21 applications ? commodity product: 2 families nd or ne : general purpose nv : professional ? alarm and temperature measurement application ? temperature regulation application ? level detection application ? compensation application technology ? nd: epoxy-phenolic resin coating ne: epoxy resin coating (recommended for severe mounting conditions) nv: epoxy varnish coating ? leads: radial copper wire tinned ? marking: on package only for nd03 & ne03 nd/ne 06/09:nominal resistance and tolerance for ?%, ?0% nv06/09: nominal resistance and tolerance ? delivery mode: bulk, reeled or ammopacked performance characteristics types general purpose professional nd03 or ne03 nd06 or ne06 nd09 or ne09 nv06 nv09 climatic category 55/125/56-434 55/125/56-434 operating temperature ?5 to +150? ?5 to +150? ?5 to +150? ?5 to +150? ?5 to +150? tolerance on rn 330 ? to 1m ? : ?%, ?0%, ?0% ?%, ?0%, ?0% ?%, ?%, ?0% ?%, ?%, ?0% (25?) 5, 10, 20% 1500 ? to 150 k ? : 3% maximum dissipation at 25? 0.25 w 0.71 w 0.9 w 0.69 w 0.85 w thermal dissipation factor 5 mw/? 7.1 mw/? 9 mw/? 6.9 mw/? 8.5 mw/? thermal time constant 10 s 22 s 30 s 18 s 30 s response time < 3s standardization nv range : approved by nfc 93271 type: tn115 a for nv06 tn116 for nv09 list: gam-t1 list: lnz options consult factory for availability of options: ? other nominal resistance values ? other tolerances ? alternative lead materials or lengths ? controlled dimensions leaded discs n.03 n.06 n.09 ntc disc thermistors nd 03/06/09 ? ne 03/06/09 ? nv 06/09
22 ntc disc thermistors nd/ne 03 part number rn at 25? ( ? ) material code b (k) at 25? (%/?) ( ? b/b ) n_03i00331 330 n_03i00471 470 i 3250 (1) ?3.7 n_03j00681 680 n_03j00102 1,000 j 3480 (2) ?3.9 n_03k00152 1,500 n_03k00222 2,200 k 3630 (2) ?4.0 n_03l00272 2,700 l 3790 (2) ?4.2 n_03l00332 3,300 n_03m00472 4,700 n_03m00682 6,800 m 3950 (2) ?4.4 n_03n00103 10,000 n_03n00153 15,000 n 4080 (2) ?4.6 n_03p00223 22,000 n_03p00333 33,000 p 4220 (2) ?4.7 n_03q00473 47,000 n_03q00683 68,000 q 4300 (2) ?4.7 n_03r00104 100,000 n_03r00154 150,000 r 4400 (2) ?4.8 n_03s00224 220,000 s 4520 (2) ?5.0 n_03t00334 330,000 t 4630 (2) ?5.1 n_03t00474 470,000 n_03u00105 1,000,000 u 4840 (2) ?5.3 (1) 5% (2) 3% 35 (1.38) min 3.5 (.138) max 3 (.118) max ? 0.5 (.020) +10 % -0.05 2.54 (0.1) 3 (.118) max table of values nd03/ne03 type nd03/ne03
23 ntc disc thermistors nd/ne/nv 06 part number rn at 25? ( ? ) material code b (k) at 25? (%/?) ( ? b/b ) n_06j00151 150 n_06j00221 220 j 3480 (2) ?3.9 n_06k00331 330 n_06k00471 470 k 3630 (2) ?4.0 n_06l00681 680 l 3790 (2) ?4.2 n_06l00102 1,000 n_06m00152 1,500 m 3950 (2) ?4.4 n_06n00222 2,200 n_06n00332 3,300 n 4080 (2) ?4.6 n_06p00472 4,700 n_06p00682 6,800 p 4220 (2) ?4.7 n_06p00103 10,000 n_06q00153 15,000 q 4300 (2) ?4.7 n_06q00223 22,000 n_06r00333 33,000 r 4400 (2) ?4.8 n_06s00473 47,000 s 4520 (2) ?5.0 n_06s00683 68,000 n_06t00104 100,000 t 4630 (2) ?5.1 n_06u00154 150,000 n_06u00224 220,000 u 4840 (2) ?5.3 n_06u00334 330,000 (1) 5% (2) 3% 35 (1.38) min 6.3 (.248) max 3.5 (.138) max ? 0.6 (.024) +10% -0.05 5.08 (0.2) 3 (.118) max table of values nd06/ne06/nv06 nv06 35 (1.38) min 6.3 (.248) max 4 (.157) max ? 0.6 (.024) +10% -0.05 5.08 (0.2) 3 (.118) max nd06/ne06 for other resistance values, please consult us.
24 ntc disc thermistors nd/ne/nv 09 table of values nd09/ne09/nv09 35 (.138) min 9.5 (.374) max 3.5 (.138) max ? 0.6 (.024) +10 % -0.05 5.08 (.02) 3 (.118) max nv09 35 (.138) min 9.5 (.375) max 5 (.197) max ? 0.6 (.024) +10 % -0.05 5.08 (.02) 3 (.118) max nd09/ne09 part number rn at 25? ( ? ) material code b (k) at 25? (%/?) ( ? b/b ) n_09j00680 68 j 3480 (2) ?3.9 n_09j00101 100 n_09k00151 150 k 3630 (2) ?4.0 n_09k00221 220 n_09l00331 330 l 3790 (2) ?4.2 n_09m00471 470 m 3950 (2) ?4.4 n_09m00681 680 n_09n00102 1,000 n 4080 (2) ?4.6 n_09n00152 1,500 n_09p00222 2,200 n_09p00332 3,300 p 4220 (2) ?4.7 n_09q00472 4,700 q 4300 (2) ?4.7 n_09q00682 6,800 n_09r00103 10,000 r 4400 (2) ?4.8 n_09r00153 15,000 n_09s00223 22,000 s 4520 (2) ?5.0 n_09t00333 33,000 t 4630 (2) ?5.1 n_09t00473 47,000 n_09u00683 68,000 n_09u00104 100,000 u 4840 (2) ?5.3 n_09u00154 150,000 (1) 5% (2) 3%
25 types suffix h or ho leads quantity/size packaging nd/ne ca 16 0.5 straight 3000 ammopack 03 (0.630 0.020) & cb 16 0.5 straight 3000 reel nj28 (0.630 0.020) cc 19.5 0.5 straight 3000 ammopack (0.768 0.020) cd 19.5 0.5 straight 3000 reel (0.768 0.020) nd/ne/nv da 16 0.5 straight 1500 ammopack 06/09 (0.630 0.020) db 16 0.5 straight 1500 reel (0.630 0.020) dc 19.5 0.5 straight 1500 ammopack (0.768 0.020) dd 19.5 0.5 straight 1500 reel (0.768 0.020) dl 16 0.5 kinked 1500 ammopack (0.630 0.020) dm 16 0.5) kinked 1500 reel (0.630 0.020) dn 19.5 0.5 kinked 1500 ammopack (0.768 0.020) dp 19.5 0.5 kinked 1500 reel (0.768 0.020) millimeters (inches) type quantity/box nd/ne03 3000 nd/ne06 1500 nd/ne09 1500 nv06 100 nv09 100 ni24 nj28 1000 nk20 ?bulk ?reel & ammopack how to order nd06 type p0 material code p 0103 resistance 10 k ? k tolerance k (?0%) ? packaging bulk ntc disc thermistors packaging for automatic insertion h 2.54 (0.10) h ho 5.08 (0.20) ntc type nd03 ne03 nj28 ntc types nd/ne/nv 06/09 packaging and kink suffixes tables below indicate the suffixes to specify when ordering to get the required kink and packaging. for devices on tape, it is necessary to specify the height (h or ho) which is the distance between the tape axis (sprocket holes axis) and the seating plane on the printed circuit board. the following types can be ordered on tape either in ammopack (fan folder) or on reel in accordance with iec 286-2. ?straight leads: h represents the distance between the sprocket holes axis and the bottom plane of component body (base of resin or base of stand off). ?kinked leads and flat leads: ho represents the distance between the sprocket holes axis and the base on the knee (kinked leads) or the bottom of the flat part (flat leads).
26 8 (.315) 30 (1.18) interlayer paper 42 (1.66) inside 48(1.99) outside 31 (1.22) 360 (14.2) automatic insertion ntc disc thermistors taping characteristics missing components a maximum of 3 consecutive components may be missing from the bandolier, surrounded by at least 6 filled positions. the number of missing components may not exceed 0.5% of the total per packing module. the beginning and the end of tape exhibit 8 or 9 blank positions. h i l ammopack reel li h 330 (13.0) 46 (1.81) 290 (11.4) hh h 1 h 1 h p 1 p 0 p d w e t ab w 2 w 1 h 0 e i 2 d 0 p p w 0 a - b cross section direction of unreeling marking on this side adhesive tape reference plane value tolerance dimensions characteristics 18 +1 / -0.5 w leading tape width 6 0.3 w 0 adhesive tape width 9 +0.75 / -0.5 w 1 sprocket hole position 3 max. w 2 distance between the top of the tape and the adhesive 4 0.2 d 0 diameter of sprocket hole 16/19.5 ?.5 h 0 distance between the tape axis and the seating plane of the component h 1 distance between the tape axis and the top of component body value tolerance dimensions characteristics 12.7 ?.2 p 0 sprocket holes pitch 254 ? distance between 21 consecutive holes 20 pitches 0.7 ?.2 t total thickness of tape 2.54 5.08 +0.6 e lead spacing -0.1 5.08 3.85 0.7 p 1 distance between the sprocket hole axis and the lead axis 12.7 ?.0 p spacing of components 0.5 0.6 ?% d lead diameter 0 ?.3 3 p verticality of components 0 2 3 h alignment of components dimensions: millimeters (inches)
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