omnicant & sensimer

8/16/2019 Omnicant & Sensimer

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MALAVIYA NATIONAL INSTITUTE OF TECHNOLOGY JAIPUR TEQIP PHASE- II

Details of Propose Pro!"re#e$t Pla$ for Dept% of ECE &Priorit' (ise)Cate*or'+ E,"ip#e$ts-Goo s

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Na#e of t.e ite# propose -,"a$tit'

Co#plete spe!ifi!atio$s- #e$tio$ if it is apropriet' ite#

TotalEsti#ate

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List of possi1les"ppliers

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Re#ar0s

1.

OmniCant:

A Piezoresistive MEMS and NEMS Cantilever based experimentation plat- orm or !apo"r P#aseAnal$sis o !olatile%r&ani' Compo"nds and (ases.

Cantilever Instr"mentation s$stem )it# Ele'tri'alreado"t Temperat"re Control or Anal$te vial and*ea'tion C#amber +lo) Control or Anal$te andCarrier (ases *eal time displa$ and data lo&&in& ,T#is "nit in'l"des 1 Mi'ro- Cantilever ies /Feat"res+S$stem or !apor P#ase and Head Spa'e (as Anal$sis+lo) *ate0 1-1 ml min - Calibrated or N2Temperat"re Control0 *oom Temperat"re to 3 C ᵒ

,Head Spa'e !ial and *ea'tion C#amber/Temperat"re *esol"tion0 .1 C ᵒ

Inb"ilt (rap#i'al 4C ispla$0 5.67In'l"sive MEMS Cantilever dies ,1 nos./In'l"sive o 4aptop ,)it# 8(9 *AM and 5 (9 H /In'l"sive o So t)are or %peratin& %mniCant

11.75

Propriet$ o Na$oS$iffTe!.$olo*ies P3t% Lt %4

NanoSni Te'#nolo&iesPvt. 4td. SINE: CS*E9"ildin&: IIT 9omba$:Po)ai: M"mbai 8 6;:India


2/7

@. NI Academic Site License -LabVIEW Research Only (10

ser!

" NI myRIOs #ith embedded $it%mechatr&nics $it and starter $it

NI Virtual 'ench (V'- 01)! #ithIndia *er +&rd (),0VA+!

• 10 users Academic Site License #ith add&ns &rdesi.n% de/l&y% inter ace% analyse% alidate%c&mmucati&ns% test% measurement% stand- al&nem&ti&n and isi&n #ith de ice dri ers *er ul.ra/hical desi.n s& t#are #ith ca/abilities &nlearnin. c&nce/ts and d&in. real-#&rld% hands-&ne2/eriments and c&ntr&l and embedded desi.n%si.nal and ima.e /r&cessin.% instrumentati&nc&mmunicati&ns

•

*r&cess&r *r&cess&r ty/e 3 4ilin2 ) 5010 /r&cess&rs/eed 67 885 9:; /r&cess&r c&res < ) F*=A and/r&cess&r must be ully /r&.rammable #ithLab tEW and + 9em&ry N&n &latile mem&ry 67),8 9' >>R" merh&ry 67 ,1) 9' >>R" ct&c$67 ,"" 9:; >>R" data bus #idth 3 4ilin2 ? 5010

S' :&st /&rt 18 bits F*=A @y/e 3 S' ) 0 :iS/eed S' >e ice *&rt 3 S' ) 0 :i S/eed Onb&ard WiFi% LE>s% /ush butt&n On b&ard @ri A2ialAcceler&meter #ith BC . Ran.e (1)bres&luti&n at 00sBs sam/le rate! One Stere&

ln/ut c&nsistin. & t#& A+ +&u/led Sin.le Ended+hannels #ith ):;t& )OD1? 'and#idth At least10 anat&. in/uts #ith ,00$sBs a..re.ate Sam/leRate% 1)b res&luti&n and 67 BC 1,V O er &lta.e*r&tecti&n 67 " ,$SBs a..re.ate rate &n 8 anal&.in/uts #ith 1)b res&luti&n 0 >tO Lines Wei.ht& >e ice )0O. @he /r&duct must meet thereGuirements & the &llin. standards & sa ety

&r electrical eGui/ment &r measurement% c&ntr&l%and lab&rat&ry use67 IE+ 81010C1% EN 81010C1

L 81010C1% +SA 81 010-1 Additi&nal Embeddeddel&/ment c&m/&nents67 Inctudin. sens&rs%de ices% and a dis/lay &r teachin. andim/lementin. embedded systems ariety &di.ital inter aces (S/t% t)+% AR@!

• all-in-one instrument features adesign that integrates a mixed-signaloscilloscope, a function generator, adigital multimeter, a programmableDC power supply, and digitalI/OMixed-Signal Oscilloscope

andwidth !"" M#$ Channels %

16.5

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Virtual'ench 'indin. *&st Ada/ter

'N+ 9ale t& 9icr&.rabber +able%"1 cm

*-) *r&be Set

analog, &' digital Sampling (ate !)S/s *single channel+, ""MS/s/channel *dual channel+ ogic.naly$er Sampling (ate ! )S/s

a0eform Measurements cursors, %%automatic measurements a0eformMath add, subtract, multiply, di0ide,112 (ecord ength ! million samplesper channel 1unction )enerator Max1re3uency %" M#$ *sine+, M#$*s3uare+Channels ! a0eform 2ypessine, s3uare, ramp/triangle, DC,arbitrary Digital Multimeter(esolution !/% digits Measurement1unctions DC 0oltage, .C 0oltage, DCcurrent, .C current, resistance, diode,continuity Max 4oltage &"" 4 maxinput 0oltage Max Current !" . maxinput current5rogrammable DC 5ower Supply

Channels & 4oltage/Current *C# !+ " 4to 67 4/" . to ! .4oltage/Current *C# %+ " 4 to 6% 4/". to "8 . 4oltage/Current *C# &+ " 4to -% 4/" . to "8 . Digital I/OChannels 9 *input or output+

ogic e0el 4 compatible 22 input,&8& 4 422 output )eneralSpeci:cations Connecti0ity ;S , i1i5ower Supply connecti0ity 7 positionpluggable screw terminal Si$e !" in8 <=8 in8 < %8> in8

• *r& ides c&nnecti&n &/ti&n &r banana /lu.s% /inc&nnect&rs% bare #ires% and lu. terminals " indiameter and ) in tall includin. c&nnect&r hei.ht Aluminum base #ith rubber sur ace /re ents slidin.

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Set & 8 L&.ic Analy;er =rabbers%9ultic&l&red

Virtual'ench >es$t&/ 9&untin.Dit

NI S' H)1H +h-+h Is&lated%) -bit% 80V% ni ersal AI

D-@y/e @herm&c&u/les Wire%

• 'N+ male t& micr&.rabber cable% Red and blac$micr&.rabbers

• +&nnect t& the end & the 9SO l&.ic analy;er cableJ 8 micr&.rabbers in di erent c&l&rs

• Include t#& Alli.at&r cli/s% t#& s/ade c&nnect&rs andt#& s/rin. h&&$s% 9eet IE+ 1010 sa ety reGuirements

Standard red and blac$ c&l&rs% @#& 1 meter testleads

• *i &ts &r easy access t& instruments% Ele ates Virtual'ench a//r&2imately 1 , in & des$%Securely c&nnects usin. brac$ets #ith a clas/%latch% and $ey% Side eet scre# int& brac$ets

• Small% /&rtable de ice (1) 1 by 8 by ) , cm!%9easure Guarter-% hal -% and ull-brid.e sens&rs%'uilt-in &lta.e and current e2citati&nKNumber &channels anal&. in/ut channels% A>+ res&luti&n) bits% @y/e & A>+ >elta-si.ma (#ith anal&./re ilterin.!% Sam/lin. m&de Simultane&us% @y/e& @E>S su//&rted IEEE 1 ,1 @E>S +lass II(Inter ace!K 'est 80 :; Re ecti&n 110 ms &r allchannels% 'est ,0 :; Re ecti&n 1"0 ms &r allchannels% :i.h Res&luti&n ,00 ms &r all

channels% @herm&c&u/le% R@>% resistance% &lta.e%and current measurements% *lu.-and-/layc&nnecti ity ia S'% 'us-/ered% +M+ /erchannel &r a m&re accurate therm&c&u/lemeasurement% / t& 100 SBsBch simultane&usin/uts% ),0 Vrms channel-t&-channel is&lati&nK+&n ersi&n time% &ne &r m&re channels in @+m&de% :i.h S/eed )0 ms &r all channels% 'est 80:; Re ecti&n 1)0 ms &r all channels% 'est ,0 :;Re ecti&n 1 0 ms &r all channels% :i.h Res&luti&n

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Fiber.lass (") de. F t& H00 de.F! 1 m

"-#ire% 100 Ohm *latinum R@>(ready made!% 1 m

NI S'-H)" % In/ut% ) -'it%,1 ) $SBs% SW Select IE*E and A+B>+

I9I Industrial% )-*in Acceler&meter% 100mVB.% I+*(IE*E!

I9I Industrial Acceler&meter+able% 10 t #B'N+ terminati&n

NI S'-H)"5 ch S' :i.hS/eed 'rid.eBStrain

,10 ms &r all channels% O er &lta.e /r&tecti&n%@erminals 1 and ) "0 V% @erminals " thr&u.h 8%acr&ss any c&mbinati&n 80 V% In/ut im/edance% V&lta.e and >i.ital In m&des ( 80 V% 1, V% V!1 9 % +urrent m&de 0 % All &ther m&des 61=

• Ideal &r starter and educati&nal a//licati&ns%9easure u/ t& H00PF ( )P+!%9easurin. uncti&n/r& ided

• "-#ire leads% Ideal &r starter and educati&nala//licati&ns% 9easure u/ t& 00 PF ()0 P+!%*latinum 100 Ohm at 0P+ (al/ha70 00" ,!

• Number & channels anal&. in/ut% A>+res&luti&n ) bits% @y/e & A>+ >elta-si.ma%(#ith anal&. /re ilterin.!% >ata rate ( s!% 9inimum1 8, $SBs% 9a2imum ,1 ) $SBs% 9aster timebase(internal!% FreGuency 1" 1 9:;% Accuracy ,0//m ma2% In/ut c&u/lin. S& t#are-selectable A+B>+% A+ cut& reGuency% -" d' 0 , :; ty/%-0 1 d' 8 :; ma2 A+ &lta.e ull-scale ran.e%@y/ical , 1 V/$% 9inimum , V/$% 9a2imum , ) V/$% +&mm&n-m&de &lta.e% (AI- t& earth .r&und!

) V% IE*E e2citati&n current% 9inimum ) 0 mA%@y/ical ) 1 mA% IE*E c&m/liance &lta.e 1H Vma2% O er &lta.e /r&tecti&n (#ith res/ect t&chassis .r&und!% F&r an IE*E sens&r c&nnected t& AI and AI- "0 V% F&r a l-im/edance s&urcec&nnected% t& AI and AI- -8 t& "0 V

• All sens&rs use IE*E current e2citati&n% Ideal &r

/ermanent installati&ns &r r&ute-based datac&llecti&n% +ables &r use #ith all industrialacceler&meters

• All sens&rs use IE*E current e2citati&n% Ideal &r/ermanent installati&ns &r r&ute-based datac&llecti&n% +ables &r use #ith all industrialacceler&meters

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RM,0 +able &r HH % HH ,% andHH H% )m (Gty !

NI HH H RM-,0 ( emale! t& Scre#@erminal Ada/t&r (Qty !

NI HH Quarter 'rid.e+&m/leti&n Access&ry (1)0 Ohm%Gty !

NI HH , Quarter 'rid.e+&m/leti&n Access&ry (",0 Ohm%Gty !

RM,0 +able 10-/in 9&dular *lu.t& *i.tail Wires% )m (Gty !

:&ney#ell 1),% 100 $.% ) mVBV%

",0 O:9% S-@y/e L&ad +ell%@E>S

• -channel anal&. in/ut de ice desi.ned &rsens&rs such as strain .a.es% /ressure transducers%l&ad cells% and &ther brid.e-based measurements) -bit res&luti&n #ith NIS@-traceable calibrati&n%*r&.rammable hal - and ull-brid.e c&m/leti&n%Quarter-brid.e c&m/leti&n #ith e2ternal access&ry (s&ld se/arately!% / t& 10 V internal e2citati&n%Smart sens&r (@E>S! c&m/atibilityK Number &channels % 'rid.e c&m/leti&n% Full and halInternal% Quarter E2ternal% A>+ res&luti&n ) bits%

@y/e & A>+ >elta-si.ma (#ith anal&./re ilterin.!% Sam/lin. m&de Simultane&us% >atarates ( ! s% 9aster timebase (internal!% FreGuency1) 9:;% Accuracy 100 //m ma2% N&minal ull-scale ran.e ), mVBV% Scalin. c&e icient ) H 0)nVBV /er LS'% O er &lta.e /r&tecti&n bet#eenany t#& terminals "0 V% =ain dri t 10 //mBP+ma2% O set dri t% ) , V e2citati&n 0 8 VBV /er P+%

" " V e2citati&n 0 , VBV /er P+% , V e2citati&n 0 "VBV /er P+% 10 V e2citati&n 0 ) mVBV /er P+

• RM,0 t& RM,0 cable% F&r use #ith the NI H)"5

• >irect c&nnect #ith standard RM,0 ac$s% 9assterminati&n & u/ t& 10 si.nals &r ast sens&rinserti&n and rem& al% RM,0 t& scre# terminalada/ter &r Guic$ /r&t&ty/in.% Strain relie/lat &rm &r ;i/ ties

• Quarter-brid.e c&m/leti&n &r 1)0 sens&rs%>irect c&nnect #ith standard RM,0 ac$s% RM,0 t&scre# terminal ada/ter &r Guic$ /r&t&ty/in.%Strain relie /lat &rm &r ;i/ ties

• Quarter-brid.e c&m/leti&n &r ",0 sens&rs%

>irect c&nnect #ith standard RM,0 ac$s% RM,0 t&scre# terminal ada/ter &r Guic$ /r&t&ty/in.%Strain relie /lat &rm &r ;i/ ties

• RM,0 +able 10-/in 9&dular *lu. t& *i.tail Wires%)m (Gty !

• @ransducer Electr&nic >ata Sheet (@E>S! enabled&r easy use% 100 $. t& ,00 $. ran.es a ailable%

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0 0" /ercent accuracy% One-/iece% nic$el-/latedall&y steel c&nstructi&n

TOTAL 55%67

Prof% 8% 8% S.ar#aHOD4 ECE Depart#e$t4MNIT4 Jaip"r

TE9IP Coor i$ator4MNIT4 Jaip"r

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omnicant & sensimer

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