Current Sensing Chip Resistors

Transcription

1 FETURES SURFE MOUNTLE 106, 010 ND 51 SE SIZE LO RESISTNE & LO INDUTNE METL STRI ONSTRUTION REISON TOLERNE (±1%) ND (±50M) TO +170 TED & REEL KGING FOR ESY IK ND LE REFLO OMTILE SEIFITIONS EI ower Rating at 80 ** (ode) Temperature oefficient (ppm/ ) Range Operating Temperature Range ( ) NSR100S att 3 0.5mΩ ~ 10mΩ NSR att 3 ±50 (D)* 0.5mΩ ~ 10mΩ NSR100 1 att 1 & ±75 * 0.5mΩ ~ 15mΩ ±100 (E)* NSR00 att 1 & 0.5mΩ ~ 10mΩ 51 ±150 (K)* NSR50.5 att ±00 (F)* 4.0mΩ ~ 6.0mΩ NSR300 3 att 1 & 0.5mΩ ~ 3.0mΩ -55 ~ +170 *See Tables for Value/, ** See Tables for ENVIRONMENTL HRTERISTIS Item Specification 1 3 Test Method Temperature oefficient of s Specified MIL-STD-0, Method /-55/+5/+15/+5 Thermal Shock ±0.5% ±1% ±1% MIL-STD-0, Mehtod 107G -55 ~ +150, 100 cycles Short Time Overload ±0.5% ±1% ±1% JIS x rated power for 5 seconds to dry heat ±1% ±1% ±1% JIS without load Load Life ±1% ±1% ±1% MIL-STD-0 Method , cycles of 1.5 hours on, 0.5 hrs off for 1,000 ~ 1,048 hrs to Soldering Heat ±0.5% ±1% ±1% MIL-STD-0F Method 10E 60 ±5 for 10 sec. ±1 sec. Solderability 95% min. coverage MIL-STD-0F Method 08H 45 ±5 for 5 sec. ±0.5 sec. MXIMUM OERTING URRENT: 1 Sn Solder lating u lating lloy lating rotective oating (lack) rotective oating (Green) Metal Strip Sn Solder lating 3 No Top oating Metal Strip Sn Solder lating I (mps) (atts)/r (Ohms) RoHS ompliant includes all homogeneous materials See System for Details ower Derating urve: For operation above 70, power rating must be derated according to the following chart: ercentage of ower Rating Temperature THERML EMF EI ower Thermal Rating Value EMF NSR100S att 3 0.5m ~ 3m -1 μv/ 3.5m ~ 10m -6 μv/ NSR att 3 0.5m ~ 3m -1 μv/ 3.5m ~ 10m -6 μv/ 0.5m ~ m -1 μv/ 1 NSR100 1 att.5m ~ 7m +4 μv/ 10m ~ 15m +1 μv/ NSR m ~ m -1 μv/ att m ~ 10m -6 μv/ NSR50.5 att 4m ~ 6m -6 μv/ 1 0.5m ~ m -1 μv/ NSR300 3 att 0.5m ~ 3m -1 μv/ 3.5m ~ 10m -6 μv/ 1

2 NSR100S (1 TT, 106 SE SIZE) VILLE VLUES NSR100S*M50FTRT3F 0.5 NSR100S*M75DTRT3F 0.75 ±00ppm (F) 1.35 ± ± 0.5 NSR100S*R001DTRT3F ±0.5 NSR100S*R00DTRT3F ±0.5 NSR100S*R003DTRT3F ±0.5 NSR100S*R004DTRT3F ± ± ± ± 0.0 NSR100S*R005DTRT3F 5.0 ±50ppm (D) 1.10 ±0.5 NSR100S*R006DTRT3F ±0.5 NSR100S*R007DTRT3F ±0.5 NSR100S*R008DTRT3F ±0.5 NSR100S*R009DTRT3F ±0.5 NSR100S*R010DTRT3F ±0.5, ontact NI regarding availability of other values NSR100 (1 TT, 51 SE SIZE) VILLE VLUES NSR100*M50DTRF ± 0.0 NSR100*M75DTRF ± 0.0 NSR100*R001DTRF 1.0 ±50ppm (D) 0.65 ± 0.0 NSR100*1M50DTRF ± 0.0 NSR100*R00DTRF ± 0.0 NSR100*M50KTRF ± 0.0 ±150ppm (K) NSR100*R003KTRF ± ± ± 0.0 NSR100*R004ETRF ± 0.0 ±100ppm (E) NSR100*R005ETRF ± 0.0 NSR100*R006TRF ± 0.0 NSR100*6M50TRF 6.5 ±75ppm 0.30 ± 0.0 NSR100*R007TRF ± 0.0 NSR100*R010ETRF 10 ±100ppm (E) 0.5 ± ±0.38 1

3 NSR150 (1.5 TT, 010 SE SIZE) VILLE VLUES NSR150*M50ETRT3F 0.50 NSR150*M75DTRT3F 0.75 ±100ppm (E).17 ± ± 0.5 NSR150*R001DTRT3F ± 0.5 NSR150*R00DTRT3F ± 0.5 NSR150*R003DTRT3F ± 0.5 NSR150*R004DTRT3F ± ± ± ±0.0 NSR150*R005DTRT3F 5.0 ±50ppm (D) 1.84 ± 0.5 NSR150*R006DTRT3F ± 0.5 NSR150*R007DTRT3F ± 0.5 NSR150*R008DTRT3F ± 0.5 NSR150*R009DTRT3F ± 0.5 NSR150*R010DTRT3F ± NSR00 ( TT, 51 SE SIZE) VILLE VLUES NSR00*M50DTRF ± 0.0 NSR00*M75DTRF ± 0.0 NSR00*R001DTRF ± ± ± 0.0 NSR00*1M50DTRF ± 0.0 NSR00*R00DTRF ± 0.0 ±50ppm (D) NSR00*6M50DTRGF 6.5 NSR00*R007DTRGF 7.0 NSR00*R008DTRGF 8.0 NSR00*R009DTRGF 9.0 NSR00*R010DTRGF ± ± ± ± ± ± 0.5 NSR50 (.5 TT, 51 SE SIZE) VILLE VLUES NSR50*R004DTRGF 4.0 NSR50*4M50DTRGF 4.5 NSR50*R005DTRGF 5.0 NSR50*R006DTRGF 6.0 ±50ppm (D) 6.35 ± ± ± ± ±0.5 3

4 NSR300 (3 TT, 51 SE SIZE) TYE 1 LK OTING VILLE VLUES NSR300*M50DTRF ± ±0.38 NSR300*M75DTRF ± ±0.38 NSR300*R001DTRF 1.0 ±50ppm (D) 6.35 ± ± ± ±0.38 NSR300*1M50DTRF ± ±0.38 NSR300*R00DTRF ± ± NSR300 (3 TT, 51 SE SIZE) TYE GREEN OTING VILLE VLUES NSR300*M50ETRGF ±0.5 ±100ppm (E) NSR300*M75ETRGF ±0.5 NSR300*R001DTRGF NSR300*1M50DTRGF ± ± ± ± ±0.5 NSR300*R00DTRGF.0 ±50ppm (D) NSR300*M50DTRGF.5 NSR300*R003DTRGF ± 0.5 TYE 1 L TYE (Green Top oating & Value Marking) L TYE 3 (ithout Green Top oating & No Marking) L R007 R007 T T T RT NUMER SYSTEM NSR 100 S F R00 D TR T3 F Series RoHS compliant (lank = 1, G =, T3 = 3) ackaging: TR = Tape & Reel ode: D=50ppm, =75ppm E=100ppm, K=150ppm ode: See Values Tables ode: J=5%, H=3%, F=1% ode (S = Reduced, lank = Standard) ower Rating (100 = 1, 150 = 1.5, 00 =, 50 =.5 and 300 = 3) 4

5 106 TYE 3 ITH NO OTING NSR100S -IRE LND TTERN DIM. (mm) 0M M R R00~R R004~R R007~R R TYE 3 ITH NO OTING NSR150 -IRE LND TTERN DIM. (mm) 0M M R R R R004~R R006~R R009~R TYE 3 ITH NO OTING NSR100S 4-IRE LND TTERN DIM. (mm) D 0M M R R00~R R004~R R007~R R TYE 3 ITH NO OTING NSR150 4-IRE LND TTERN DIM. (mm) D 0M M R R R R004~R R006~R R009~R D 5

6 51 TYE 1 ITH LK OTING -IRE LND TTERN DIM. (mm) TYE ITH GREEN OTING -IRE LND TTERN DIM. (mm) 0M M R M R00~R R004~4M R005~R M50~R R008~R TYE 1 ITH LK OTING 4-IRE LND TTERN DIM. (mm) Recommended for precision current sensing D TYE ITH GREEN OTING 4-IRE LND TTERN DIM. (mm) Recommended for precision current sensing D 0M M R M R00~R R004~4M R005~R M50~R R008~R D REOMMENDED REFLO SOLDERING TEMERTURE ROFILE eak: /10 Sec Ramp up 3 /Sec. ool down 6 /Sec. 150 re-heating Max. 0 Sec. 90~10 Sec. Max. 60 Sec. Number of reflow cycles allowed: 3 times 6

7 TE DIMENSIONS (mm) K Values 1 1 E F D ll.0 ± ± ±0.1 n/a 4.0 ± ± ± ± / ± ll.85 ± ±0.1 n/a 0.85 ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ±0.3 1 ~ 3.40 ± ± ± ± ± ± ± ± ±0.3 Quantity per Reel,000 EMOSSED LSTI RRIER D 0 E D 1 F K 1 Notice: 1. The cumulative tolerance of 10 sprocket hole pitch is ±0.mm.. arrier camber shall be not more than 1mm per 100mm through a length of 50mm. 3. & measured 0.3mm from the bottom of the packet 4. K measured at a point on the inside bottom of the packet to the top surface of the carrier. 5. ocket position relative to sprocket hole is measured as the true position of the pocket and not the pocket hole. 7