Poly Fuse Dip PTC Resettable Fuse
Radial Leaded Poly FuseDip PTC Resettable Fuse 600V 0.11A 0.15A 0.16A ForTelecom Protection
Application Of Poly Fuse Dip PTC Resettable Fuse
Secondary overcurrent protection for:
Central Office Equipment (CO)
Customer Premises Equipment (CE)
Alarm systems
Set Top Boxes (STB)
Voice over IP (VOIP)
Subscriber Line Interface Circuit (SLIC)
ADSL,PBX,MDF,IAN,WAN,T1/E1
Protection Application Guide Of Poly Fuse Dip PTC Resettable Fuse
|
Region/Specification
|
Application
|
Device Selection
|
|
North America Telcordia
GR-1089
|
*Access network equipment
Remote terminal Repeaters
WAN equipment
Cross -connect
|
TRG150
TRG160
|
|
North America
TIA-968-A, UL60950
|
Customer and IT equipment
Analog modems
ADSL, XDSL modems
Phone sets, PBX systems Internet appliances
POS terminals
|
TRG150
TRG160
|
|
North America Telcordia
GR-1089
|
Central Office
POTS/ISDN linecards
T1/E1/J1 linecards
ADSL/VDSL splitters
CSU/DSU
|
TRG150
TRG160
|
|
North America Telcordia
GR-1089
|
*Intrabuilding communication systems
LAN, VOIP cards
Local loop handsets
|
TRG150
TRG160
|
|
South America/Asia/Europe
ITU K.20 and K.21
|
Features Of Poly Fuse Dip PTC Resettable Fuse
Radial leaded devices
High voltage surge capabilities
UL94 V-0 insulating material
Agency Recognition: UL、CSA、TUV
Lead-free and compliant with the European Union RoHS Directive 2011/65/EU.
600VAC interrupt rating
Fast time–to-trip
Electrical Characteristics Of TPoly Fuse Dip PTC Resettable Fuse
|
P/N
|
Hold Current
|
Trip Current
|
Max Current
|
Max Current
|
Max Voltage
|
Max Trip Time
|
Power consumption
|
Resistance Range (Ω)
|
|
IH, (A)
|
IT,(A)
|
Vmax,(v)
|
Imax,(A)
|
Vmax,(v)
|
(A)
|
(Sec.)
|
Pdtyp(W)
|
Rmin
|
Rmax
|
R1max
|
|
TRG011
|
0.11
|
0.22
|
250
|
3.0
|
600
|
1.00
|
4.0
|
1.0
|
7.0
|
14.0
|
26.0
|
|
TRG015
|
0.15
|
0.30
|
250
|
3.0
|
600
|
1.00
|
5.0
|
1.0
|
6.0
|
12.0
|
22.0
|
|
TRG016
|
0.16
|
0.32
|
250
|
3.0
|
600
|
1.00
|
7.5
|
1.7
|
4.0
|
10.0
|
18.0
|
■IH=Hold current: maximum current at which the device will not trip at 25℃ still air.
■IT=Trip current: minimum current at which the device will always trip at 25℃ still air.
■Vmax=Maximum voltage device can withstand without damage at rated current.
■Imax=Maximum fault current device can withstand without damage at rated voltage.
■Max Time-to-trip=Maximum time to trip(s) at assigned current.
Pd max=Maximum power dissipation: maximum power dissipated by the device when in state air environment.
■Rmin=Minimum device resistance at 25℃ prior to tripping.
■Rmax=Maximum device resistance at 25℃ prior to tripping.
■R1max=Maximum device resistance at 25℃, of device one hour after being tripped the first time.
Product Dimensions & Marking Of Poly Fuse Dip PTC Resettable Fuse (Unit: mm)
|
P/N
|
A
|
B
|
C
|
D
|
E
|
Physical Characteristics
|
|
Max.
|
Max.
|
Typ.
|
Min.
|
Max.
|
Style
|
Lead Dia.
|
Material.
|
|
TRG011
|
9.0
|
12.5
|
5.1
|
7.6
|
4.6
|
1
|
0.6
|
CU
|
|
TRG015
|
9.0
|
12.5
|
5.1
|
7.6
|
4.6
|
1
|
0.6
|
CU
|
|
TRG016
|
9.0
|
12.5
|
5.1
|
7.6
|
4.6
|
1
|
0.6
|
CU
|
Thermal Derating Chart – I hold Of The 600V Dip PTC Resettable Fuse (Amps)
|
P/N
|
Ambient Operating Temperature
|
|
-40℃
|
-20℃
|
0℃
|
25℃
|
40℃
|
50℃
|
60℃
|
70℃
|
85℃
|
|
TRG011
|
0.22
|
0.19
|
0.17
|
0.14
|
0.11
|
0.10
|
0.07
|
0.07
|
0.06
|
|
TRG015
|
0.24
|
0.21
|
0.18
|
0.15
|
0.12
|
0.11
|
0.08
|
0.08
|
0.06
|
|
TRG016
|
0.25
|
0.22
|
0.19
|
0.16
|
0.13
|
0.12
|
0.08
|
0.09
|
0.07
|
Typical time to trip at 25℃ Of The 600V Dip PTC Resettable Fuse
The Time to Trip curves represent typical performance of a device in a simulated application environment. Actual performance in specific customer applications may differ from these values due to the influence of other variables.
Package information Of Poly Fuse Dip PTC Resettable Fuse
Model Q’ty/bag
TRG015-TRG016 1000 pcs
Tape and Reel Specifications
Devices taped using EIA468–B/IEC286-2 standards.
How does the Polymer-Resettable-Fuse effect work?
At normal operating temperatures, polyethylene tightly wraps the conductor in a crystalline structure, forming a low impedance conductive path as shown on the left, because of the low impedance, the current flowing through the PPTC component on the circuit generates little thermal energy which will not change the crystal structure of polyethylene.When the abnormal current occurs, the thermal energy generated on the conductor will change the polyethylene from crystalline to Amorphous, as shown on the right. In this case, the wrapped conductor will be separated by the expansion of polyethylene, leading to a rapid increase in impedance and limiting the abnormal current flowing through the PPTC component.After the abnormal current disappears, the conductor path will combine again into low impedance.
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