LNSZ10 Datasheet, PDF (2/10 Pages) List of Unclassifed Manufacturers – NTC Thermistor SMD

NTC Thermistor SMD
SPECIFICATIONS
1005(0402) size
Part Number
Resistance @25^oC
B constant
25/85
Dissipation
Constant
Maximum
Operating Temp.
Power Rating
LNSZ10 _ 220_ _
22§
3250K
LNSZ10 _ 300_ _
30§
3250K
LNSZ10 _ 400_ _
40§
3250K
LNSZ10 _ 450_ _
45§
3250K
LNSZ10 _ 500_ _
50§
3250K
LNSZ10 _ 600_ _
60§
3250K
-40~85 ^oC
LNSZ10 _ 101_ _
LNSK10 _ 502_ _
LNSK10 _ 103_ _
100§
5§
10§
3250K
3435K
3435K
LNSY10 _ 102_ _
1§
3670K
LNSY10 _ 222_ _
2.2§
3670K
LNSY10 _ 472_ _
4.7§
3670K
LNSY10 _ 502_ _
5§
3670K
LNSY10 _ 682_ _
6.8§
3670K
LNSY10 _ 103_ _
10§
3670K
-40~125^oC
LNSW10 _ 103_ _
10§
3890K
LNSW10 _ 223_ _
22§
3890K
LNSW10 _ 443_ _
44§
3890K
LNSV10 _ 202_ _
2§
4150K
LNSV10 _ 222_ _
2.2§
4150K
LNSV10 _ 272_ _
2.7§
4150K
1mW/^oC
100mW
-40~85^oC
LNSV10 _ 332_ _
3.3§
4150K
LNSV10 _ 103_ _
10§
4150K
LNSV10 _ 333_ _
33§
4150K
LNSV10 _ 473_ _
47§
4150K
LNSV10 _ 503_ _
50§
4150K
LNSV10 _ 583_ _
58§
4150K
LNSV10 _ 683_ _
LNSV10 _ 853_ _
LNSV10 _ 104_ _
68§
85§
100§
4150K
4150K
4150K
LNSV10 _ 124_ _
LNSV10 _ 154_ _
LNSV10 _ 334_ _
LNSV10 _ 474_ _
LNSU10 _ 333_ _
LNSU10 _ 683_ _
120§
150§
330§
470§
33§
68§
4150K
4150K
4150K
4150K
4550K
4550K
-40~125^oC
LNSU10 _ 104_ _
LNSU10 _ 224_ _
LNSU10 _ 105_ _
100§
220§
1§
4550K
4550K
4750K
LNST10 _ 474_ _
LNSU10 _ 504_ _
LNSU10 _ 205_ _
470§
500§
2§
4750K
4750K
4750K
If you want additional spec., please contact to lattron. Fax : [phone] Email : [e-mail]
Resistance @ 25^oC
The zero-power resistance at the standard temperature of 25^oC. The zero-power resistance means the value of DC resistance of a thermistor measured at a specified temperature,
with electric load being kept so small that there is no noticeable change in the measured resistance by the influence of the applied electric load.
Bconstant 25 / 85
B = ln(R /R ) / (1/T
01
0
- 1/T1)
Without special note, B constant is calculated from the resistance values at 25^oC and 85^oC [B25/85], which is the most common.
Dissipation constant (¥)‰
Dissipation factor is defined as the ratio at a specified ambient temperature of a change in power dissipation in a thermistor to the resultant body temperature change.
¡⁄¥ = P/( T1 - 25^oC ) mW/ ^oC
¡⁄P : dissipated power
¡⁄T1 : thermistor temp, 85¡ 0.1^oC
Maximum power rating P
This is the maximum handling power, keeping its temperature not exceeding the allowed maximum temperature for operation.
¡⁄Pmax = ¥(Tmax - Ta)
¡⁄¥:dissipation constant ¡⁄Ta:25^oC
¡⁄Tmax:125^oC
Thermal Time Constant
The time necessary for an unloaded thermistor to vary its temperature by 63.2% of the difference between its initial and final temperatures. Initial temperature is 85¡ 0.1^oC and final
temperature is 47.1¡ 0.1^oC.
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