Chip Miniature Type Aluminium Electrolytic Capacitor V3M

Tuairisgeul goirid:

Bathar V-CHIP le bacadh ìosal, tana agus àrd-comas
2000 ~ 5000 uairean aig 105 ℃
A’ gèilleadh ri litrichean stiùiridh AEC-Q200 RoHS
Freagarrach airson uachdar fèin-ghluasadach àrd-dùmhlachd sreap reflow reflow aig teòthachd àrd


Mion-fhiosrachadh toraidh

LIOSTA NAN TORAIDHEAN ÌRE

Bathar Tags

Prìomh pharaimearan teicnigeach

Paramadair Teicnigeach

♦ Bathar V-CHIP le comas ìosal, tana agus àrd-chomasach
♦ 2000 ~ 5000 uairean aig 105 ℃
♦ A 'gèilleadh ri Litrichean Stiùireadh RoHS AEC-Q200
♦ Freagarrach airson uachdar fèin-ghluasadach àrd-dùmhlachd sreap reflow reflow aig teòthachd àrd
Na prìomh pharaimearan teicnigeach

Pròiseact

caractar

Raon teòthachd obrachaidh

≤100V -55~+105 ℃; 160V -40 ~ + 105 ℃

Raon bholtachd ainmichte

6.3-160V

Fulangas comas

± 20% (25 ± 2 ℃ 120Hz)

Sruth aoidionach (uA)

6.3-100WV≤0.01 CV no 3uA ge bith dè as motha C: Comas ainmichte (uF) V: bholtaids ìre (V) 2 mhionaid a’ leughadh

160WV ≤O.O2CV+1O(uA) C: comas ainmichte uF) V: bholtaids ìre (V) 2 mhionaid a’ leughadh

Tangent call (25 ± 2120Hz)

Bholtaids air a mheas (V)

6.3

10

16

25

35

50

63

80

100

160

tg 6

0.26

0.19

0.16

0.14

0.12

0.12

0.12

0.12

0.12

0.14

Ma tha an comas ainmichte nas àirde na 1000uF, àrdaichidh luach tangent call le 0.02 airson gach àrdachadh de 1000uF

Feartan Teòthachd (120Hz)

Bholtaids air a mheas (V)

6.3

10

16

25

35

50

63

80

100

160

Co-mheas bacadh Z (-40 ℃) / Z (20 ℃)

3

3

3

3

3

3

5

5

5

5

Seasmhachd

Ann an àmhainn aig 105 ° C, an dèidh a bhith a 'cur a-steach an bholtaids comharraichte airson ùine shònraichte, cuir e aig teòthachd an t-seòmair airson 16 uairean agus an uairsin dèan deuchainn air. Is e an teòthachd deuchainn 25 ± 2 ° C. Bu chòir coileanadh an capacitor na riatanasan a leanas a choileanadh

Ìre atharrachaidh comas

Taobh a-staigh ± 30% den luach tùsail

tangent call

Nas lugha na 300% den luach ainmichte

sruth aoidionachd

Fon luach ainmichte

beatha luchdadh

≤Φ10 2000 uairean

stòradh teòthachd àrd

Bùth aig 105 ° C airson 1000 uair, deuchainn às deidh 16 uairean aig teòthachd an t-seòmair, is e an teòthachd deuchainn 25 ± 2 ° C, bu chòir coileanadh an capacitor na riatanasan a leanas a choileanadh

Ìre atharrachaidh comas

Taobh a-staigh ± 20% den luach tùsail

tangent call

Nas lugha na 200% den luach ainmichte

sruth aoidionachd

Nas lugha na 200% den luach ainmichte

Dealbh meud toraidh

v3m-1
v3m-2

Meudan toraidh (Aonad: mm)

ΦD

L

B

C

A

H

E

K

a

4

5.8

4.3

4.3

1.8

0.75±0.10

1

0.5 Max

±0.3

5

5.8

5.3

5.3

2.1

0.75±0.10

1.5

0.7 Max

±0.3

6.3

5.8

6.6

6.6

2.6

0.75±0.10

1.8

0.7 Max

±0.3

6.3

7.7

6.6

6.6

2.6

0.75±0.10

1.8

0.7 Max

±0.4

8

10

8.3

8.3

3.4

0.90±0.20

3.1

0.7 Max

±0.5

10

10

10.3

10.3

3.5

0.90±0.20

4.4

0.7 Max

±0.7

12.5

13.5

13

13

4.7

0.90±0.30

4.4

0.7 Max

±1.0

12.5

14.5

13

13

4.7

0.90±0.30

4.4

0.7 Max

±1.0

12.5

16.5

13

13

4.7

0.90±0.30

4.4

0.7 Max

±1.0

12.5

21

13

13

4.7

0.90±0.30

44

0.7 Max

±1.0

16

16.5

17

17

5.5

1.20±0.30

6.7

0.70±0.30

±1.0

16

21

17

17

5.5

1.20±0.30

6.7

0.70±0.30

±1.0

18

16.5

19

19

6.7

1.20±0.30

6.7

0.70±0.30

±1.0

18

21

19

19

6.7

1.20±0.30

6.7

0.70±0.30

±1.0

Co-èifeachd ceartachaidh tricead gnàthach Ripple

Tricead (Hz)

50

120

1K

310K

co-èifeachd

0.35

0.5

0.83

1

Tha an Aonad Gnìomhachasan Beaga Liquid air a bhith an sàs ann an R&D agus saothrachadh bho 2001. Le sgioba R&D agus saothrachaidh eòlach, tha e air a bhith a’ dèanamh measgachadh de inneal-lìonaidh electrolytic miniaturized alùmanum àrd-inbhe gus coinneachadh ri feumalachdan ùr-ghnàthach luchd-ceannach airson luchd-toraidh electrolytic alùmanum. Tha dà phacaid aig an aonad gnìomhachas beag leaghaidh: capacitors electrolytic alùmanum SMD leaghaidh agus co-innealan electrolytic alùmanum seòrsa luaidhe leaghaidh. Tha na buannachdan aig na toraidhean aige airson miniaturization, àrd seasmhachd, comas àrd, bholtadh àrd, strì an aghaidh teòthachd àrd, bacadh ìosal, ripple àrd, agus beatha fhada. Air a chleachdadh gu farsaing ann an electronics chàraichean lùth ùr, solar cumhachd àrd-chumhachd, solais tùrail, cosgais luath gallium nitride, innealan dachaigh, photo voltaics agus gnìomhachasan eile.

A h-uile càil mu dheidhinn Aluminium Electrolytic Capacitor feumaidh tu fios

Is e seòrsa cumanta de capacitor a thathas a ’cleachdadh ann an innealan dealanach a th’ ann an capacitors electrolytic alùmanum. Ionnsaich bunaitean mar a tha iad ag obair agus na tagraidhean aca san stiùireadh seo. A bheil thu fiosrach mu dheidhinn capacitor electrolytic alùmanum? Tha an artaigil seo a’ dèiligeadh ri bunaitean nan capacitor alùmanum sin, a’ toirt a-steach an togail agus an cleachdadh. Ma tha thu ùr do choillearan electrolytic alùmanum, tha an iùl seo na àite math airson tòiseachadh. Faigh a-mach bunaitean nan capacitors alùmanum sin agus mar a bhios iad ag obair ann an cuairtean dealanach. Ma tha ùidh agad ann am pàirt capacitor electronics, is dòcha gu bheil thu air cluinntinn mu dheidhinn capacitor alùmanum. Tha na co-phàirtean capacitor sin air an cleachdadh gu farsaing ann an innealan dealanach agus tha àite cudromach aca ann an dealbhadh chuairtean. Ach dè dìreach a th’ annta agus ciamar a tha iad ag obair? San iùl seo, nì sinn sgrùdadh air bunaitean luchd-toraidh electrolytic alùmanum, a’ toirt a-steach an togail agus an cleachdadh. Co-dhiù a tha thu nad neach-tòiseachaidh no eòlach air electronics, tha an artaigil seo na ghoireas math airson na pàirtean cudromach sin a thuigsinn.

1.What a th 'ann an aluminium electrolytic capacitor? Is e seòrsa de capacitor a th ’ann an capacitor electrolytic alùmanum a bhios a’ cleachdadh electrolyte gus capacitance nas àirde a choileanadh na seòrsaichean capacitors eile. Tha e air a dhèanamh suas de dhà foil alùmanum air an sgaradh le pàipear bog ann an electrolyte.

2.How tha e ag obair? Nuair a thèid bholtadh a chuir a-steach don capacitor dealanach, bidh an electrolyte a ’giùlan dealan agus a’ leigeil leis an dealanach capacitor lùth a stòradh. Bidh na foilichean alùmanum ag obair mar na dealanan, agus tha am pàipear bog ann an electrolyte ag obair mar an dielectric.

3.Dè na buannachdan a th ’ann a bhith a’ cleachdadh capacitors electrolytic alùmanum? Tha comas àrd aig capacitors electrolytic alùmanum, a tha a’ ciallachadh gun urrainn dhaibh tòrr lùth a stòradh ann an àite beag. Tha iad cuideachd gu ìre mhath saor agus is urrainn dhaibh bholtaids àrd a làimhseachadh.

4.Dè na h-eas-bhuannachdan a th’ ann a bhith a’ cleachdadh capacitor electrolytic alùmanum? Is e aon ana-cothrom a bhith a’ cleachdadh capacitors electrolytic alùmanum gu bheil beatha cuibhrichte aca. Faodaidh an electrolyte tiormachadh thar ùine, agus faodaidh seo fàiligeadh air na pàirtean capacitor. Tha iad cuideachd mothachail air teòthachd agus faodar am milleadh ma bhios iad fosgailte do theodhachd àrd.

5.What tha cuid de thagraidhean cumanta de alùmanum electrolytic capacitors? Bithear a ’cleachdadh capacitor electrolytic alùmanum gu cumanta ann an solar cumhachd, uidheamachd claisneachd, agus innealan dealanach eile a dh’ fheumas comas àrd. Bidh iad cuideachd air an cleachdadh ann an tagraidhean chàraichean, leithid san t-siostam lasachaidh.

6.How a thaghas tu an capacitor electrolytic alùmanum ceart airson an tagradh agad? Nuair a bhios tu a 'taghadh capacitors electrolytic alùmanum, feumaidh tu beachdachadh air an ìre capacitance, bholtaids agus teòthachd. Feumaidh tu cuideachd beachdachadh air meud agus cumadh an capacitor, a bharrachd air na roghainnean sreap.

7.How do chùram airson aluminium electrolytic capacitor? Gus cùram a ghabhail airson co-innealan electrolytic alùmanum, bu chòir dhut a sheachnadh a bhith ga nochdadh gu teòthachd àrd agus bholtachd àrd. Bu chòir dhut cuideachd a sheachnadh fo chuideam meacanaigeach no crith. Mura tèid an capacitor a chleachdadh gu tric, bu chòir dhut bholtadh a chuir a-steach bho àm gu àm gus an electrolyte a chumail bho bhith a ’tiormachadh.

Na Buannachdan agus na h-eas-bhuannachdan a tha aig innealan-lìonaidh alùmanum electrolytic

Tha an dà chuid buannachdan agus eas-bhuannachdan aig capacitor electrolytic alùmanum. Air an taobh dheimhinneach, tha co-mheas àrd capacitance-to-volume aca, gan dèanamh feumail ann an tagraidhean far nach eil mòran rùm ann. Tha cosgais an ìre mhath ìosal aig an alùmanum Electrolytic Capacitor an taca ri seòrsachan eile de capacitors. Ach, tha beatha-beatha cuibhrichte aca agus faodaidh iad a bhith mothachail air caochlaidhean teodhachd is bholtachd. A bharrachd air an sin, dh’ fhaodadh gum bi aodion no fàilligeadh aig Capacitors Alùmanum Electrolytic mura tèid an cleachdadh gu ceart. Air an taobh dheimhinneach, tha co-mheas àrd capacitance-to-volum aig Aluminium Electrolytic Capacitors, gan dèanamh feumail ann an tagraidhean far a bheil àite cuibhrichte. Ach, tha beatha-beatha cuibhrichte aca agus faodaidh iad a bhith mothachail air caochlaidhean teodhachd is bholtachd. A bharrachd air an sin, faodaidh Aluminium Electrolytic Capacitor a bhith buailteach aoidionachd agus a bhith nas àirde an aghaidh sreath co-ionann an coimeas ri seòrsachan eile de luchd-gleidhidh dealanach.


  • Roimhe:
  • Air adhart:

  • Àireamh Bathar Teòthachd obrachaidh ( ℃) Voltage (V.DC) Comas (uF) Trast-thomhas(mm) Fad (mm) Sruth aoidionach (uA) Sruth ripple le ìre [mA/rms] ESR/ Impedance [Ωmax] Beatha (uair) Teisteanas
    V3MC0770J471MV -55~105 6.3 470 6.3 7.7 29.61 600 - 2000 -
    V3ME1001A152MVTM -55~105 10 1500 10 10 150 1190 - 2000 AEC-Q200
    V3MB0580J221MV -55~105 6.3 220 5 5.8 13.86 240 - 2000 -
    V3MA0580J101MVTM -55~105 6.3 100 4 5.8 6.3 160 - 2000 AEC-Q200
    V3MB0580J221MVTM -55~105 6.3 220 5 5.8 13.86 240 - 2000 AEC-Q200
    V3MC0580J331MV -55~105 6.3 330 6.3 5.8 20.79 300 - 2000 -
    V3MC0580J331MVTM -55~105 6.3 330 6.3 5.8 20.79 300 - 2000 AEC-Q200
    V3MC0770J471MVTM -55~105 6.3 470 6.3 7.7 29.61 600 - 2000 AEC-Q200
    V3MC0770J681MV -55~105 6.3 680 6.3 7.7 42.84 600 - 2000 -
    V3MC0770J681MVTM -55~105 6.3 680 6.3 7.7 42.84 600 - 2000 AEC-Q200
    V3MD1000J152MV -55~105 6.3 1500 8 10 94.5 850 - 2000 -
    V3MD1000J152MVTM -55~105 6.3 1500 8 10 94.5 850 - 2000 AEC-Q200
    V3ME1000J222MV -55~105 6.3 2200 10 10 138.6 1190 - 2000 -
    V3ME1000J222MVTM -55~105 6.3 2200 10 10 138.6 1190 - 2000 AEC-Q200
    V3ME1001A152MV -55~105 10 1500 10 10 150 1190 - 2000 -
    V3MD1001A102MVTM -55~105 10 1000 8 10 100 850 - 2000 AEC-Q200
    V3MA0581A680MV -55~105 10 68 4 5.8 6.8 160 - 2000 -
    V3MD1001A102MV -55~105 10 1000 8 10 100 850 - 2000 -
    V3MA0581A680MVTM -55~105 10 68 4 5.8 6.8 160 - 2000 AEC-Q200
    V3MB0581A151MV -55~105 10 150 5 5.8 15 240 - 2000 -
    V3MB0581A151MVTM -55~105 10 150 5 5.8 15 240 - 2000 AEC-Q200
    V3MC0771A471MVTM -55~105 10 470 6.3 7.7 47 600 - 2000 AEC-Q200
    V3MC0581A221MV -55~105 10 220 6.3 5.8 22 300 - 2000 -
    V3MC0581A221MVTM -55~105 10 220 6.3 5.8 22 300 - 2000 AEC-Q200
    V3MC0771A331MV -55~105 10 330 6.3 7.7 33 600 - 2000 -
    V3MC0771A331MVTM -55~105 10 330 6.3 7.7 33 600 - 2000 AEC-Q200
    V3MC0771A471MV -55~105 10 470 6.3 7.7 47 600 - 2000 -
    V3MA0580J101MV -55~105 6.3 100 4 5.8 6.3 160 - 2000 -
    V3MJ2102C221MVTM -40~105 160 220 18 21 714 2140 - 5000 AEC-Q200
    V3MA0581C470MV -55~105 16 47 4 5.8 7.52 160 - 2000 -
    V3MA0581C470MVTM -55~105 16 47 4 5.8 7.52 160 - 2000 AEC-Q200
    V3MB0581C680MV -55~105 16 68 5 5.8 10.88 240 - 2000 -
    V3MB0581C680MVTM -55~105 16 68 5 5.8 10.88 240 - 2000 AEC-Q200
    V3MB0581C101MV -55~105 16 100 5 5.8 16 240 - 2000 -
    V3MB0581C101MVTM -55~105 16 100 5 5.8 16 240 - 2000 AEC-Q200
    V3MC0581C151MV -55~105 16 150 6.3 5.8 24 300 - 2000 -
    V3MC0581C151MVTM -55~105 16 150 6.3 5.8 24 300 - 2000 AEC-Q200
    V3MC0581C221MV -55~105 16 220 6.3 5.8 35.2 300 - 2000 -
    V3MC0581C221MVTM -55~105 16 220 6.3 5.8 35.2 300 - 2000 AEC-Q200
    V3MC0771C331MV -55~105 16 330 6.3 7.7 52.8 600 - 2000 -
    V3MC0771C331MVTM -55~105 16 330 6.3 7.7 52.8 600 - 2000 AEC-Q200
    V3MD1001C681MV -55~105 16 680 8 10 108.8 850 - 2000 -
    V3MD1001C681MVTM -55~105 16 680 8 10 108.8 850 - 2000 AEC-Q200
    V3ME1001C102MV -55~105 16 1000 10 10 160 1190 - 2000 -
    V3ME1001C102MVTM -55~105 16 1000 10 10 160 1190 - 2000 AEC-Q200
    V3MA0581E220MV -55~105 25 22 4 5.8 5.5 160 - 2000 -
    V3MA0581E220MVTM -55~105 25 22 4 5.8 5.5 160 - 2000 AEC-Q200
    V3MA0581E330MV -55~105 25 33 4 5.8 8.25 160 - 2000 -
    V3MA0581E330MVTM -55~105 25 33 4 5.8 8.25 160 - 2000 AEC-Q200
    V3MB0581E470MV -55~105 25 47 5 5.8 11.75 240 - 2000 -
    V3MB0581E470MVTM -55~105 25 47 5 5.8 11.75 240 - 2000 AEC-Q200
    V3MB0581E680MV -55~105 25 68 5 5.8 17 240 - 2000 -
    V3MB0581E680MVTM -55~105 25 68 5 5.8 17 240 - 2000 AEC-Q200
    V3MC0581E101MV -55~105 25 100 6.3 5.8 25 300 - 2000 -
    V3MC0581E101MVTM -55~105 25 100 6.3 5.8 25 300 - 2000 AEC-Q200
    V3MC0771E151MV -55~105 25 150 6.3 7.7 37.5 600 - 2000 -
    V3MC0771E151MVTM -55~105 25 150 6.3 7.7 37.5 600 - 2000 AEC-Q200
    V3MC0771E221MV -55~105 25 220 6.3 7.7 55 600 - 2000 -
    V3MC0771E221MVTM -55~105 25 220 6.3 7.7 55 600 - 2000 AEC-Q200
    V3MD1001E471MV -55~105 25 470 8 10 117.5 850 - 2000 -
    V3MD1001E471MVTM -55~105 25 470 8 10 117.5 850 - 2000 AEC-Q200
    V3ME1001E821MV -55~105 25 820 10 10 205 1190 - 2000 -
    V3ME1001E821MVTM -55~105 25 820 10 10 205 1190 - 2000 AEC-Q200
    V3ML1351E152MV -55~105 25 1500 12.5 13.5 375 1420 - 5000 -
    V3ML1351E152MVTM -55~105 25 1500 12.5 13.5 375 1420 - 5000 AEC-Q200
    V3MA0581V220MV -55~105 35 22 4 5.8 7.7 160 - 2000 -
    V3MA0581V220MVTM -55~105 35 22 4 5.8 7.7 160 - 2000 AEC-Q200
    V3MB0581V330MV -55~105 35 33 5 5.8 11.55 240 - 2000 -
    V3MB0581V330MVTM -55~105 35 33 5 5.8 11.55 240 - 2000 AEC-Q200
    V3MB0581V470MV -55~105 35 47 5 5.8 16.45 240 - 2000 -
    V3MB0581V470MVTM -55~105 35 47 5 5.8 16.45 240 - 2000 AEC-Q200
    V3MC0581V680MV -55~105 35 68 6.3 5.8 23.8 300 - 2000 -
    V3MC0581V680MVTM -55~105 35 68 6.3 5.8 23.8 300 - 2000 AEC-Q200
    V3MC0581V101MV -55~105 35 100 6.3 5.8 35 300 - 2000 --
    V3MC0581V101MVTM -55~105 35 100 6.3 5.8 35 300 - 2000 AEC-Q200
    V3MC0771V151MV -55~105 35 150 6.3 7.7 52.5 600 - 2000 -
    V3MC0771V151MVTM -55~105 35 150 6.3 7.7 52.5 600 - 2000 AEC-Q200
    V3MD1001V331MV -55~105 35 330 8 10 115.5 850 - 2000 -
    V3MD1001V331MVTM -55~105 35 330 8 10 115.5 850 - 2000 AEC-Q200
    V3ME1001V561MV -55~105 35 560 10 10 196 1190 - 2000 -
    V3ME1001V561MVTM -55~105 35 560 10 10 196 1190 - 2000 AEC-Q200
    V3ML1451V102MV -55~105 35 1000 12.5 14.5 350 1420 - 5000 -
    V3ML1451V102MVTM -55~105 35 1000 12.5 14.5 350 1420 - 5000 AEC-Q200
    V3MA0581H100MV -55~105 50 10 4 5.8 5 85 - 2000 -
    V3MA0581H100MVTM -55~105 50 10 4 5.8 5 85 - 2000 AEC-Q200
    V3MB0581H100MV -55~105 50 10 5 5.8 5 165 - 2000 -
    V3MB0581H100MVTM -55~105 50 10 5 5.8 5 165 - 2000 AEC-Q200
    V3MB0581H220MV -55~105 50 22 5 5.8 11 165 - 2000 -
    V3MB0581H220MVTM -55~105 50 22 5 5.8 11 165 - 2000 AEC-Q200
    V3MC0581H470MV -55~105 50 47 6.3 5.8 23.5 195 - 2000 -
    V3MC0581H470MVTM -55~105 50 47 6.3 5.8 23.5 195 - 2000 AEC-Q200
    V3MC0771H101MV -55~105 50 100 6.3 7.7 50 350 - 2000 -
    V3MC0771H101MVTM -55~105 50 100 6.3 7.7 50 350 - 2000 AEC-Q200
    V3MD1001H221MV -55~105 50 220 8 10 110 670 - 2000 -
    V3MD1001H221MVTM -55~105 50 220 8 10 110 670 - 2000 AEC-Q200
    V3ME1001H331MV -55~105 50 330 10 10 165 900 - 2000 -
    V3ME1001H331MVTM -55~105 50 330 10 10 165 900 - 2000 AEC-Q200
    V3ML1351H471MV -55~105 50 470 12.5 13.5 235 1340 - 5000 -
    V3ML1351H471MVTM -55~105 50 470 12.5 13.5 235 1340 - 5000 AEC-Q200
    V3MI1651H102MV -55~105 50 1000 16 16.5 500 1820 - 5000 -
    V3MI1651H102MVTM -55~105 50 1000 16 16.5 500 1820 - 5000 AEC-Q200
    V3MI2101H152MV -55~105 50 1500 16 21 750 2440 - 5000 -
    V3MI2101H152MVTM -55~105 50 1500 16 21 750 2440 - 5000 AEC-Q200
    V3ML1651J471MV -55~105 63 470 12.5 16.5 296.1 1250 - 5000 -
    V3ML1651J471MVTM -55~105 63 470 12.5 16.5 296.1 1250 - 5000 AEC-Q200
    V3MI1651J681MV -55~105 63 680 16 16.5 428.4 1740 - 5000 -
    V3MI1651J681MVTM -55~105 63 680 16 16.5 428.4 1740 - 5000 AEC-Q200
    V3MJ1651J821MV -55~105 63 820 18 16.5 516.6 1880 - 5000 -
    V3MJ1651J821MVTM -55~105 63 820 18 16.5 516.6 1880 - 5000 AEC-Q200
    V3MI2101J122MV -55~105 63 1200 16 21 756 2430 - 5000 -
    V3MI2101J122MVTM -55~105 63 1200 16 21 756 2430 - 5000 AEC-Q200
    V3ML1351K221MV -55~105 80 220 12.5 13.5 176 1050 - 5000 -
    V3ML1351K221MVTM -55~105 80 220 12.5 13.5 176 1050 - 5000 AEC-Q200
    V3MI1651K471MV -55~105 80 470 16 16.5 376 1500 - 5000 -
    V3MI1651K471MVTM -55~105 80 470 16 16.5 376 1500 - 5000 AEC-Q200
    V3MI2101K681MV -55~105 80 680 16 21 544 2040 - 5000 -
    V3MI2101K681MVTM -55~105 80 680 16 21 544 2040 - 5000 AEC-Q200
    V3MJ2101K821MV -55~105 80 820 18 21 656 2140 - 5000 -
    V3MJ2101K821MVTM -55~105 80 820 18 21 656 2140 - 5000 AEC-Q200
    V3ML1352A151MV -55~105 100 150 12.5 13.5 150 1050 - 5000 -
    V3ML1352A151MVTM -55~105 100 150 12.5 13.5 150 1050 - 5000 AEC-Q200
    V3ML1652A221MV -55~105 100 220 12.5 16.5 220 1250 - 5000 -
    V3ML1652A221MVTM -55~105 100 220 12.5 16.5 220 1250 - 5000 AEC-Q200
    V3MI1652A331MV -55~105 100 330 16 16.5 330 1500 - 5000 -
    V3MI1652A331MVTM -55~105 100 330 16 16.5 330 1500 - 5000 AEC-Q200
    V3MI2102A471MV -55~105 100 470 16 21 470 2040 - 5000 -
    V3MI2102A471MVTM -55~105 100 470 16 21 470 2040 - 5000 AEC-Q200
    V3MJ2102A561MV -55~105 100 560 18 21 560 2140 - 5000 -
    V3MJ2102A561MVTM -55~105 100 560 18 21 560 2140 - 5000 AEC-Q200
    V3ML1652C101MV -40~105 160 100 12.5 16.5 330 1040 - 5000 -
    V3ML1652C101MVTM -40~105 160 100 12.5 16.5 330 1040 - 5000 AEC-Q200
    V3MI2102C151MV -40~105 160 150 16 21 490 1520 - 5000 -
    V3MI2102C151MVTM -40~105 160 150 16 21 490 1520 - 5000 AEC-Q200
    V3MJ2102C221MV -40~105 160 220 18 21 714 2140 - 5000 -