P60DB753J-NT General Electric Company, P60DB753J-NT Datasheet - Page 2

• Manufacturer Part Number: P60DB753J-NT
• Description: Ntc Thermistors
• Manufacturer: General Electric Company

TABLE A: THERMAL AND ELECTRICAL PROPERTIES:
The following table lists the THERMAL and ELECTRICAL properties for all LARGE BEAD-IN-GLASS THERMOPROBES.
All definitions and test methods are per MIL-PRF-23648.
RESISTANCE -VS- TEMPERATURE CHARACTERISTICS: The nominal resistance range for the zero-power resistance at 25°C is shown
for each large bead-in-glass THERMOPROBE Type and each available Material System. Each Material System is denoted by an
ordering Code Letter, a referenced Curve number and the nominal 25°C/125°C resistance ratio.
TABLE B: STANDARD TOLERANCES:
TABLE C: PROBE LENGTH CODES:
± % Tolerance at 25°C
Nominal Probe Length:
Probe Length Code Letter:
Tolerance Code Letter
BODY DIMENSIONS:
lead-wires:
MATERIAL SYSTEM:
THERMAL TIME CONSTANT:
DISSIPATION CONSTANT:
POWER RATING: (in air)
LETTER
CODE
B
B
B
B
B
B
B
B
D
D
E
A
A
A
A
A
A
A
Standard
Lengths:
THERMISTOR TYPE:
CURVE
R-vs-T
Length Codes Available
10
11
12
13
14
15
16
17
Maximum Power Rating:
0
1
2
3
4
5
6
7
8
9
Minimum Lead Length:
(Special Order Only)
100% Max. Power to:
Still Water at 25°C:
Plunge into Water:
Derated to 0% at:
“L”
F
1
Still Air at 25°C:
Still Air at 25°C:
.125"
Nom. Diameter:
Max. Diameter:
Lead Material:
A
{
code “B”
code “D”
25/125
RATIO
G
2
11.8
12.5
14.0
16.9
19.8
22.1
22.7
29.4
30.8
32.3
35.7
38.1
45.0
48.1
56.5
75.6
81.0
5.0
(Refer to TABLE A for length options.)
.250"
B
5
J
.375"
.060"
.250"
.500"
.008"
.875"
10
K
Range @ 25°C
C
1.5M – 3.0M
3.0M – 8.2M
8.2M – 20M
160k – 360k
360k – 750k
750k – 1.5M
Tinned Dumet
3.00 mW/°C
1.5k – 3.6k
3.6k – 6.2k
6.2k – 9.1k
9.1k – 27k
Resistance
.060 Watts
150 – 360
360 – 750
750 – 1.5k
.60 mW/°C
27k – 43k
43k – 75k
75k – 160k
300 msec
Nominal
30 – 51
51 – 150
(Ohms)
12 sec
200°C
300°C
“A”, “C”
P60
(12.7 mm)
15
L
(1.5 mm)
(6.3 mm)
(.20 mm)
.500"
(22 mm)
D
20
M
.750"
.065"
.250"
.500"
.008"
.875"
Range @ 25°C
F
25
160k – 360k
360k – 750k
750k – 1.5M
1.5M – 3.0M
3.0M – 8.2M
8.2M – 20M
N
1.5k – 3.6k
3.6k – 6.2k
6.2k – 9.1k
9.1k – 27k
3.30 mW/°C
Tinned Dumet
Resistance
150 – 360
360 – 750
750 – 1.5k
27k – 43k
43k – 75k
75k – 160k
.065 Watts
.65 mW/°C
320 msec
30 – 51
51 – 150
Nominal
(Ohms)
13 sec
200°C
300°C
“A”, “C”
P65
(12.7 mm)
1.00"
30
(1.7 mm)
(6.3 mm)
(.20 mm)
P
H
(22 mm)
40
Q
1.25"
K
.085"
.250"
.500" (12.7 mm)
.012"
.875"
“A”, “C”, “F”, “H”
Range @ 25°C
50
1.5M – 3.0M
3.0M – 8.2M
8.2M – 20M
160k – 360k
360k – 750k
750k – 1.5M
R
1.5k – 3.6k
3.6k – 6.2k
6.2k – 9.1k
9.1k – 27k
4.00 mW/°C
Tinned Dumet
Resistance
150 – 360
360 – 750
750 – 1.5k
.085 Watts
27k – 43k
43k – 75k
75k – 160k
.85 mW/°C
400 msec
Nominal
30 – 51
51 – 150
(Ohms)
16 sec
200°C
300°C
1.50"
P85
M
Non-standard – consult factory
(2.2 mm)
(6.3 mm)
(.30 mm)
(22 mm)
1.75"
P
.100"
.250"
.500"
.012"
.875"
Range @ 25°C
“K”, “M”, “P”, “R”
“A”, “C”, “F”, “H”
1.5M – 3.0M
3.0M – 8.2M
8.2M – 20M
160k – 360k
360k – 750k
750k – 1.5M
S
Tinned Dumet
Resistance
1.5k – 3.6k
3.6k – 6.2k
6.2k – 9.1k
9.1k – 27k
1.00 mW/°C
5.00 mW/°C
150 – 360
360 – 750
750 – 1.5k
27k – 43k
43k – 75k
75k – 160k
.100 Watts
600 msec
2.00"
Nominal
30 – 51
51 – 150
(Ohms)
22 sec
200°C
300°C
P100
R
(12.7 mm)
(2.5 mm)
(6.3 mm)
(.30 mm)
(22 mm)