CPTC Thermistor：PL Series
For Switching Application
Features
1. RoHS compliant
2. For lighting applications
3. For frequent switching
4. Small size
5. Low, medium and high resistance ratings
6. Delay time are ratings
7. Stable over a long life
8. Operating temperature range：0 ~ +60°C (V=Vmax)
-25 ~ +125°C (V=0)
Recommended Applications
1.
Electronic ballast for lamps, switching
Part No. Code
P
1
L
2
A
3
0
4
3
5
1
6
5
7
1
8
N
9
P
10
8
11
D
12
2
13
B
14
0
15
0
16
Tolerance of R
25
Product Code
PL
PTC
Thermistor for
Switching
Curie temperature
P6
P8
A0
A2
60℃
80℃
100℃
120℃
Dimensions
03
06
ψ3mm
ψ6mm
Resistance (R
25
)
850
151
152
85Ω
150Ω
1.5KΩ
Series
A
Lead Type
M
H
N
T
P
S
Q
Y
±20%
±25%
±30%
±40%
±50%
+35 ~ -15%
+35 ~ -20%
Internal
Control
Code
Packaging
B(Y)
Special
Withstanding
Voltage(Vac)
C2
D2
E0
F0
G0
H0
320V
420V
500V
600V
700V
800V
A(X)
E(V)
R(W)
F(U)
Dimensions
Bulk
Ammo Box
Pitch 12.7mm
Ammo Box
Pitch 15mm
Taping & Reel
Pitch 12.7mm
Taping & Reel
Pitch 15mm
Note:
The code in ( ) is for
RoHS control.
(Unit: mm)
THINKING ELECTRONIC INDUSTRIAL Co., LTD.
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2006.07
CPTC Thermistor：PL Series
For Switching Application
Characteristics
Curie
Temperature
Tc (℃)
PLA03101□**D2
PLA03151□**D2
PLA03221□**D2
PLA03331□**E0
PLA03471□**E0
PLA03681□**E0
PLA03102□**F0
PLA03152□**F0
PLA03222□**F0
PLA03332□**F0
PLA03472□**F0
PLA04680□**D2
PLA04101□**D2
PLA04151□**D2
PLA04221□**E0
PLA04331□**E0
PLA04471□**F0
PLA04681□**F0
PLA04102□**F0
PLA04152□**F0
PLA04222□**F0
PLA04332□**F0
PLA05680□**D2
PLA05101□**D2
PLA05151□**D2
PLA05221□**E0
PLA05331□**E0
PLA05471□**F0
PLA05681□**F0
PLA05102□**F0
PLA05152□**F0
PLA05222□**F0
PLA05332□**F0
PLA06680□**D5
PLA06101□**E0
PLA06151□**E0
PLA06221□**F0
PLA06331□**F0
PLA06471□**F0
(50/60/70/
80/90/100/
110/120)
±10
Nominal
Zero-power
Resistance
R
25
(Ω)
100
150
220
330
470
680
1000
1500
2200
3300
4700
68
100
150
220
330
470
680
1000
1500
2200
3300
68
100
150
220
330
470
680
1000
1500
2200
3300
68
100
150
220
330
470
Withstanding
Voltage
V
W
(V
AC
)
420
420
420
500
500
500
600
600
600
600
600
420
420
420
500
500
600
600
600
600
600
600
420
420
420
500
500
600
600
600
600
600
600
450
500
500
600
600
600
600
5.5~7.5
3.5~4.5
0.6
11.5
400
5.0~6.5
3.5~4.5
0.6
10.5
300
4.0~5.5
3.5~4.5
0.6
9.5
200
3.0~4.5
3.5~4.5
0.5
8.5
Maximum
Current
I
max
(mA)
D(mm)
Part No.
Dimensions
T(mm)
d±0.02(mm) H
max
(mm)
THINKING ELECTRONIC INDUSTRIAL Co., LTD.
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2006.07
CPTC Thermistor：PL Series
For Switching Application
Curie
Temperature
Tc (℃)
PLA06681□**F5
PLA06102□**F5
PLA06152□**F5
PLA06222□**F5
PLA07680□**D5
PLA07101□**E0
PLA07151□**E0
PLA07221□**F0
PLA07331□**F0
PLA07471□**F0
PLA07681□**F5
PLA07102□**F5
PLA07152□**F5
PLA07222□**F5
Note1:
□=Tolerance
of R
25
(50/60/70/
80/90/100/
110/120)
±10
Nominal
Zero-power
Resistance
R
25
(Ω)
680
1000
1500
2200
68
100
150
220
330
470
680
1000
1500
2200
Withstanding
Voltage
V
W
(V
AC
)
650
650
650
650
450
500
500
600
600
600
650
650
650
650
800
6.5~8.5
3.5~4.5
0.6
12.5
600
5.5~7.5
3.5~4.5
0.6
11.5
Maximum
Current
I
max
(mA)
D(mm)
Dimensions
T(mm)
d±0.02(mm) H
max
(mm)
Part No.
Note2: **= Code of Tc : P5, P6, P7, P8, P9, A0, A1 or A2.
R-T Characteristic Curve (Representative)
PLA05680MP8D2~PLA05681MP8F0
1,000,000,000
100,000,000
10,000,000
1,000,000
Resistance (Ω)
100,000
10,000
1,000
100
10
1
0
50
100
150
200
250
Temperature (℃)
THINKING ELECTRONIC INDUSTRIAL Co., LTD.
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2006.07
CPTC Thermistor：PL Series
For Switching Application
Soldering Recommendation
Wave Flow Soldering Profile
Preheat(air)
260℃
Temperature
Soldering
Cooling
130±20℃
Tamb
Time
1~3℃/sec 200℃/sec
<10sec
>60sec
Recommended Reworking Conditions With Soldering Iron
Item
Temperature of Soldering Iron-tip
Soldering Time
Distance from coating
Conditions
360℃ (max.)
2 sec (max.)
6 mm (min.)
THINKING ELECTRONIC INDUSTRIAL Co., LTD.
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2006.07
CPTC Thermistor：PL Series
For Switching Application
Reliability Test
Item
Standard
Test conditions / Methods
Fasten body and apply a force gradually
to each lead for 10±1 sec.
Terminal diameter
Force
(mm)
T(N)
0.35<d≦0.5
5.0
0.5<d≦0.8
10.0
Then dip each lead into 255±5
℃
solder
for 3±0.5sec.to the 4±1mm above from body .
Dip each lead into 350±10
℃
solder for 3
½4sec.
to the 4±1mm above body.
Fasten body to baseboard with solder perfectly
and supply since wave oscillation at frequency from
10 HZ to 55HZ all oscillation with 0.75 mm of
Vibrato for 24 cycles in each of 3 naturally
perpendicular plane for a total of 6 hours
Putting the PTC product in the shock equipment
Shock wave: half-sine
⊿
V=1.0m/s;Acceleration:50m/s2 ;Pulse time:30ms
-40±3
℃
×30min.→+85±2
℃
×30min ×5Cycles
excessive time:2min＜T＜3min
+40
℃
,20%R.H X 24hrs
→100
℃
X 16hrs→25
℃
X 2hrs→
+40
℃
,95%R.HX 24hrs→ 0
℃
X 2hrs→+40
℃
,95%R.HX 24hrs→
25
℃
X (1~2)hrs
Specifications
Tensile Strength
Of Terminals
IEC60068-2-21
∣△
R/R25
∣≦
20%
No damage observed
Solderability
Resistance to
Soldering Heat
IEC60068-2-20
At least 95% of terminal
electrode is covered by new
solder
∣△
R/R25
∣≦
20%
No damage observed
IEC60068-2-20
Vibration
IEC60068-2-6
∣△
R/R25
∣≦
20%
No damage observed
Shock
IEC60068-2-27
∣△
R/R25
∣≦
20%
No damage observed
Temp. cycle
IEC60068-2-14
∣△
R/R25
∣≦
20%
No damage observed
∣△
R/R25
∣≦
20%
No damage observed
Climatic sequence
IEC60738-1
Endurance at upper
category temperature
The highest
temperature and
max voltage load
Humidity
IEC60068-2-2
UCT=60
℃
, for 1000hrs
∣△
R/R25
∣≦
20%
No damage observed
IEC60738-1
UCT=60
℃
, 270V
AC
, I
≦
Imax
for 1000hrs
∣△
R/R25
∣≦
20%
No damage observed
∣△
R/R25
∣≦
20%
No damage observed
∣△
R/R25
∣≦
20%
No damage observed
IEC60068-2-3
40±5
℃
,90~95%RH,For 1000±2hrs
Room Temperature
Intermittent Load
IEC60738-1
25±5
℃
, 270V
AC
, I
≦
Imax
1min. on and 5min. Off ×½10,000 cycles
THINKING ELECTRONIC INDUSTRIAL Co., LTD.
5
www.thinking.com.tw
2006.07
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