CSB593

CSB-SERIES VITROHM | Alldatasheet

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File Nr. 3980.18-450.103.09 | Revision: 202105 AEC - Q200 Qualified CSB Series Datasheet Shunt Open Frame Surface Mount Resistor Type / Size CSB251 CSB392 CSB593 Nominal Power Rating P70 [W] Up to 4.3 Up to 12 Up to 15 Resistance Range (Preferred values) [Ω] R0, R0003,R0005,R001,R0013, R002,R003,R004,R005,R0068,R01 R0002,R0003,R0005,R0007,R001, R0015,R002,R0025,R003,R004,R005 R0001,R0002,R0003,R0004, R0005, R0006,R001,R002 Tolerances ±[%] F = 1%, H = 3%, J = 5% Temperature Coefficient [ppm/ºC] See table Operating Temperature Range [ºC] -55 … +170 Inductance [nH] < 2 < 3 < 3 Max. working voltage [V]RMS Type CSB251 CSB392 CSB593 Resistor Dim. PCB Layout (Solder pad) High Conductivity Copper Terminals Excellent Long-term Stability Flame Resistance Solid Metal Construction AEC-Q200 Qualified RoHs e REACH Compliant CSB 251 F K - 13- R002 AA Type Size Tol. Pack- Code TC Reel diam. *R Value 251=2512 392=3921 593=5931 F = ±1% H = ±3% J = ±5% Blister tape Base on spec. 13- inch AA = Standard S0 = Special *0.2 mΩ to 4 mΩ there are 3~4 digits indicated the resistance value. Letter R/ L is decimal point (L2 = 0.0002Ω, 0R001 =1mΩ) Tol. for t≤0,67mm , for t>0,67 applicable tol. Is +0/-0,7 Tol. for t≤0,68mm , for t>0,68 applicable tol. Is +0/-0,8 **For 0,1mΩ , 4,8mm +0,1/-1,0mm Dim. (B) see table next page Automotive Industrial Power & Energy

File Nr. 3980.18-450.103.09 | Revision: 202105 Type CSB251 CSB392 CSB593 Derating Linear [ºC] 70…170 (0W) Short Time Overload Resistance to Soldering Heat IEC60115-1 clause 4.18 ±[%] N.A. Low Temperature Storage High Temperature Exposure Mil-STD-202 Method 108 +170[ºC] 1000[H] ±[%] 1 Rapid change of temperature IEC60115-1 clause 4.19 and IEC60068-2-14 (30 [min] -55 [ºC] and 30 [min] +150 [ºC]) ±[%] 0,5 Biased Humidity MIL-STD-202 Method 103 ±[%] 0,5 Vibrations Mil-STD-202 Method 204 (10 to 2000 [Hz], 5 [G] for 20 [min], 12 cycles, each of 3 orientation ±[%] 0,2 Mechanical Shock Mil-STD-202 Method 213 (100 [G],6[ms], Half sine) ±[%] 0,2 Solderability IEC60068-2-20 and J-STD-002 Solder bath method (> 95% coverage) Stability deviation * Tt = Terminal Temperature ±[%] < 0.5 after 2000 Hours * Tt = 110ºC < 1.0 after 2000 Hours * Tt = 140ºC Type Value [mΩ] Resistance values Thickness t [mm] TCR [ppm] P70 [W] P100 [W] Material Resistive alloy TCR [ppm] CSB251 [AA = Standard] 0.0 R0 0.42 --- --- --- Tin Plated Copper ---- 0.3 L3 0,95 < 100 4.3 3.0 Copper Manganese MC2Alloy <±10 0.5 L5 0,85 < 75 4.3 3.0 Copper Manganese 43 Alloy 1.0 R001 0,42 < 50 4.3 3.0 1.3 1L3 0,33 4.3 3.0 2.0 R002 0,67 4.3 3.0 Aluchrom Alloy <-25 3.0 R003 0,45 2.9 2.0 4.0 R004 0,33 2.9 2.0 5.0 R005 0,33 2.1 1.5 6.8 6L8 0,33 2.1 1.5 10 R01 0,33 1.4 1.0 Type Value [mΩ] Resistance values Thickness t [mm] TCR [ppm] P70 [W] P100 [W] Material Resistive alloy TCR [ppm] CSB392 [AA = Standard]

0.2 L2 1,42 < 150 12 5 Copper Manganese MC2Alloy

<±10

0.3 L3 1,42 < 100 10 5

Copper Manganese 43 Alloy 0.5 L5 0,84 < 70 9 5

0.7 L7 0,60 < 60 8 5

1.0 R001 0,42

< 50 7 4 1.5 1L5 0,91 7 4.5 Aluchrom Alloy <-25

2.0 R002 0,68 6 4

2.5 2L5 0,54 5 3.5

3.0 R003 0,45 5 3

4.0 R004 0,34 4 2,5

5.0 R005 0,27 3 2

[mΩ] Resistance values Thickness TCR [ppm] P70 [W] P100 [W] B [mm] Material Resistive alloy TCR [ppm] t1 t2 CSB593 [AA = Standard]

0.1 L1 1,42 1,42

< 100 15 10 3,7 Copper Manganese MC2Alloy <±10

0.2 L2 1,40 1,40 15 10 5,0

Copper Manganese 43 Alloy 0.3 L3 0,93 0,93 10 7 5,0

0.4 L4 0,72 0,72 9 6,5 5,0

0.5 L5 0,56 0,56 < 75 8 6 5,0

0.6 L6 0,47 0,47 8 6 5,0 Copper Manganese 43 Alloy <±10

1.0 R001 0,91 0,91 < 50 9 6 5,0 Aluchrom Alloy <-25 2.0 R002 0,46 0,70 7 4 5,0 CSB593 [S0 = Special] 0.5 L5 1,62 1,42 < 75 10 7 4,4 Aluchrom Alloy <-25

File Nr. 3980.18-450.103.09 | Revision: 202105 The resistors marking will follow below concept: 4 digits where ”R” designates the decimal location in ohms, e.g. 1mΩ the product marking is R001. 0.2mΩ , 0.3mΩ , 0.5mΩ 1 ~ 4mΩ The "m" is used as a decimal point ; the other 3 digits are significant and the unit is milliohm 0 .2mΩ to 0.5mΩ The "R" is used as a decimal point ; the other 3 digits are significant 1mΩ to 4mΩ Power Derating Curve Resistance Change vs Temperature Typical Resistance Drift (Copper Manganese 43 Alloy) Resistance Change vs Temperature Typical Resistance Drift (Copper Manganese MC-2 Resistance Change vs Temperature Typical Resistance Drift (A1 Alloy) Pulse Power Curve

File Nr. 3980.18-450.103.09 | Revision: 202105 The standard packaging CSB dimensions below (blister tape [mm]). Tape and reel information Specification : IEC60286-3 Tape width [mm] Reel size Parts per reel CSB251 12 330 = 13” 5000 CSB392 16 3000 CSB593 24 2000