14 | 06 | 2009
NTC Sensor Thermistor - MLGT -S1 Type Print
NTC Sensor Thermistor - MLGT Type - NTC Sensor Thermistor - MLGT Type
Written by NTC Sensor Thermistor - MLGT -S1 Type   
Sunday, 01 June 2008 20:37

  NTC Sensor Thermistor - MLGT -S1 Type

    NTC Sensor Thermistor - MLGT -S1 Type     
         
FEATURES:      
Very long-term stability, reliability and accuracy with a little secular change as being glass-sealed.  
High voltage insulation and temperature capability due to be sealed in a glass package.  
Especially Suitable for use with automatic insertion equipment.    
Various specification by size from Φ0.55 ~ Φ2.5 and very wide operating temperature range from -40℃ to +300℃   
Contribution to cost down, by the reduction of electric parts in circuits.    
As being glass sealed, no heat processing trouble happens, though resin coated items    
may become feasible in humidity-resistance or will change resistance value due to resin crack    
Reasonable price through automated production .    
           
SPECIFICATIONS        
    
    
    
    
    
    
    
    
    
    
           

Type

Item No.

Nominal Zero-

Nominal Zero-

B-value

B-value

 

Power Resistance

Power Resistance (at25°C)

(25/85°C)

 

MLGT-S1

212  

6.00kohm(0°C)  

2.186 KΩ  

3390±2%( 0~100℃)  

3420 K  

 

532  

5.369 KΩ  

5.369 KΩ

3450±2%( 0~100℃)

3480 K  

 

103  

30.0kohm(0°C)  

10.74 KΩ

3450±2%( 0~100℃)

3480 K  

 

493  

3.30kohm(100°C)  

49.12 KΩ

3970±2%( 0~100℃)

3992 K  

 

983  

0.55kohm(200°C)  

98.63 KΩ

4300±3%(100~200℃)

4066 K  

 

234  

1.00kohm(200°C)  

231.4 KΩ

4537±3%(100~200℃)

4240 K  

 

1385  

1388 KΩ  

1388 KΩ

5133±3%(200~300℃)

4557 K

 
           
Temperature rating-40℃ to 300℃B value :3480 ~5300 
Determined by rated zero-power       
Resistance at 25℃and 85℃       
Tolerance±1% ±2.5% ±5 % -   
           

Order Map

MLGT

-S1

212

F

-□□□□

 

 

(1)

(2)

(3)

(4)

(5)

(6)

 

 

 

 

 

Series Code

Type

Diameter

Item No

Tolerance

B value

 

 

SINLOON

Thermistor

 

F=1%

25/85

 

 

H=3%

 

 

 

 

J=5%

 

  

 

Last Updated ( Sunday, 01 June 2008 21:30 )