Panasonic ERJD2ZFJ1R4S Ntc thermistors (disc type) Datasheet

NTC Thermistors (Disc Type)
Disc Type NTC Thermistors
Type:
ERTD
Disc type negative temperaturecoefficient thermistors.
Resistance values from 8 W to 150 kW and B Values
are from 3000 K to5000 K.
n Features
l Wide selection of temperature coefficients
l Excellent electrical and thermal stability
n Recommended Applications
l Temperature detection
l Temperature compensation for measuring
instruments
l Temperature compensation for deflection coil in TV
n Explanation of Part Numbers
E
R
T
D
Ω
±
±
±
For the NTC Thermistor operated in ambient
temperature above 25 ûC, power rating should be
derated in accordance with the right figure.
Rated Load (%)
n Derating Curve for the NTC Thermistor
Ambient Temperature (˚C)
Rev.02/04
NTC Thermistors (Disc Type)
n Ratings and Characteristics
Part No.
Zero-Power
Resistance
at 25 ¡C(W)
B Value]]
(K)
Maximum
Permissible
Power(W)
Heat
Dissipation
Constant
(mW/¡C)
Thermal Time Resistance
Constant
Ratio
(s)
R25/R50
Table
A/B
Curve No.
ERTD2FEL]200S
20
3000
2.18
Ñ
ERTD2FFL]400S
40
3200
2.30
Ñ
ERTD2FGL]750S
75
3700
2.62
1
]
100
3500
2.48
Ñ
]
ERTD2FGL 101S
100
3700
2.62
2
ERTD2FGL]171S
170
3700
2.62
3
]
250
3500
2.48
Ñ
]
250
3900
2.76
4
]
ERTD2FGL 301S
300
3900
2.76
Ñ
ERTD2FFL]351S
350
3500
2.48
5
]
600
4000
2.83
6
]
800
3900
2.76
7
]
ERTD2FGL 102S
1000
3700
2.61
Ñ
ERTD2FGL]142S
1400
3900
2.76
Ñ
]
2000
4000
2.83
8
]
3300
4000
2.83
9
]
ERTD2FHL 462S
4600
4100
2.90
Ñ
ERTD2FHL]802S
8000
4100
2.90
10
ERTD2FHL]103S
ERTD2FFL 101S
ERTD2FFL 251S
ERTD2FGL 251S
ERTD2FGL 601S
ERTD2FGL 801S
ERTD2FGL 202S
ERTD2FGL 332S
0.4
4.5
20
10000
4100
2.90
Ñ
]
15000
4200
2.98
11
]
ERTD2FHL 333S
33000
4500
3.22
12
ERTD2FHL]503S
50000
4500
3.22
13
ERTD2FHL 153S
150000
4800
3.48
14
]
8
3000
2.18
15
]
ERTD3FFL 130S
13
3200
2.30
16
ERTD3FFL]160S
16
3200
2.30
Ñ
]
20
3200
2.30
Ñ
]
30
3200
2.30
Ñ
]
ERTD3FFL 400S
40
3200
ERTD3FGL]750S
75
3700
ERTD3FGL]800S
80
]
ERTD2FIL 154S
ERTD3FEL 8R0S
ERTD3FFL 200S
ERTD3FFL 300S
2.30
Ñ
2.62
Ñ
3700
2.62
Ñ
130
3700
2.62
Ñ
ERTD3FGL 501S
500
4000
2.83
Ñ
ERTD3FHL]402S
4000
4100
2.90
Ñ
20000
4500
3.22
Ñ
80000
5000
3.70
17
]
ERTD3FGL 131S
]
]
ERTD3FHL 203S
]
ERTD3FIL 803S
]
0.6
Resistance Tolerance Code
J
K
L
±5 %
±10 %
±15 %
Tolerance of ÒB valueÓ: ±10 %
kn (R25/R50)
R25=Resistance at 25.0 ¡C
B=
R50=Resistance at 50.0 ¡C
1/298.15Ð1/323.15
]]
7.0
27
l Operating Temperature Range: Ð30 to +125 ¡C
NTC Thermistors (Disc Type)
n Dimensions in mm (not to scale)
Straight Lead Type
F Type
Crimped Lead Type
Z Type
F Type
fD
T
k
W
fd
D2
5.0±0.5
1.3±0.5
30.0 min.
2.5±1.0
0.4
D3
7.5±0.5
1.4±0.5
30.0 min.
5.0±1.0
0.5
Z Type
fD
D2
5.0±0.5
T
u
1.3±0.5
3.0 max.
(nom.2.5)
h
W
fd
4.5±1.0
6.0 max.
(nom.5.0)
5.0±1.0
0.5
n Voltage vs. Current (Table B)
Ω
Ω
Ω
Ω
Ω
Ω
n Resistance vs. Temperature (Table A)
e
×
NTC Thermistors (Disc Type)
n Resistance Color Code
Code
1(1st Digit)
2(2nd Digit)
3(Multiplier)
Black
0
0
100
Brown
1
1
101
Red
2
2
102
Orange
3
3
103
Yellow
4
4
104
Green
5
5
105
Blue
6
6
106
Purple
7
7
107
Gray
8
8
108
White
9
9
109
Gold
Ñ
Ñ
10Ð1
Silver
Ñ
Ñ
10Ð2
Color
n Taping Dimensions in mm (not to scale)
Taping Type
P
P0
P1
P2
fd
F
Æh
W
W0
W1
W2
H
H0
k
fD0
t
12.7±1.0
12.7±0.3
3.85±0.70
6.35±1.30
0.50±0.05
5.0±1.0
0±5.0
18.0+1.0
Ð0.5
12.5 min.
9.00+0.75
Ð0.50
3.0 max
21.0±2.0
16.0±0.5
2.0 max.
4.0±0.3
0.5±0.2
NTC Thermistors (Disc Type)
Disc Type NTC Thermistors
Handling Precautions
Safety Precautions
The Disc Type NTC Thermisters (hereafter referred to as ÒThe NTC ThermistorsÓ) may fail in burnout, flaming or
glowing in the worst case, when subjected to severe conditions of electrical, environmental and/or
mechanical stresses.
The following Ò Safety PrecautionsÓ and ÒApplication NotesÓ should be taken into consideration. For any
questions regarding the ÒHandling PrecautionsÓ, please contact our engineering section or factory.
1.
Precautions for Safety
1.1 Operating Power
The NTC Thermistors should not be operated beyond their specified Maximum Permissible Power in the Catalog or
the Individual Specifications, otherwise , burnout or damages due to the thermal run awa could result. (if operated in
ambient temperature above 25 ¡C, power rating should be derated in accordance with the derating curve.)
1.2 Operating Temperature Range
The NTC Thermistors should not be operated beyond their specified Operating Temperature Range of in
the Catalog or the Individual Specifications.
(Do not touch the heated part of the NTC Themistors by hand during operation)
1.3 Plastic Molding and Potting
In case of plastic molding or potting, the NTC Thermistors may be damaged or deteriorated by extreme
mechanical stresses such as expanding and shrinking forces caused by the heat treatment of the plastics
applied (depending on curing conditions and types of plastics)
1.4 Environmental Conditions
The NTC Thermistors should not be operated and/or stored under the following environmental conditions;
a) Direct exposure to water or drops of water.
b) Direct exposure to sunlight.
c) Under conditions of high humidity or water condensation.
d) Direct exposure to oil, gasoline or organic solvent and/or atomospheres of them.
e) Under conditions of deoxidized or corrosive atomospheres such as chlorine, hydrogen sulfide, sulfur oxide
or vinyl chloride.
f) Under severe conditions of extreme vibration or shock.
1.5 Mounting
Do not let other parts touch the Thermistors because other coating is not a generated insulator.
1.6 Fail-Safe Design for Equipment
In application of the Termistors, equipment should be protected against deterioration and failures of the Thermistors.
2. Application Notes
2.1 Soldering Flux
Rosin-based and non-activated type soldering flux is recommended.
2.2 Post Soldering Cleaning
In case of solvent cleaning, outer coating material of the NTC Thermistors may acquire the solvent, depending on the cleaning condition and type of cleaning solvent.
2.3 Abnormal Mechanical Stresses
The NTC Thermistors may be damaged or deteriorated, when dropped or exposed to a large impact. Excessive
shock and impact should not be applied.
2.4 Soldering
(1) When soldering the thermistor, solder for as short time as possible to minimize the exposure time of
the element to the melting point of solder.
Take into account the solder-heat resistance of the product before use.
(2) In soldering the device, the body and outer coating section should not be touched by molten solder
and/or heated iron tip.
2.5 Long Term Storage
(1) NTC Thermistors should not be stored under severe conditions of high temperature and/or high humidity.
(2) NTC Thermistors should not be stored under conditions of corrosive atomospheres such as hydrogen
sulfide, sulfur oxide, chlorine, and ammonia etc.
(3) NTC Thermistors should not be exposed to direct sunlight.
(4) NTC Thermistors should not be stored under conditions of condensation.
(5) Store them indoors under 40 ¡C max. and 75 %RH max.
Use them within one year of manufacture and check the solderability before use.