03006-5818-97-G100 Datasheet, PDF (2/8 Pages) General Semiconductor – NTC Diode Thermometrics Thermistors

Type DK Specifications
Chip thermistor in DO-35 glass package
Options
• Other resistance values within the ranges shown;
e.g. code DKA302*2 for 3000 Ω ±2% at 77°F (25°C)
• Reference temperatures in the range 0°F to 302°F
(-18°C to 150°C)
• Operation to 572°F (300°C) (no solder coating on wires)
• Wire lengths 0.16 in to 1.26 in (4 mm to 32 mm)
±0.04 in (±1 mm) for DK-N; up to 1.02 in (26 mm) for
DK-H
Coding
Replace * in the codes shown below as follows:
• Axial, loose-packed: N
• Axial, bandoliered: B
• Radial, loose-packed: H
• Surface mount, loose-packed: M
DK-N
0.08 in (2 mm)
maximum
0.02 in (0.5 mm)
nominal
1.06 in (27 mm)
minimum
0.2 in (4.2 mm)
maximum
DK-H
0.08 in (2 mm) _{0.16 in (4 mm)}
nominal
Inside radius
maximum
0.05 in (1.2 mm)
nominal
Ø 0.02 in (0.5 mm)
0.1 in (2.8 mm)
nominal
0.8 in (19.5 mm) ±1
NTC Type DK wires should not be bent within 0.08
in (2 mm) of glass body
Data
• Operating temperature: -40°F to 482°F (-40°C to
250°C)
• Thermal time constant: 7 seconds (cooling in air)
• Dissipation factor: 3.0 mW/K
• Mass: 0.2 g
• Packing/MOQ: 1000/box (loose),
5000/reel (bandoliered)
R25 W
2000
5000
10,000
10,000
12,000
10,000
20,000
30,000
50,000
100,000
200,000
500,000
1,000,000
Material B 25/85 K
system
2
3540 ±1%
2
3540 ±1%
2
3540 ±1%
5A
3730 ±2%
5A
3730 ±2%
3
3960 ±1%
3
3960 ±1%
3
3960 ±1%
3
3960 ±1%
3
3960 ±1%
G
4263 ±2%
D
4573 ±2%
D
4573 ±2%
Code
R25 ±2%
DKA202*2
DKA502*2
DKA103*2
DKC123*2
DKF103*2
DKF203*2
DKF303*2
DKF503*2
DKF104*2
Code
R25 ±3%
DKA202*3
DKA502*3
DKA103*3
DKC103*3
DKC123*3
DKF103*3
DKF203*3
DKF303*3
DKF503*3
DKF104*3
Code
R25 ±5%
DKA202*5
DKA502*5
DKA103*5
DKC103*5
DKC123*5
DKF103*5
DKF203*5
DKF303*5
DKF503*5
DKF104*5
DKG204*5
DKD504*5
DKD105*5
Code
R25 ±10%
DKA202*10
DKA502*10
DKA103*10
DKC103*10
DKC123*10
DKF103*10
DKF203*10
DKF303*10
DKF503*10
DKF104*10
DKG204*10
DKD504*10
DKD105*10
See separate tables for resistance-temperature data..
Consult factory for additional tolerance requirements.