Ceramic PTC Thermistor Catalogue - Thinking Electronics Industrial

Ceramic PTC Thermistor: PPL Series
Dip Type for Inrush Current Limiter
 Features
1. RoHS compliant
2. Leaded type
3. Voltage rating: 270Vac~500Vac
4. Resistance range:10~1000Ω
5. Stable over a long time
6. Operating temperature range:
-20 ~ +85°C (V=Vmax)
-40 ~ +125°C (V=0)
7. Agency recognition:
UL/cUL File No. E138827
 Recommended Applications
1. Air conditioner
2. Server
3. LED lamp
4. Switch power supply
 Part Number Code
P
P
L
1
6
5
0
0
M
A
2
B
7
Y
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Product Code
THINKING Ceramic
PP
PTC Thermistor
PP Series
Series
L
Leaded Type
Dimensions
11
ψ11mm
16
ψ16mm
20
ψ20mm
Curie Temperature
Tolerance of R25
M
H
N
Y
±20%
±25%
±30%
Special
P8
A0
A2
A4
80℃
100℃
120℃
140℃
250
50Ω
101
100Ω
102
1000Ω
THINKING ELECTRONIC INDUSTRIAL CO., LTD.
All specifications are subject to change without notice.
X
V
U
25Ω
500
Packaging
Y
W
Resistance (R25)
Max. Voltage
A4
B7
C8
E0
26
15
Bulk
Ammo Box
Pitch 12.7mm
Ammo Box
Pitch 15mm
Taping & Reel
Pitch 12.7mm
Taping & Reel
Pitch 15mm
16
Internal
Control
Code
140 V
270 V
380 V
500 V
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2014.05
Ceramic PTC Thermistor: PPL Series
Dip Type for Inrush Current Limiter
 Structure and Dimensions

Structure

Dimensions
(Unit: mm)
D
T
H
d
P
L
max
max
max
±0.02
±1.0
Min.
PPL19100□A1B7
21.5
10.7
25.5
1.0
10
25
PPL16270□A2B7
18
7
21.5
1.0
10
25
PPL20330□A3B7
22
10.7
25.5
1.0
10
25
PPL16350□A2B7
18
7
21.5
1.0
10
25
PPL16500□A2B7
18
7
21.5
1.0
10
25
PPL11250□A2C8
13
6
17
0.6
5
25
PPL11500□A2C8
13
7
17
0.6
5
25
PPL11800□A2C8
13
7
17
0.6
5
25
PPL19500□A0C8
21.5
10.7
25.5
1.0
10
25
PPL11121□A2C8
13
7
17
0.6
5
25
PPL11151□A2C8
13
7
17
0.6
5
25
PPL14121□A3D4
15
7.5
19.5
0.8
5
25
PPL19102□A0D8
21.5
10.7
25.5
1.0
10
25
PPL16251□A2E0
18
7
21.5
1.0
10
25
PPL11501□A2E0
13
7
17
0.6
5
25
Part No.
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All specifications are subject to change without notice.
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Ceramic PTC Thermistor: PPL Series
Dip Type for Inrush Current Limiter
 Characteristics
Max.
Voltage
Zero-power
Resistance
at 25℃
Curie
Temperature
Thermal
Capacity
Max.
Non-operating
Energy at 60℃
Safety
Approvals
Vmax (Vac)
R25 (Ω)
Tc (℃)
Cth(J/K)
ENon60(J)
UL/cUL
PPL19100□A1B7
270
10
110
3.5
123
PPL16270□A2B7
270
27
120
2.3
97
PPL20330□A3B7
270
33
130
3.8
186
PPL16350□A2B7
270
35
120
2.3
97
PPL16500□A2B7
270
50
120
2.3
97

PPL11250□A2C8
380
25
115
1.0
39

PPL11500□A2C8
380
50
115
1.4
54

PPL11800□A2C8
380
80
115
1.4
54

PPL19500□A0C8
380
50
100
3.5
98
PPL11121□A2C8
380
120
115
1.4
54

PPL11151□A2C8
380
150
115
1.4
54

Part No.
PPL14121□A3D4
440
120
130
2.1
103
PPL19102□A0D8
480
1000
100
3.8
106
PPL16251□A2E0
500
250
120
2.3
97
PPL11501□A2E0
500
500
115
1.4
54

Note: □ is the tolerance of R25
 Application and Selection

Typical application circuit:
PTC
Thermistor
Bulk
Cap.
VsAC

Load
Selection
Select charging capacitor according to the following formula.
C<
0.7x(Tc-Ta)xCthx106
0.5xV2
(Unit: uF)
C: Bulk Cap.
Tc: Curie temperature of PTC
V: Voltage of capacitor charging (V=1.414xVs)
0.7: Safety factor
Ta: Ambient temperature
ENon60=0.7x(Tc-Ta)xCth
ENon60: Max Non-operating Energy at 60℃(Ta= 60)
THINKING ELECTRONIC INDUSTRIAL CO., LTD.
All specifications are subject to change without notice.
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2014.05
Ceramic PTC Thermistor: PPL Series
Dip Type for Inrush Current Limiter
 R-T Characteristic Curve (Typical)
10
8
10
7
10
6
10
8
10
10
1.PPL11501□A2E0
Resistance ()
2.PPL11151□A2C8
3.PPL11121□A2C8
4.PPL11800□A2C8
5.PPL11500□A2C8
6.PPL11250□A2C8
10
2
3
4
5
6
10
Resistance ()
Resistance ()
1
5
4
PPL14121□A3D4
6
5
10
4
3
10
2
10
10
10
10
7
3
2
10
10
1
0
40
80
120
160
1
200
0
40
Temperature(C)
10
1
Resistance ()
10
2
3
4
1.PPL16251□A2E0
2.PPL16500□A2B7
3.PPL16350□A2B7
4.PPL16270□A2B7
10
10
4
3
2
200
10
7
6
1
2
3
1.PPL19102□A0D8
2.PPL19500□A0C8
3.PPL20330□A3B7
4.PPL19100□A1B7
4
5
10
10
10
1
160
8
10
5
10
10
7
6
10
10
8
10
120
Temperature(C)
Resistance ()
10
80
4
3
2
10
0
40
80
120
160
1
200
Temperature(C)
THINKING ELECTRONIC INDUSTRIAL CO., LTD.
All specifications are subject to change without notice.
0
0
40
80
120
160
200
Temperature(C)
29
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2014.05
Ceramic PTC Thermistor: PPL Series
Dip Type for Inrush Current Limiter
 Soldering Recommendation

Wave Flow Soldering Profile
Preheating
Soldering
Cooling
Temperature
260℃ Max
Note 2
Note 3
130±20℃
Note 1
Ta
30~90 sec. <1 sec.
<10 sec.
>60sec
Time
Note
1: (1~3℃)/sec
2: Approx. 200℃/sec
3: 5℃/sec. (Max)
 Recommended Reworking Conditions With Soldering Iron
Item
Conditions
Temperature of Soldering Iron-tip
360℃ (max.)
Soldering Time
3 sec (max.)
Distance from Thermistor
2 mm (min.)
THINKING ELECTRONIC INDUSTRIAL CO., LTD.
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Ceramic PTC Thermistor: PPL Series
Dip Type for Inrush Current Limiter
 Reliability Test
Item
Standard
Test Conditions and Methods
Specifications
Robustness of
Terminations
IEC 60738-1
Gradually apply the specified force and keep the unit fixed for
10±1 sec.
Terminal diameter
Force
(mm)
T(N)
0.35<d≦0.5
5.0
0.5<d≦0.8
10.0
0.8<d≦1.25
20.0
∣△R25/R25∣≦20%
No visible damage
Solderability
IEC 60738-1
245±3 ℃ , 2±0.5 sec
Resistance to
Soldering Heat
IEC 60738-1
260±3 ℃ , 10±1 sec
Vibration
IEC 60738-1
Shock
IEC 60738-1
At least 95% of terminal
electrode is covered by
new solder
∣△R25/R25∣≦20%
No visible damage
Frequency range:10~55Hz
Amplitude: 0.75mm or 98m/s2
Direction: 3 mutually perpendicular directions
Duration: 6hrs(3x2 hrs)
Wave: half-sine
⊿V: 1.0m/s
Acceleration: 50 m/s2
Pulse time: 30ms
∣△R25/R25∣≦20%
No visible damage
∣△R25/R25∣≦20%
No visible damage
The thermal shock conditions shown below shall be repeated
5 cycles.
Rapid Change of
Temperature
IEC 60738-1
Step
Temperature (℃)
Period (minutes)
1
-40 ± 5
30 ± 3
2
Room temperature
5±3
3
85 ± 5
30 ± 3
4
Room temperature
5±3
∣△R25/R25∣≦20%
No visible damage
Climatic
Sequence
IEC 60738-1
Dry heat: 125 ℃ for 16 hrs
Damp heat first cycle: 40℃, 95% R.H ,cycle time: 24 hrs
Cold: -40℃ for 2 hrs
Damp heat (cyclic), remaining cycles: 5 cycles
Test according to IEC60068-2-30
Damp Heat,
Steady State
IEC 60738-1
40±2℃, 90~95% RH, 1000±2hrs
∣△R25/R25∣≦20%
No visible damage
Endurance at
Maximum Operating
Temperature and
Maximum Voltage
IEC 60738-1
85℃, Vmax , 1000±2hrs
∣△R25/R25∣≦20%
No visible damage
Endurance Test for
Charging of
Capacitor
Specification
Standard
Operating cycles at Vmax, 100,000 cycles
(charging of capacitor)
∣△R25/R25∣≦20%
No visible damage
THINKING ELECTRONIC INDUSTRIAL CO., LTD.
All specifications are subject to change without notice.
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∣△R25/R25∣≦20%
No visible damage
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2014.05
Ceramic PTC Thermistor: PPL Series
Dip Type for Inrush Current Limiter
 Packaging
 Taping Specification
P
∆P
∆ P
∆ h
∆ h
H1
W1
W0
P1
L1
W
H0
W2
D0
F
P0
T
(Unit: mm)
 Parameter List
Index
Parameter
Nominal dimensions
Tolerance
F
Lead spacing
5
±1
P0
Sprocket hole pitch
12.7
15
±0.3
P1
Ordinate to adjacent component lead
3.85
5
±1
P
Device pitch
12.7 (D≦10)
15.0 (D≦10)
25.4 (D >10)
30.0 (D >10)
H0
Abscissa to plane (kinked lead)
16
16
H1
Abscissa to top
W
Carrier tape width
18
18
±1
W0
Hold-down tape width
12
12
±1
W1
Sprocket hole position
9
9
±1
W2
Top distance between tape edges
3
3
Max.
△P
Body tape plane deviation
1
1
Max.
△h
Body lateral deviation
2
2
Max.
L1
Lead protrusion
0.5
0.5
Max.
D0
Sprocket hole diameter
4
4
±0.2
T
Tape thickness
0.6
0.6
±0.2
33.5(D=11)
±1
±0.5
Max.
36.0(D=14)
Note: D is the PTC disc diameter.
THINKING ELECTRONIC INDUSTRIAL CO., LTD.
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Ceramic PTC Thermistor: PPL Series
Dip Type for Inrush Current Limiter
 Quantity
Bulk Packing

Disc Size (mm)
Quantity (pcs/bag)
10<Φ<20
100
Φ≧20
50
Reel Packing

Disc Size (mm)
80 min
Quantity (pcs/reel)
07<Φ≦12
750
12<Φ≦16
500
Φ>16
250
A±1
31±1
340±10
(Unit:mm)
Disc Size
Φ<16
Φ≧16
A
46
55
348±5
Quantity (pcs/box)
07<Φ≦12
750
12<Φ≦16
500
Φ>16
250
50±5
Disc Size (mm)
18
5±
5
Ammo Packing

(Unit:mm)
 Warehouse Storage Conditions of Products

Storage Conditions:
1. Storage Temperature: -10℃~ +40℃
2. Relative Humidity: ≦75%RH
3. Keep away from corrosive atmosphere and sunlight.

Period of Storage:1 year
 Usage
Please keep products away from the conditions mentioned below to avoid their characteristic deterioration and failure.
1. Corrosive gas or deoxidizing gas(Cl2, H2S, NH3, SOx, NOx etc.)
2. Place in a vacuum or put pressure
3. Salt water, oil, solvent and chemical liquid
4. Flammable gas
5. Place in splashed water, or high humidity and dewing place
6. Other places similar to any conditions mentioned above
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