Current Sensing Chip Resistors

Transcription

1 FEURES SURFCE MOUNE 106, 010 ND 51 CSE SIZE O RESISNCE & O INDUCNCE ME SRI CONSRUCION RECISON OERNCE (±1%) ND (±50M) O +170 C ED & REE CKGING FOR ESY ICK ND CE REFO COMIE SECIFICIONS EI ower Rating at 80 C ** (Code) emperature Coefficient (ppm/ C) Range Operating emperature Range ( C) NCSR100S att 0.5mΩ ~ 10mΩ NCSR att ±50 (D)* 0.5mΩ ~ 10mΩ NCSR100 1 att 1 & ±75 * 0.5mΩ ~ 15mΩ ±100 (E)* NCSR00 att 1 & 0.5mΩ ~ 10mΩ 51 ±150 (K)* NCSR50.5 att ±00 (F)* 4.0mΩ ~ 6.0mΩ NCSR00 att 0.5mΩ ~.0mΩ -55 C ~ +170 C *See ables for Value/, ** See ables for ENVIRONMEN CHRCERISICS Item Specification 1 est Method emperature Coefficient of s Specified MI-SD-0, Method 04 +5/-55/+5/+15/+5 C hermal Shock ±0.5% ±1% ±1% MI-SD-0, Mehtod 107G -55 C ~ +150 C, 100 cycles Short ime Overload ±0.5% ±1% ±1% JIS-C x rated power for 5 seconds to dry heat ±1% ±1% ±1% JIS-C C without load oad ife ±1% ±1% ±1% MI-SD-0 Method C, cycles of 1.5 hours on, 0.5 hrs off for 1,000 ~ 1,048 hrs to Soldering Heat ±0.5% ±1% ±1% MI-SD-0F Method 10E 60 C ±5 C for 10 sec. ±1 sec. Solderability 95% min. coverage MI-SD-0F Method 08H 45 C ±5 C for 5 sec. ±0.5 sec. MXIMUM OERING CURREN: 1 Sn Solder lating Cu lating lloy lating rotective Coating (lack) rotective Coating (Green) Metal Strip Sn Solder lating No op Coating Metal Strip Sn Solder lating I (mps) (atts)/r (Ohms) ower Derating Curve: For operation above 80 C, power rating must be derated according to the following chart: ercentage of ower Rating RoHS Compliant includes all homogeneous materials See System for Details emperature C HERM EMF EI ower hermal Rating Value EMF NCSR100S att 0.5m ~ m -1 μv/ C.5m ~ 10m -6 μv/ C NCSR att 0.5m ~ m -1 μv/ C.5m ~ 10m -6 μv/ C 0.5m ~ m -1 μv/ C 1 NCSR100 1 att.5m ~ 7m +4 μv/ C 10m ~ 15m +1 μv/ C NCSR00 51 att 1 0.5m ~ m -1 μv/ C 6.5m ~ 10m -6 μv/ C NCSR50.5 att 4m ~ 6m -6 μv/ C NCSR00 att 0.5m ~ m -1 μv/ C.5m ~ 10m -6 μv/ C 1

2 NCSR100S (1, 106 CSE SIZE) VIE VUES NCSR100S*M50FRF 0.5 ±00ppm (F) () 1.5 ±0.5 NCSR100S*M75KRF 0.75 ±150ppm (K) 1. ± 0.5 NCSR100S*R001DRF ±0.5 NCSR100S*R00DRF ±0.5 NCSR100S*R00DRF ±0.5 NCSR100S*R004DRF ±0.5.0 ± ± ± 0.0 NCSR100S*R005DRF ±0.5 NCSR100S*R006DRF ±0.5 NCSR100S*R007DRF ±0.5 NCSR100S*R008DRF ±0.5 NCSR100S*R009DRF ±0.5 NCSR100S*R010DRF ±0.5, Contact NIC regarding availability of other values NCSR100 (1, 51 CSE SIZE) VIE VUES NCSR100*M50DRF ± 0.0 NCSR100*M75DRF ± 0.0 NCSR100*R001DRF ± 0.0 NCSR100*1M50DRF ± 0.0 NCSR100*R00DRF ± 0.0 NCSR100*M50KRF ± 0.0 ±150ppm (K) NCSR100*R00KRF.0 6.5± ± ± 0.0 NCSR100*R004ERF ± 0.0 ±100ppm (E) NCSR100*R005ERF ± 0.0 NCSR100*R006RF ± 0.0 NCSR100*6M50RF 6.5 ±75ppm 0.0 ± 0.0 NCSR100*R007RF ± 0.0 NCSR100*R010KRF 10 ±150ppm (K) 0.5 ± 0.0 NCSR100*R011DRGF 11 NCSR100*R01DRGF 1 NCSR100*R01DRGF 1 NCSR100*R014DRGF 14 NCSR100*R015DRGF 15 () 1.0 ± ± ± ± ± 0.5

3 NCSR150 (1.5, 010 CSE SIZE) VIE VUES NCSR150*M50FRF 0.50 ±00ppm (F) ().17 ± 0.5 NCSR150*M75KRF 0.75 ±150ppm (K).04 ± 0.5 NCSR150*R001DRF ± 0.5 NCSR150*R00DRF ± 0.5 NCSR150*R00DRF ± 0.5 NCSR150*R004DRF ± ± ± ±0.0 NCSR150*R005DRF ± 0.5 NCSR150*R006DRF ± 0.5 NCSR150*R007DRF ± 0.5 NCSR150*R008DRF ± 0.5 NCSR150*R009DRF ± 0.5 NCSR150*R010DRF ± 0.5 NCSR00 (, 51 CSE SIZE) VIE VUES NCSR00*M50DRF ± 0.0 NCSR00*M75DRF ± 0.0 NCSR00*R001DRF ± ± ± 0.0 NCSR00*1M50DRF ± 0.0 NCSR00*R00DRF ± 0.0 NCSR00*6M50DRGF 6.5 NCSR00*R007DRGF 7.0 NCSR00*R008DRGF 8.0 NCSR00*R009DRGF 9.0 NCSR00*R010DRGF ± ± ± 0.0 () 1.0 ± ± ± 0.5 NCSR50 (.5, 51 CSE SIZE) VIE VUES NCSR50*R004DRGF 4.0 NCSR50*4M50DRGF 4.5 NCSR50*R005DRGF 5.0 NCSR50*R006DRGF ± ± ±0.0 ().18 ± ±0.5

4 NCSR00 (, 51 CSE SIZE) VIE VUES () NCSR00*M50ERGF ±0.5 ±100ppm (E) NCSR00*M75ERGF ±0.5 NCSR00*R001DRGF NCSR00*1M50DRGF ± ± ± ± ±0.5 NCSR00*R00DRGF.0 NCSR00*M50DRGF.5 NCSR00*R00DRGF.0 YE 1 YE (Green op Coating & Value Marking) 1.18 ± 0.5 YE (ithout Green op Coating & No Marking) R007 R007 R NUMER SYSEM NCSR 100 S F R00 D R F Series RoHS compliant (lank = 1, G =, = ) ackaging: R = ape & Reel Code: D=50ppm, =75ppm E=100ppm, K=150ppm Code: See Values ables Code: J=5%, H=%, F=1% Code (S = Reduced, lank = Standard) ower Rating (100 = 1, 150 = 1.5, 00 =, 50 =.5 and 00 = ) RECOMMENDED REFO SODERING EMERURE ROFIE eak emperature 60 C 1 ~ 5 C/Sec ~ 5 C/Sec. 10 Sec Sec ~ 9 C/Sec. 0 4

5 -IRE ND ERN DIM. (mm) (no traces between pads to avoid short circuit) C IRE ND ERN DIM. (mm) Recommended for precision current sensing (no traces between pads to avoid short circuit) C D C D C E 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. 1 ~.40 ± ± ± ± ± ± ± ± ±0. Quantity per Reel,000 EMOSSED SIC CRRIER D 0 E D 1 F K 1 Notice: 1. he cumulative tolerance of 10 sprocket hole pitch is ±0.mm.. Carrier camber shall be not more than 1mm per 100mm through a length of 50mm.. & measured 0.mm 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. 5