to the similarities and differences, the two products are available in the market for different purposes.

 

  One Time fuse Resettable PTC fuse
Internal resistance Small Large
Current sensitivity High Low
Response time Fast Low
Ageing rate Slow Fast
Leakage current None Yes
Safety performance Strong Weak
Application scope Wide Narrow
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