MAYLOON ELECTRONIC COMPANY LIMITED
低阻值厚膜貼片電阻         LCR Series
Low Ohm Thick Film Chip Resistor
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Low Ohm Thick Film Chip Resistor
FEATURE
Smaller Size of 0402 is available. FIGURE
High Power: 0.5W (1218), 1W (1812), 2W (2030)  
Reduction of assembly costs and matching with placement machines.
Reliability, High quality and Fast delivery.
Suitable for both reflow soldering and flow soldering.
Applications CONSTRUCTION
Telecommunication equipments.
Radio and Tape recorders.
TV tuners.
Video camera.
Watches. 
Pocket calculators.
Communication Device, Cell phone, GPS, PDA
Medical and Military equipments.
ORDERING INFORMATION
Example: LCR10J1002FR         Body Marking
Power Size Type Tolerance Resistance TCR() Packing LCR0201 ~ LCR-2512
1/16W 0402 LCR02 K = ±10% R001=0.001Ω G=±300ppm TB = T/Box.
1/10W 0603 LCR03 J = ±5% R010=0.01Ω H=±400ppm B = Bulk
1/8W 0805 LCR05 G = ±2% R100=0.1Ω I=±500ppm R=Reel Type
1/4W 1206 LCR06 F = ±1% 1R00=1Ω J=±600ppm  
1/3W 1210 LCR10 D = ±0.5% 10R0=10Ω U=±700ppm   LCR-1812, LCR-2030
1/2W 1812 LCR18 C = ±0.25% 100R=100Ω V=±800ppm    
 
  2010 LCR20 B = ±0.1% 1000=1KΩ Y=±1000ppm  
1W 2512 LCR25   1001=10KΩ Z=±1500ppm  
  1218 LCR28   1002=100KΩ    
2W 2030 LCR30   1003=1MΩ    
DIMENSION
Power Size Type  L    W    H    D1    D2  
1/16W 0402 LCR02  1.0±0.10    0.50±0.05    0.35±0.05    0.20±0.10    0.25±0.10  
1/10W 0603 LCR03  1.6±0.15    0.80±0.10    0.45±0.10    0.30±0.20    0.30±0.20  
1/8W 0805 LCR05  2.0±0.15    1.25±0.10    0.50±0.10    0.35±0.20    0.40±0.20  
1/4W 1206 LCR06  3.1±0.10    1.55±0.10    0.55±0.10    0.45±0.20    0.40±0.20  
1/3W 1210 LCR10  3.1±0.10    2.55±0.10    0.55±0.10    0.50±0.20    0.50±0.20  
1/2W 1812 LCR18  4.50 ±0.20    3.00 ±0.20    0.55 ±0.10    0.45±0.20    0.40±0.20  
2010 LCR20  5.0±0.20    2.50±0.20    0.55±0.10    0.60±0.20    0.50±0.20  
1W 2512 LCR25  6.3±0.20    3.20±0.20    0.55±0.10    0.60±0.20    0.50±0.20  
1218 LCR28  3.1±0.10    4.60±0.20    0.55±0.10    0.45±0.20    0.40±0.20  
2W 2030 LCR30  5.2±0.20    7.60±0.20    0.76±0.10    0.80±0.20    0.80±0.20