Surface Mount Metal Oxie Varisrs NV73 CRTIFID AHA 8/22/2 CRTIFID. General Multilayer structure High surge current Protecr against static electricity, switching an incoming surges Proucts with lea-free terminations meet U-RoHS requirements. Pb locate in glass material, electroe an resisr element is exempt per Annex, exemption of U irective 0/9/C 2. Features Chip type structure suitable for surface mount Compact package with large withstaning surge capability Symmetrical V-I characteristics make surge absorption possible in either irection 3. Dimensions NV73A H & (Inch Size Coe) H (0).024±.00 (0.6±0.03) Dimensions inches (mm) t.02±.00 (0.3±0.03).02±.00 (0.3±0.03).004 min. (0. min.) t Sn Plating Ni Plating (02) J (0603).023±.004 (.0±0.).063±.006 (.6±0.).02±.004 (0.±0.).03±.006 (0.8±0.).023 max. (0.6 max.).03±.006 (0.8±0.).0±.006 (0.±0.).06 +.006 -.008 (0.4 +0. ) -0.2 NV73 Varisr lement Inner Sie lectroe Inner lectroe 2A (080) 2B (6).079±.008 (2.0±0.2).26±.008 (3.2±0.2).049±.008 (.±0.2).063±.008 (.6±0.2).0 max. (.3 max.).06 max. (.6 max.).02±.0 (0.±0.).02 +.04 -.0 (0. +0.3-0. ) 2 (2).26±.008 (3.2±0.2).098±.008 (2.±0.2).09 max. (. max.).0±.008 (0.±0.2) t Soler Plating 2J (82).77±.008 (4.±0.2).26±.008 (3.2±0.2).079 max. (2.0 max.).0 +.00 -.004 (0. +0.3 ) -0. Protective Coating 4. Orering an Specifying Information 2 (22).224±.008 (.7±0.2).97±.008 (.0±0.2).098 max. (2. max.).0 +.00 -.004 (0. +0.3 ) -0. NV73 A J T T 8R2 nergy Coe Capacitance Size Termination Material Packaging Varisr A B C : ow Capacitance ( only) H: 0 : 02 J: 0603 2A: 080 2B: 6 2: 2 2J: 82 2: 22 T: Sn TBM: 2mm press paper (H:,000 pieces/reel) TP: 2mm pitch paper (:,000 pieces/reel) T: 7" embosse plastic (J, 2A, 2B: 2,0 pieces/reel; 2J, 2:,000 pieces/reel 2: 2,000 pieces/reel) 8.2V 8R2 8V 8 R inicates ecimal on value <Ω PAG OF 7
. Stanar Applications Part Designation NV73ATTP8 NV73ATTP8 NV73ATTP2 NV73ATTP2 NV73ATTP28 NV73ATTP NV73AJTT8R2 NV73AJTT2 NV73AJTT NV73AJTT8 NV73AJTT NV73AJTT22 NV73AJTT24 NV73AJTT27 NV73A2ATT27 NV73A2ATT33 NV73A2ATT39 NV73A2ATT47 NV73B2ATT8R2 NV73B2ATT2 NV73B2ATT Reference Varisr @ ma nom. (Range) Vc 8 (6.4-9.6) 8 (6.2-9.8) 2 ( - 4) 2 (8-24) 28 (24-32) (90 - ) 8.2 (6.8-9.8) 2 ( - 4.4) (2. - 8) 8 (6 - ) (8-22) 22 (9-24) 24 (2.8-26.) 27 ( - 32) 27 ( - 32) 33 ( - 39) 39 (37-47) 47 (4-4) 8.2 (6.8-9.8) 2 ( - 4.4) (2. - 8) Clamping V P 2 29 3 37 42 46 49 NV73A2ATT8R2 8.2 (6.8-9.8) 6 NV73A2ATT2 2 ( - 4.4) 22 NV73A2ATT (2. - 8) 27 NV73A2ATT8 8 (6 - ) 29 NV73A2ATT (8-22) 33 NV73A2ATT22 22 (9-24) 39 NV73A2ATT24 24 (2.8-26.) 42 60 72 86 8 22 NV73B2ATT8 8 (6 - ) 32 NV73B2ATT (8-22) 36 NV73B2ATT22 22 (9-24) NV73B2ATT24 24 (2.8-26.) 42 NV73B2ATT27 27 ( - 32) 8 NV73B2ATT33 33 ( - 39) 66 NV73C2ATT8R2 8.2 (6.8-9.8) 6 NV73C2ATT2 2 ( - 4.4) 22 NV73C2ATT (2. - 8) 28 NV73C2ATT8 8 (6 - ) 32 NV73C2ATT (8-22) 3 NV73C2ATT22 22 (9-24) NV73C2ATT24 24 (2.8-26.) 42 NV73A2BTT27 27 ( - 32) NV73A2BTT33 33 ( - 39) 60 NV73A2BTT39 39 (37-47) 72 NV73A2BTT47 47 (4-4) 8 NV73A2BTT6 6 (2-62) I P A 2A 2A Peak Current I P (A) @ 8/ microsecon (2 pulses) 3 nergy (J) 2A 0. 0.0 0.03 0.04 0.0 0.06 0.07 0.2 0.4 0.6 0.03 0.0 0.07 0.08 0.09 0. 0.2 0.24 0. 0.04 0.09 0. 0.3 0.4 0.7 0.8 0.3 0. 0.8 0.22 0.26 a.c rms (V) 4.2 6. 7.6 9..6 2.0 4.2 6. 7.6 9..6 2.0 4.0 7.0 7.0.0.0.0 4.2 6. 7.6.c (V) NV73AHTTBM2 2 ( -.6) 3 0.0 6.. 0.0 3 4.0. 0.03 4.0 6 2 0.00 8.0 3 (C=0.A) 0. 2A 6.0 8.6.8 2.8.0 6. 8.0 22.0 4.2 6.0 6. 8.6 7.6.8 9. 2.8.6.0 2.0 6. 4.0 8.0 22.0 26.0 3.0 38.0 6.0 8.6.8 9. 2.8.6.0 2.0 6. 4.0 8.0 7.0 22.0.0 26.0 4.2 6.0 6. 8.6 7.6.8 9. 2.8.6.0 2.0 6. 4.0 8.0 7.0 22.0.0 26.0.0 3.0.0 38.0 3.0 4.0 Operating Topt ( C) - C +8 C Srage Tstg ( C) - C + C PAG 2 OF 7
. Stanar Applications (continue) Part Designation Reference Varisr @ ma nom. (Range) Vc Clamping V P I P Peak Current I P (A) @ 8/ microsecon (2 pulses) nergy (J) a.c rms (V).c (V) NV73B2BTT8R2 8.2 (6.8-9.8) 6 0.03 4.2 6.0 NV73B2BTT2 2 ( - 4.4) 22 0.07 6. 8.6 NV73B2BTT (2. - 8) 28 0.09 7.6.8 NV73B2BTT8 8 (6 - ) 32 2A 0. 9. 2.8 NV73B2BTT NV73B2BTT22 (8-22) 22 (9-24) 3 0. 0.2.6 2.0.0 6. NV73B2BTT24 24 (2.8-26.) 42 0.4 4.0 8.0 NV73B2BTT27 27 ( - 32) 2 0.6 7.0 22.0 NV73C2BTT8R2 8.2 (6.8-9.8) 0.06 4.2 6.0 NV73C2BTT2 2 ( - 4.4) 2 0. 6. 8.6 NV73C2BTT (2. - 8) 27 0.3 7.6.8 NV73C2BTT8 8 (6 - ) 29 2A 0. 9. 2.8 NV73C2BTT (8-22) 3 70 0.7.6.0 NV73C2BTT22 22 (9-24) 3 0.9 2.0 6. NV73C2BTT24 24 (2.8-26.) 38 0.2 4.0 8.0 NV73C2BTT27 27 ( - 32) 48 0.24 7.0 22.0 NV73A2TT (2.8-7.3).0 8.0.0 NV73A2TT8 8 (.3 -.7) 34.2.0 4.0 NV73A2TT22 22 (9.8-24.2) 39.4 2.0 6. NV73A2TT24 24 (2.6-26.4) 39.4 4.0 8.0 NV73A2TT27 27 (24.3-29.7) 44 0.7 7.0 22.0 NV73A2TT33 33 (29.7-36.3) 4.9.0 26.0 NV73A2TT39 39 (3. - 42.9) 6.7.0.0 NV73A2TT47 47 (42.3 -.7) 77 2.0.0 38.0 NV73A2TT6 6 (.4-6.6) 90 2.0 3.0 4.0 NV73A2TT82 82 (73.8-90.2) 3 2.2.0 6.0 NV73A2TT (90.0 -.0) 6.4 60.0 8.0 0 NV73A2TT (99.0-2.0) 80.4 70.0 90.0 NV73A2JTT2 2 (.2-3.8) 27 0.9 6.0 9.0 NV73A2JTT (2.8-7.3) 32.2 8.0.0 NV73A2JTT8 8 (6.2-9.8) 3.4.0 4.0 NV73A2JTT22 22 (9.8-24.2) 4.6 2.0 6. NV73A2JTT24 24 (2.6-26.4) 44.7 4.0 8.0 NV73A2JTT27 27 (24.3-29.7) 49 0 2.0 7.0 22.0 NV73A2JTT33 33 (29.7-36.3) 4 2..0 26.0 NV73A2JTT39 39 (3. - 42.9 6 2.9.0.0 NV73A2JTT47 47 (42.3 -.7) 77 3..0 38.0 NV73A2JTT6 6 (.4-6.6 90 4.2 3.0 4.0 NV73A2JTT68 68 (6.2-74.8) 4.8.0 6.0 NV73A2JTT82 82 (73.8-90.2) 3 4..0 6.0 NV73A2JTT (90 - ) 6 0.8 60.0 8.0 NV73A2JTT (99-2) 80.8 70.0 90.0 NV73A2JTT (3-6) 248 0.8 9.0 27.0 NV73B2JTT (2.8-7.3) 32.8 8.0.0 NV73B2JTT8 8 (.3 -.7) 3.9.0 4.0 NV73B2JTT22 22 (9.8-24.2) 4 2.3 2.0 6. 800 NV73B2JTT24 24 (2.6-26.4) 44 2.3 4.0 8.0 NV73B2JTT27 27 (24.3-29.7) 49 2.7 7.0 22.0 NV73B2JTT33 33 (29.7-36.3) 4 3.0.0 26.0 Operating Topt ( C) - C +8 C - C + C Srage Tstg ( C) - C + C - C + C PAG 3 OF 7
. Stanar Applications (continue) Part Designation Reference Varisr @ ma nom. (Range) Vc Clamping V P NV73B2JTT39 39 (3. - 42.9) 6 3.7.0.0 NV73B2JTT47 47 (42.3 -.7) 77 800 4.2.0 38.0 NV73B2JTT6 6 (.4-6.6) 90 4.2 3.0 4.0 NV73A2TT2 2 (.2-3.8) 28.9 6.0 9.0 NV73A2TT (2.8-7.3) 33 2.3 8.0.0 NV73A2TT8 8 (6.2-9.8) 36 2.7.0 4.0 NV73A2TT22 22 (9.8-24.2) 4 2.9 2.0 6. NV73A2TT24 24 (2.6-26.4) 4 3. 4.0 8.0 NV73A2TT27 27 (24.3-29.7) 48 3.8 7.0 22.0 NV73A2TT33 33 (29.7-36.3) 7 0 4.3.0 26.0 NV73A2TT39 39 (3. - 42.9) 6..0.0 NV73A2TT47 47 (42.3 -.7) 77 NV73A2TT6 6 (.4-6.6) 90 NV73A2TT68 68 (6.2-74.8) NV73A2TT (90 - ) 6 NV73A2TT (99-2) 80 I P Peak Current I P (A) @ 8/ microsecon (2 pulses) nergy (J) a.c rms (V).c (V) Operating Topt ( C) Srage Tstg ( C) 6.3.0 38.0 - C - C 7.7 3.0 4.0 + C + C 8.8.0 6.0 6.8 60.0 8.0 6.8 70.0 90.0 NV73B2TT (2.8-7.3) 33 4.2 8.0.0 NV73B2TT8 8 (.3 -.7) 36.4.0 4.0 NV73B2TT22 22 (9.8-24.2) 4.8 2.0 6. NV73B2TT24 24 (2.6-26.4) 4.8 4.0 8.0 NV73B2TT27 27 (24.3-29.7) 48 0 7.2 7.0 22.0 NV73B2TT33 33 (29.7-36.3) 7 7.8.0 26.0 NV73B2TT39 39 (3. - 42.9) 6 9.6.0.0 NV73B2TT47 47 (42.3 -.7) 77 2.0.0 38.0 NV73B2TT6 6 (.4-6.6) 90 7.7 3.0 4.0 NV73B2TT82 82 (73.8-90.2) 3 0.6.0 6.0 allowable voltage - the maximum sinusoial RMS voltage or maximum DC voltage which can be applie continuously : energy - the maximum energy within the varisr voltage change of ±% when a single impulse of 2m sec. is applie I P : peak current - the maximum peak current within the varisr voltage change of ±% when a single stanar impulseof 8/µ sec. is applie two times with an interval of min. Topt: Operating temperature - Ambient temperature range when the evice is operating Tstg: Srage temperature - Temperature range without causing the evice any failure PAG 4 OF 7
6. Rating Table Parameter Requirement V±% Test Metho Varisr ithin specifie lerance between terminals when ma is flowe Solerability 9% coverage minimum 2 C ± C, 4 secons ± secon; 23 C ± C, 4 secons ± secon*** Resistance Soler Heat ±% 260 C ± C, secons ± 0. secon*; 270 C ± C, 3 secons ± 0. secon**; 260 C ± C, 4 secons ± secon*** Rapi Change of Temperature ±% - C ( minutes), + C ( minutes), cycles; cycles*** Peak Current ±% A single stanar impulse of 8/µ secons, positive/negative applie once each; A single stanar impulse of 8/µ secons, pulse, secon interval*** nergy ±% A single stanar impulse of /0µs, once*; A single stanar impulse of 2ms, once**; A single stanar impulse of /0µs, pluse, 90 secon interval*** High Temperature ife with.c. Bias ±% 8 C ± C, 0h, oa: allowable circuit voltage (.c.); C ± C, 0h, oa: allowable circuit voltage (.c.)*** ow Temperature ife with.c. Bias*** ±% - C ± C, 0h, oa: allowable circuit voltage (.c.) High Temperature ife with a.c. Bias** ±% 8 C ± C, 0h, oa: allowable circuit voltage (Va.c.r.m.s.) High Temperature & High Humiity ife with.c. Bias ±% C ± C, 9% RH, 0h, oa: allowable voltage (.c.) Capacitance* Typical khz: Others, MHz: Varisr voltage V High Temperature Srage ife ±% C ± C, 0h; C ± C, 0h*** ow Temperature Srage ife ±% - C ± C, 0h; - C ± C, 0h*** * H, ** J, 2A, 2B *** 2, 2J, 2 7. -Current Characteristics 0 NV73A NV73ATTP NV73ATTP28 NV73ATTP2 NV73ATTP8 NV73ATTP2 NV73ATTP8 NV73A J NV73AJT27 NV73AJT24 NV73AJT22 NV73AJT NV73AJT8 NV73AJT NV73AJT2 NV73AJT8.2-6 -4 - -3-2 - -6 - -4-3 -2-0 2 0 NV73A 2A 4-6 - -4-3 -2-0 2 NV73A2AT47 NV73A2AT39 NV73A2AT33 NV73A2AT27 NV73A2AT24 NV73A2AT NV73A2AT8 NV73A2AT NV73A2AT2 NV73A2AT8.2 0 NV73B 2A -6 - -4-3 -2-0 2 NV73B2AT33 NV73B2AT27 NV73B2AT24 NV73B2AT22 NV73B2AT NV73B2AT8 NV73B2AT NV73B2AT2 NV73B2AT8.2 PAG OF 7
7. -Current Characteristics (continue) 0 NV73C 2A -6 - -4-3 -2-0 2 NV73C2AT24 NV73C2AT22 NV73C2AT NV73C2AT8 NV73C2AT NV73C2AT2 NV73C2AT8.2 0 NV73A 2B -6 - -4-3 -2-0 2 NV73A2BT6 NV73A2BT47 NV73A2BT39 NV73A2BT33 NV73A2BT27 NV73B 2B NV73B2BT27 NV73B2BT24 NV73B2BT22 NV73B2BT NV73B2BT8 NV73B2BT NV73B2BT2 NV73B2BT8.2 NV73B 2C NV73C2BT27 NV73C2BT24 NV73C2BT22 NV73C2BT NV73C2BT8 NV73C2BT NV73C2BT2 NV73C2BT8.2-6 - -4-3 -2-0 2-6 - -4-3 -2-0 2 0 NV73 2 NV73A2TT 0 NV73 2J NV73A2JTT NV73A2TT47 NV73A2TT NV73A2JTT47 NV73A2JTT2-6 - -3-4 -2 - -6-4 - -3-2 - 0 NV73 2 NV73A2TT NV73A2TT47 NV73A2TT2-6 -4 - -3-2 - PAG 6 OF 7
8. Packaging () Dimensions of Carrier Tape A H J G t Dimensions in inches (mm) D ø ø C B D F K K0 K Component Size (mm) T Carrier Tape Quantity/ Reel (Pieces) Taping (mm) A B P T Reel Size NV73 H 0.6 0.3 0.3 TBM 00 0.68±0.02 0.38±0.02 8.0±0.2 2.0±0. 0.42+0.02/-0 80.0±0. 0.±0. 0.±0. TP 00.±0. 0.6±0. 8.0±0.2 2.0±0. 0.6+0.2 80 J.6±0. 0.8±0. 0.8±0. T.9±0..2±0. 8.0±0.2 4.0±0..7 max. 80 2A 2.0±0.2.±0.2.3 max. T 2.4±0..6±0. 8.0±0.2 4.0±0..7 max. 80 2B 3.2±0.2.6±0.2.6 max. T 3.6±0. 2.0±0. 8.0±0.2 4.0±0..7 max. 80 2 3.2 2.. max. T 00 3.±0. 2.8±0. 8.0±0.2 4.0±0.2. max. 80 2J 4. 3.2 2.0 max. T 0 4.9±0. 3.6±0. 2.0±0.2 8.0±0.2 2.0 max. 80 2.7.0 2. max. T 0 6.0±0..4±0. 2.0±0.2 8.0±0.2 2.60 max. 80 (2) Reel imensions øa øb C A B C (min) (max) +0 +0.004 Series 7.09 ±.-0.8. 2.36 ±. 0. 0.2 ± 0.008 0.34 ± 0.02 0.449 ± 0.039 +0 (ø80 ± ) (ø60 ± ) (3.0 ± 0.2) (9.0 ± 0.3) (.4 ±.0) +0. -3 0 Dimensions in inches (mm) PAG 7 OF 7