1996 Nov 15 1
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
FEATURES
•Different voltages to be chosen in
function of the application
•Available in three mechanical
versions
– 2322 66. 0.... naked discs
– 2322 66. 1.... leaded
– 2322 66. 3.... taped, on reel
(to diameter 12.5 mm)
•Wide range of trip and non-trip
currents: from 17 mA up to 3 A for
the trip current
•Wide range of resistance: from
1.6 Ω up to 1.9 kΩ
•Small ratio between trip and
non-trip currents
(It/Int ≤1.5 at 25 °C)
•Leaded parts withstand mechanical
stresses and vibration.
APPLICATIONS
•Telecommunications
•Automotive systems
•Industrial electronics
•Consumer electronics
•Electronic data processing.
DESCRIPTION
These directly heated thermistors
have a positive temperature
coefficient and are primarily intended
for overload protection. They consist
of a naked disc or with two tinned
brass leads.
Itat 10 °C()
I
nt at 55 °C()
--------------------------------------- =2
QUICK REFERENCE DATA
Note
1. For information only.
MECHANICAL DATA
PARAMETER VALUE UNIT
Switch temperature; note 1 120 °C
Maximum voltage:
2322 66. 0/1/3...1 56 V (DC)
2322 66. 0/1/3...3 265 V (RMS)
Temperature range:
2322 66. 0/1/3...1/3 at zero dissipation −25 to 125 °C
2322 66. 0/1/3...1/3 at Vmax 0 to +70 °C
Climatic category 25/125/56
Fig.1 Component outline for 2322 66. 0/1...1
Dimensions in mm.
For D, T and t see Table 1.
handbook, halfpage
MLB494 - 1
D
50.8
0.2
0.6O
T
5
0.5
1.4 0
0.4 l
D t
1996 Nov 15 2
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
Table 1 Device dimensions, packaging and catalogue numbers
D
TYP.
(mm)
t
±10%
(mm)
T
MAX.
(mm)
PACKAGING CATALOGUE NUMBERS
2322 ... .....
NAKED LEADED
BULK LEADED
TAPED
4.5 1.6 4.0 Fig.1 Fig.1 Fig.2 660 .5691; 660 .6891;
660 .8291
2.6 5.0 660 .1293; 660 .1593;
660 .1893; 660 .2293;
660 .2793
6.5 1.6 4.0 Fig.1 Fig.1 Fig.2 661 .1011; 661 .1211
2.6 5.0 661 .3393; 661 .3993;
661 .4793; 661 .5693
8 1.6 4.0 Fig.1 Fig.1 Fig.2 661 .1511
2.6 5.0 661 .6893; 661 .8293;
661 .1013
10 2.0 4.5 Fig.1 Fig.1 Fig.2 662 .1811
2.6 5.0 662 .1213
12 2.0 4.5 Fig.1 Fig.1 Fig.3 662 .2211; 662 .2711
2.6 5.0 662 .1513; 662 .1813
13 2.6 5.0 Fig.1 Fig.1 Fig.3 663 .3311; 663 .2213
16 2.6 5.0 Fig.1 Fig.1 −663 .3911; 663 .4711;
663 .2713
20 3.2 6.0 Fig.1 Fig.1 −664 .5611; 664 .6811;
664 .3313; 664 .3913;
664 .4713
1996 Nov 15 3
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
Thermistors on tape
Fig.2 Thermistors with ∅D < 12 mm on tape for 2322 66. 3...1/3.
Max. 0.5% of the total number of thermistors per reel may be missing, but no more than 3 consecutive positions may be vacant.
P0
P
D
d
P1F
t
D0
L
W0
W1
W2
W
H0
T
H1
H2
∆p∆p
MBE499
∆h∆h
1996 Nov 15 4
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
Characteristics concerning taped thermistors
PARAMETER VALUE
Minimum pull out force of the component 5 N
Minimum pull off force of adhesive tape 6 N
Minimum tearing force tape 15 N
Maximum pull off force tape-reel 5 N
Storage conditions
Storage temperature range −25 to +40 °C
Maximum relative humidity 80%
Fig.3 Thermistors with ∅D≥12 mm on tape for 2322 66. 3...1/3.
Max. 0.5% of the total number of thermistors per reel may be missing, but no more than 3 consecutive positions may be vacant.
P0
P
P1F
t
D0
W0
W1
W2
2
W
H0
T
H1
H2
∆p∆p
MBE500
∆h∆h
D
d
1996 Nov 15 5
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
Tape and additional device information
Table 2 Tape and other device dimensions; see Figs 1, 2 and 3
SYMBOL PARAMETER DIMENSIONS
(mm) TOLERANCE REMARKS
D body diameter:
2322 66. 0/1/3...1 see Table 1 ±0.5
2322 66. 0/1/3...3 see Table 1 ±0.5
T total thickness:
2322 66. 0/1/3...1 see Table 1
2322 66. 0/1/3...3 see Table 1
d lead diameter 0.6 ±10%
P pitch between thermistors 12.7 ±1
P2pitch between thermistors 25.4 ±2
P0feed hole pitch 12.7 ±0.3 cumulative pitch error
±1 mm/20 pitches
P1feed hole centre to lead centre 3.81 ±0.7 guaranteed between component
and tape
∆p component alignment 0 ±1.3
F lead to lead distance 5 +0.6 to −0.1 guaranteed between component
and tape
∆h component alignment 0 ±2
W tape width 18 +1 to −0.5
W0hold down tape width ≥12.5 −
W1hole position 9 ±0.5
W2hold down tape position ≤3.0 −
H1component height ≤37 −
HOlead-wire clinch height 16 ±0.5
D0feed hole diameter 4 ±0.2
t total tape thickness ≤0.9 −with cardboard tape 0.5 ±0.1 mm
L length of snipped lead ≤11 −
1996 Nov 15 6
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
Reel information
Fig.4 Dimensions of the reel for 2322 66. 3...1/3.
MBC026
42 1
56 max
22.5
1
0
30 77 85.6 92 356
max
18
3
Dimensions in mm.
∅D < 12 mm.
Fig.5 Dimensions of the reel for 2322 66. 3...1/3.
Dimensions in mm.
∅D≥12 mm.
handbook, halfpage
MBE468
46 1
60 max
22.5
1
0
30 77 85.6 92 356
max
18
3
1996 Nov 15 7
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
PACKAGING INFORMATION
PACKAGING CATALOGUE NUMBERS
SPQ PQ FIRST 7 DIGITS LAST 5 DIGITS
5000 20000 2322 660 0...1
500 10000 1...1
3000 3000 3...1
3000 12000 0...3
500 10000 1...3
3000 3000 3...3
5000 5000 2322 661 0...1
250 5000 1...1
3000 3000 3...1
3000 3000 0...3
250 5000 1...3
3000 3000 3...3
4000 4000 2322 662 0...1
200 4000 11811
100 2000 12211−12711
1500 1500 31811
3000 3000 32211−32711
3000 3000 0...3
200 4000 11213
100 2000 11513−11813
3000 3000 31213
1500 1500 31513−31813
3000 3000 2322 663 03311; 02213
100 2000 1...1
550 2750 03911; 04711; 02713
100 2000 1...3
1500 1500 32213
100 2000 2322 664 0...1
100 2000 1...1
250 1250 0...3
100 2000 1...3
1996 Nov 15 8
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
ELECTRICAL DATA
Table 3 Electrical data for 2322 66. 0/1/3...1; max. voltage = 56 V (DC); see note 1. Preferred types in bold.
Notes
1. The thermistors are clamped at the seating plane.
2. For leadless types the values given for Int and It are only valid for thermistors mounted in accordance with
“IEC 738”
.
Thermistor dissipation depends on mounting and can slightly affect the typical values.
3. For leadless types replace the dot in the catalogue numbers by 0, for types with leads replace it by 1, and for reel
packaging (for ∅Dtyp ≤13 mm) replace it by 3.
Int(2)
MAX.
at 25 °C
(mA)
It(2)
MIN.
at 25 °C
(mA)
Int(2)
at 55 °C
(mA)
It(2)
at 10 °C
(mA)
R25
(Ω)
V
MAX.
(DC)
(V)
I
MAX.
at 25 °C
(mA)
Ires
MAX.
at Vmax
and 25 °C
(mA)
DISSIP.
FACTOR
(mW/K)
CATALOGUE
NUMBERS(3)
70 100 56 112 ≈90 56 460 30 6 2322 660 .5691
90 125 68 136 ≈60 56 600 30 6 2322 660 .6891
105 150 82 164 ≈42 56 750 30 6 2322 660 .8291
130 180 100 200 ≈32 56 950 35 7 2322 661 .1011
155 220 120 240 ≈22 56 1300 35 7 2322 661 .1211
195 275 150 300 ≈18 56 1600 40 7.5 2322 661 .1511
230 330 180 360 ≈12.5 56 2200 45 8 2322 662 .1811
285 400 220 440 ≈9 56 2900 50 9 2322 662 .2211
350 495 270 540 ≈6.5 56 4000 50 9 2322 662 .2711
425 600 330 660 ≈4.3 56 6300 60 10 2322 663 .3311
505 710 390 780 ≈3.8 56 7300 70 12 2322 663 .3911
605 808 470 940 ≈2.6 56 12000 70 12 2322 663 .4711
725 1020 560 1120 ≈2.2 56 14000 100 16 2322 664 .5611
878 1240 680 1360 ≈1.6 56 18000 100 16 2322 664 .6811
1996 Nov 15 9
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
Table 4 Electrical data for 2322 66. 0/1/3...3; max. voltage = 265 V (RMS); see note 1. Preferred types in bold.
Notes
1. The thermistors are clamped at the seating plane.
2. For leadless types the values given for Int and It are only valid for thermistors mounted in accordance with
“IEC 738”
.
Thermistor dissipation depends on mounting and can slightly affect the typical values.
3. For leadless types replace the dot in the catalogue numbers by 0, for types with leads replace it by 1, and for reel
packaging (for ∅Dtyp ≤13 mm) replace it by 3.
Int(2)
MAX.
at 25 °C
(mA)
It(2)
MIN.
at 25 °C
(mA)
Int(2)
at 55 °C
(mA)
It(2)
at 10 °C
(mA)
R25
(Ω)
V
MAX.
(RMS)
(V)
I
MAX.
at 25 °C
(mA)
Ires
MAX.
at Vmax
and 25 °C
(mA)
DISSIP.
FACTOR
(mW/K)
CATALOGUE
NUMBERS(3)
15 22 12 24 ≈1900 265 110 5 6 2322 660 .1293
20 27 15 30 ≈1200 265 135 5 6 2322 660 .1593
25 33 18 36 ≈850 265 165 5 6 2322 660 .1893
30 40 22 44 ≈560 265 200 6 6 2322 660 .2293
35 50 27 54 ≈380 265 250 6 6 2322 660 .2793
45 60 33 66 ≈280 265 290 7 7 2322 661 .3393
50 70 39 78 ≈200 265 350 7 7 2322 661 .3993
60 85 47 94 ≈140 265 420 7 7 2322 661 .4793
70 100 56 112 ≈100 265 500 8 7 2322 661 .5693
90 125 68 136 ≈72 265 600 8 8 2322 661 .6893
105 150 82 164 ≈50 265 730 9 8 2322 661 .8293
130 185 100 200 ≈33 265 900 9 8 2322 661 .1013
155 220 120 240 ≈26 265 1100 12 8.5 2322 662 .1213
195 275 150 300 ≈20 265 1300 12 9.5 2322 662 .1513
230 325 180 360 ≈14 265 1700 14 9.5 2322 662 .1813
285 400 220 440 ≈10 265 2100 16 10 2322 663 .2213
350 495 270 540 ≈8 265 2500 19 12 2322 663 .2713
425 600 330 660 ≈7 265 3000 25 16 2322 664 .3313
505 715 390 780 ≈5 265 3600 25 16 2322 664 .3913
605 860 470 940 ≈3.5 265 4300 25 16 2322 664 .4713
1996 Nov 15 10
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
Fig.6 Current deviation as a function of the ambient temperature.
MGC528
454035 605550302520 7065
T ( C)
0
50
70
60
80
180
170
160
150
140
130
120
110
100
90
%
Imax
Int
It
o
15105
amb
1996 Nov 15 11
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
Fig.7 Typical trip time as a function of trip current ratio for 2322 66. 0/1/3...1.
Curve 1: ∅D = 12.0 mm.
Curve 2: ∅D = 10.0 mm.
Curve 3: ∅D = 8.0 mm.
Curve 4: ∅D = 6.5 mm.
Curve 5: ∅D = 4.5 mm.
Measured in accordance with
“IEC 738”
.
handbook, full pagewidth
CCA435
81012141612 4 6
1
10
102
(1)
(2)
(3)
(4)
(5)
10−2
ts
It / Int
1996 Nov 15 12
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
Trip-time or switching time (ts)
To check the trip-time for a specific PTC, refer to Table 3 or 4 for the value Int. Divide the overload or trip-current by this
Int and you realize the factor It/Int. This rule is valid for any ambient temperature between 0 and 70 °C. Adapt the correct
non-trip current with the appropriate curve in Fig.6. Figure 7 shows the relationship between the It/Int factor and the
switching time as a function of the PTC diameter.
EXAMPLE
What will be the trip-time at Iol = 3 A and Tamb =10°C of a thermistor type 2322 662 12711; 6.5 Ω;∅D = 12 mm:
Int from Table 3: 350 mA at 25 °C
Int: 350 ×1.08 = 378 mA (10 °C).
Overload current = 3 A; factor: 3⁄0.378 = 7.94. In Fig.7 at the 12 mm line and It/Int = 7.94, the typical trip time is 1.6 s.
Fig.8 Typical trip time as a function of trip current ratio for 2322 66. 0/1/3...3 and 2322 66. 0/1/3...1 (∅D > 12 mm).
Curve 1: ∅D = 20.0 mm.
Curve 2: ∅D = 16.0 mm.
Curve 3: ∅D = 12.0 and 13.0 mm.
Curve 4: ∅D = 10.0 mm.
Curve 5: ∅D = 8.0 mm.
Curve 6: ∅D = 6.5 mm.
Curve 7: ∅D = 4.5 mm.
Measured in accordance with
“IEC 738”
.
MLD331
8101214162146
1
10
103
102
ts
It / Int
(1)
(2)
(3)
(4)
(5)
(6)
(7)
10 1
1996 Nov 15 13
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
TESTS AND REQUIREMENTS
Clause numbers of tests and performance requirements refer to the
“CECC draft secretariat 2371 (January 1989)”
.
AQLs are selected from
“IEC 410”
. Tables with requirements for lot by lot and periodic tests.
In these tables:
D = Destructive
ND = Non-destructive.
Acceptable quality level
CLAUSE
NUMBER TEST D OR ND CONDITIONS PERFORMANCE
Group A inspection (lot by lot)
SUB-GROUP A1 ND
4.3.1 visual examination no defect likely to
impair function
4.3.2 marking
4.3.3 dimensions (gauging) as specified
SUB-GROUP A2 ND
4.4 zero power resistance temperature: 25 °C as specified
4.21 tripping current measured at 25 °C as specified
4.22 non-tripping current measured at 25 °C as specified
4.23 residual current at Vmax measured at 25 °C as specified
Group B inspection (lot by lot)
SUB-GROUP B1 D
4.13.1 soldering, solderability solder bath method: 235 ±5°C the leads shall be
evenly tinned
1996 Nov 15 14
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
Group C inspection (periodic)
SUB-GROUP C1 D
4.20.1 endurance (cycling) 10 samples
duration: 10 cycles
temperature: 25 °C
voltage:
for 2322 66. 0/1/3....1, 56 V (DC)
for 2322 66. 0/1/3....3, 265 V (RMS)
Imax: see Tables 3, 4 and Fig.6
cycle: 1 minute on and 9 minutes off
visual examination as in 4.20.1.8
zero power resistance at 25 °C∆R/R: ≤±10%
10 samples
duration: 10 cycles
temperature: 0 °C
voltage:
for 2322 66. 0/1/3....1, 56 V (DC)
for 2322 66. 0/1/3....3, 265 V (RMS)
Imax: see Tables 3, 4 and Fig.6
cycle: 1 minute on and 9 minutes off
visual examination as in 4.20.1.8
zero power resistance at 25 °C∆R/R: ≤±10%
CLAUSE
NUMBER TEST D OR ND CONDITIONS PERFORMANCE
1996 Nov 15 15
Philips Components Product specification
Thermistors for overload protection
PTC 56 V and 265 V (Ts = 120 °C) 2322 66. 0/1/3.... series
Note
1. Leads should neither come loose or break.
SUB-GROUP C2 D
4.12 robustness of terminations half of the sample
visual examination as in 4.12.4; note 1
zero power resistance at 25 °C∆R/R: ≤±10%
4.13.2 resistance to soldering
heat test Tb of
“IEC 68-2-20A”
visual examination as in 4.13.2.3
zero power resistance at 25 °C∆R/R: ≤±10%
4.14 rapid change of
temperature other half of the sample
TA: lower category temperature: −25 °C
TB: upper category temperature: +125 °C
number of cycles: 5
visual examination as in 4.14.4
zero power resistance at 25 °C∆R/R: ≤±10%
4.18 Climatic sequence all the sample as in 4.18.7.1
SUB-GROUP C3 D
4.20.3 endurance at maximum
rated temperature duration:
for 2322 66. 0/1/3....1 series, 24 hours
at 70 °C and 56 V (DC)
for 2322 66. 0/1/3....3 series, 24 hours
at 70 °C and 265 V (RMS)
examination at 24 hours
visual examination as in 4.20.3.10
zero power resistance at 25 °C∆R/R: ≤±10%
SUB-GROUP C4 D
4.19 damp heat, steady state visual examination as in 4.19.5
zero power resistance at 25 °C∆R/R: ≤±10%
CLAUSE
NUMBER TEST D OR ND CONDITIONS PERFORMANCE
