var A=new Array(), AA=new Array();
var an='resonator/', am='Ceramic Resonators';
A[0]=an+'zta-resonator.htm'; AA[0]='ZTA';
A[1]=an+'ztb-resonator.htm'; AA[1]='ZTB';
A[2]=an+'smd-resonator.htm'; AA[2]='ZTA/ZTT Chip smd type';
A[3]=an+'ztt-resonator.htm'; AA[3]='ZTT with built-in capacitor';
A[4]=an+'ztby-resonator.htm'; AA[4]='ZTBY surface mountable';
A[5]=an+'ztb-resonator-fm.htm'; AA[5]='ZTB 456F FM multiplexers';
A[6]=an+'ztb-resonator-tv.htm'; AA[6]='ZTB 503F TV horizontal synthesizer';
A[7]=an+'ztb-resonator-fm.htm'; AA[7]='ZTB 912F for HI-FI automobile stereo';

var B=new Array(), BB=new Array();
var bn='saw/', bm='Saw Components';
B[0]=bn+'saw-resonators.htm'; BB[0]='Saw Resonators';
B[1]=bn+'saw-filters-fl.htm'; BB[1]='FL Series - Cell Phone';
B[2]=bn+'saw-filters-fm.htm'; BB[2]='FM Series - Narrow Band';

var C=new Array(), CC=new Array();
var cn='dielectric/', cm='Dielectric Microwave';
C[0]=cn+'die-resonator.htm'; CC[0]='Dielectric Resonators';
C[1]=cn+'die-filter.htm'; CC[1]='Dielectric Filters';
C[2]=cn+'antenna.htm'; CC[2]='Patch Antenna';
C[3]=cn+'dielectric-te.htm'; CC[3]='TE Mode Type';

var D=new Array(), DD=new Array();
var dn='filter/', dm='Ceramic Filters';
D[0]=dn+'filter-ltp.htm'; DD[0]='LTP for AM';
D[1]=dn+'filter-ltz.htm'; DD[1]='LTZ for AM';
D[2]=dn+'filter-mlt.htm'; DD[2]='LT miniature';
D[3]=dn+'filter-lt107m.htm#fm'; DD[3]='LT10.7M for FM receiver';
D[4]=dn+'filter-lt107m.htm#a10'; DD[4]='LT10.7M A10 forlow loss type';
D[5]=dn+'filter-lt107m.htm#m'; DD[5]='LT10.7M for wide/narrow bandwidth';
D[6]=dn+'filter-ltmb.htm'; DD[6]='LT MB for TV/VCR';
D[7]=dn+'filter-ltsmcb.htm'; DD[7]='LTS MCB/MDB low spurious for TV/VCR';
D[8]=dn+'filter-lttma.htm'; DD[8]='LTT MA high selectivity for TV/VCR';
D[9]=dn+'filter-ltb.htm'; DD[9]='LTB for communication';
D[10]=dn+'filter-lt455.htm'; DD[10]='LT 455/450 U/W for communication';
D[11]=dn+'filter-ltm455.htm'; DD[11]='LTM 455/450 U/W for communication';
D[12]=dn+'filter-ltc455.htm'; DD[12]='LTC 455/450 U/W for communication';
D[13]=dn+'filter-lzu.htm'; DD[13]='LZU for search-stop signal detection';
D[14]=dn+'filter-lt.htm'; DD[14]='LT for radio-cassette recorder';
D[15]=dn+'smd-filter-lt107ca.htm'; DD[15]='LTCA/CV10.7M for FM chip type';
D[16]=dn+'smd-filter-lt107cs.htm'; DD[16]='LTCS10.7M for FM chip type';

var E=new Array(), EE=new Array();
var en='filter/', em='Ceramic Discriminator';
E[0]=en+'discriminator-jt107m.htm'; EE[0]='JT10.7M discriminator for FM';
E[1]=en+'discriminator-jtcv.htm'; EE[1]='JTCV10.7M chip discriminator for FM';
E[2]=en+'discriminator-jtc.htm'; EE[2]='JTC discriminator for communication';
E[3]=en+'discriminator-jtm.htm'; EE[3]='JTM discriminator for communication';
				
var F=new Array(), FF=new Array();
var fn='filter/', fm='Ceramic Trap';
F[0]=fn+'trap-filter-xtmw.htm'; FF[0]='XT MW double trap';
F[1]=fn+'trap-filter-xtmt.htm'; FF[1]='XT MT triple peak trap';
F[2]=fn+'trap-filter-xtmj.htm'; FF[2]='XT MJ for chrominance carriers';
F[3]=fn+'trap-filter-xtmb.htm'; FF[3]='XT MB trap for TV/VCR stage';

var G=new Array(), GG=new Array();
var gn='resistor-hv/', gm='High Voltage Resistor';
G[0]=gn+'resistor-ri80.htm'; GG[0]='Glaze Glass Type RI80';
G[1]=gn+'resistor-ry31a.htm'; GG[1]='Ultra Freguency Type';
G[2]=gn+'resistor-ri82.htm'; GG[2]='Glaze Glass Chip Type';
G[3]=gn+'resistor-rmc.htm'; GG[3]='Ceramic Metal Type A, B';
G[4]=gn+'resistor-rmcc.htm'; GG[4]='Ceramic Metal Type C';
G[5]=gn+'resistor-rmcd.htm'; GG[5]='Ceramic Non-inductance Tubular';
G[6]=gn+'resistor-rh1.htm'; GG[6]='Glaze Glass Type RH1';

var H=new Array(), HH=new Array();
var hn='resistor-pd/', hm='Power Resistors';
H[0]=hn+'power-resistor-ss.htm'; HH[0]='Slide Type';
H[1]=hn+'power-resistor-vr.htm'; HH[1]='Variable Type';
H[2]=hn+'power-resistor-cb.htm'; HH[2]='Chambers Type';
H[3]=hn+'power-resistor-st.htm'; HH[3]='Wirewound Starter Type';
H[4]=hn+'power-resistor-zr1.htm'; HH[4]='Nonflammable Flat Type';
H[5]=hn+'power-resistor-bx.htm'; HH[5]='Assembly Type Load Type';
H[6]=hn+'power-resistor-dr1.htm'; HH[6]='Nonflammable Fixed Type';
H[7]=hn+'power-resistor-ah.htm'; HH[7]='Aluminum Housed Wirewound';
H[8]=hn+'power-resistor-al.htm'; HH[8]='Large Capacity Metal Clad Type';
H[9]=hn+'power-resistor-dq1.htm'; HH[9]='Nonflammable Wave Shape Ribbon Type';
H[10]=hn+'power-resistor-doe.htm'; HH[10]='High Current Oval Edge-wound Type';

var I=new Array(), II=new Array();
var iz='resistor-ppm/', im='Ultra Precision resistors';
I[0]=iz+'ee-resistor.htm'; II[0]='EE Series - Mold Type';
I[1]=iz+'mf-resistor.htm'; II[1]='RJ Series - Metal Film';
I[2]=iz+'re-resistor.htm'; II[2]='RE Series - Coated Type';
I[3]=iz+'ne-resistor.htm'; II[3]='NE Series - Moulding Type';
I[4]=iz+'upsc-resistor.htm'; II[4]='UPSC Series - Radial Type';
I[5]=iz+'uar-resistor.htm'; II[5]='UAR Series - Moulding Type';
I[6]=iz+'upr-resistor.htm'; II[6]='UPR Series - Network Type';
I[7]=iz+'mef-resistor.htm'; II[7]='RJM Series - Melf Coated Style';
I[8]=iz+'uprnd-resistor.htm'; II[8]='UPRND Network - Serial Dip Type';
I[9]=iz+'uprns-resistor.htm'; II[9]='UPRNS Network - Parellel Dip Type';
I[10]=iz+'rn-resistor.htm'; II[10]='RN Series - Moulding Type MIL-R-55182';

var J=new Array(), JJ=new Array();
var jn='resistor/', jm='Commercial Resistors';
J[0]=jn+'anti-surge-resistor.htm'; JJ[0]='Anti-Surge';
J[1]=jn+'mf-resistor.htm'; JJ[1]='Metal Film';
J[2]=jn+'carbon-resistor.htm'; JJ[2]='Carbon Film';
J[3]=jn+'resistor-sq.htm'; JJ[3]='Cement Type';
J[4]=jn+'mof-resistor.htm'; JJ[4]='Metal Oxide Film';
J[5]=jn+'wirewound-resistor.htm'; JJ[5]='Wirewound Type';
J[6]=jn+'wirewound-resistor.htm'; JJ[6]='Non-Inductive Wirewound Type';
J[7]=jn+'winding-resistor-knp-ve.htm'; JJ[7]='Vitreous Enamel Coated Wirewound Type';
J[8]=jn+'power-wirewound-resistor-knp-r.htm'; JJ[8]='Precision Power Wirewound Type';
J[9]=jn+'wirewound-resistors-bww.htm'; JJ[9]='High Precision Axial Moulded Wirewound Type';
J[10]=jn+'photo-cds.htm'; JJ[10]='Photo resistors CDS';
J[11]=jn+'resistor-zj.htm'; JJ[11]='Zero Ohm and Jumper Wire';
J[12]=jn+'ccr-resistor.htm'; JJ[12]='Carbon Composition Resistors';
J[13]=jn+'fusible-resistor.htm'; JJ[13]='Nonflammable Metal Film Fusible';
J[14]=jn+'fusible-resistor.htm'; JJ[14]='Nonflammable Wirewound Fusible';
J[15]=jn+'fusible-resistor.htm'; JJ[15]='Nonflammable Fusible Cement Type';
J[16]=jn+'thermal-cut-offs-fru-fku.htm'; JJ[16]='Cement Resistors with Thermal Cut-offs';

var K=new Array(), KK=new Array();
var kn='inductor/', km='Inductor Through Hole';
K[0]=kn+'inductor-fixed1.htm'; KK[0]='Fixed Inductor - TCAL';
K[1]=kn+'inductor-rb.htm'; KK[1]='Radial Choke Inductor - TCRB';
K[2]=kn+'inductor-rc.htm'; KK[2]='Radial Choke Inductor - TCRC';
K[3]=kn+'inductor-rs.htm'; KK[3]='Shielded Radial Choke Inductor - TCRS';
K[4]=kn+'power-inductor-gt.htm'; KK[4]='Through Hole Gap Toroidal Inductor - TC19';
K[5]=kn+'power-inductor-pc.htm'; KK[5]='Power Choke Inductor - TCPC';
K[6]=kn+'power-inductor-tht.htm'; KK[6]='Power Inductor - TC1213';
K[7]=kn+'power-inductor-lpvp.htm'; KK[7]='Power Inductor Low DCR - TCLP/TCVP';
K[8]=kn+'inductor-ac.htm'; KK[8]='Air Core Coils - TCAC';
K[9]=kn+'inductor-bt.htm'; KK[9]='Common Mode Choke Coils - TCB7T';
K[10]=kn+'power-inductor-tk.htm'; KK[10]='Toroidal Coils - TCTK';
K[11]=kn+'power-inductor-tc.htm'; KK[11]='Toroidal Coils - TCTC';
K[12]=kn+'transformers-er.htm'; KK[12]='Transformer - TCER';
K[13]=kn+'inductor-filters-fb.htm'; KK[13]='Ferrite Beads - TCFB';
K[14]=kn+'inductor-filters-wb.htm'; KK[14]='Wide Band Chokes - TCWB';
K[15]=kn+'power-inductor-da.htm'; KK[15]='Large Current Power Inductor - TCDA';
K[16]=kn+'inductor-filters-tcuu1.htm'; KK[16]='EMI Line Filters - TCUU';

var L=new Array(), LL=new Array();
var ln='smd-coils/', lm='SMD Coils';
L[0]=ln+'smd-coils-1.htm'; LL[0]='SMD Choke Coils Common Mode - TCB4F';
L[1]=ln+'smd-coils-3.htm'; LL[1]='SMD Choke Coils Common Mode - TCB5F';
L[2]=ln+'smd-coils-4.htm'; LL[2]='SMD Choke Coils Common Mode - TCB5FL';
L[3]=ln+'coils-emi.htm'; LL[3]='SMD EMI Filters Common Mode';

var P=new Array(), PP=new Array();
var pn='chip-resistor/', pm='Chip Resistors';
P[0]=pn+'smd-resistor1.htm#chip-array'; PP[0]='Chip Array Series';
P[1]=pn+'smd-resistor1.htm#resistor-network'; PP[1]='Chip Network Series';
P[2]=pn+'smd-resistor1.htm#smd'; PP[2]='Thick Film Chip Series';
P[3]=pn+'chip-resistor-pr1.htm'; PP[3]='Anti-Corrosive Thin Film Chip Resistor PR Series';
P[4]=pn+'chip-ar1.htm'; PP[4]='Precision Chip Resistors AR Series';
P[5]=pn+'chip-resistor-pwr1.htm'; PP[5]='Pulse Withstanding Chip Resistors PWR Series';

var Q=new Array(), QQ=new Array();
var qn='current-sensing/', qm='Current Sensing Resistors';
Q[0]=qn+'current-sensing-cs1.htm'; QQ[0]='Chip Current Sense CS Series';
Q[1]=qn+'current-sense-tcs1.htm'; QQ[1]='Thin Film Chip Current Sense TCS Series';
Q[2]=qn+'low-inductance-resistor-bwl.htm'; QQ[2]='Low Resistance Low Inductance BWL Series';
Q[3]=qn+'low-ohmic-resistor.htm'; QQ[3]='Low Ohmic Type LRA Series';
Q[4]=qn+'open-air.htm'; QQ[4]='Ultra Low Resistance Power Type LRB Series';
Q[5]=qn+'low-ohmic-1.htm'; QQ[5]='Current Sense (SMD) LRC Series';

var S=new Array(), SS=new Array();
var sn='melf-resistor/', sm='MELF Resistors';
S[0]=sn+'rjm-resistor.htm'; SS[0]='RJM Metal Film Resistors Series';
S[1]=sn+'rdm-resistor.htm'; SS[1]='RDM Carbon Film Resistors Series';
S[2]=sn+'rgm-resistor.htm'; SS[2]='RGM Metal Glaze Film Resistors Series';
S[3]=sn+'rfm-resistor.htm'; SS[3]='RFM High frequency non-inductance Resistors';

var T=new Array(), TT=new Array();
var tn='rf-inductors/', tm='SMD RF Inductors';
T[0]=tn+'smd-inductors-fcno.htm'; TT[0]='Non-Flat Top Air Core Chip Inductor';
T[1]=tn+'smd-inductors-fc1.htm'; TT[1]='Flat Top Air Core Chip Inductor';
T[2]=tn+'chip-inductor-al-1.htm'; TT[2]='Thin Film Chip Inductor';
T[3]=tn+'smd-inductor-wirewound-1.htm'; TT[3]='Open-Type Chip Wirewound Inductor';
T[4]=tn+'smd-inductors-molded.htm'; TT[4]='Molded-Type Chip Wirewound Inductors';
T[5]=tn+'chip-beads-1.htm'; TT[5]='Multilayer Chip Beads';
T[6]=tn+'chip-inductors-1.htm'; TT[6]='Multilayer Chip Inductors';
T[7]=tn+'chip-inductors-tcec.htm'; TT[7]='Molded-Type Chip Inductors';
T[8]=tn+'chip-inductors-tcem.htm'; TT[8]='Molded-Type Chip Inductors';
T[9]=ln+'coils-transponder.htm'; TT[9]='RFID Transponder Coils';

var U=new Array(), UU=new Array();
var un='smd-power-inductors/', um='SMD Power Inductors';
U[0]=un+'power-inductor-dc1.htm'; UU[0]='Power Inductors SMT Shielded for PDA - DC';
U[1]=un+'power-inductor-ds.htm'; UU[1]='Power Inductors SMT Shielded - DS';
U[2]=un+'power-inductor-rh1.htm'; UU[2]='Power Inductors SMT Shielded - RH';
U[3]=un+'power-inductors-tcd1.htm'; UU[3]='Power Inductors SMT Shielded - TCD';
U[4]=un+'power-inductors-rb.htm'; UU[4]='SMT Shielded for Notebook - RB';
U[5]=un+'power-inductor-slf1.htm'; UU[5]='SMT Shielded for VCR Camera - SLF';
U[6]=un+'power-inductors-utcd1.htm'; UU[6]='SMT Unshielded for DC/DC converters - UD';
U[7]=un+'power-inductors-utc1.htm'; UU[7]='SMT Unshielded - UTC';
U[8]=un+'power-inductor-backlight.htm'; UU[8]='SMT Backlight - DBL';
U[9]=un+'power-inductors-tc1.htm'; UU[9]='Toroidal SMD - TC';
U[10]=un+'power-inductors-pa.htm'; UU[10]='SMT Large Current Power Inductors - PA';
U[11]=un+'power-inductor-tcsh1.htm'; UU[11]='SMT Power Inductors - TCSH';

var V=new Array(), VV=new Array();
var vn='power-resistor/', vm='TO-220 Power Resistors';
V[0]=vn+'power-resistor-rmg20.htm'; VV[0]='TO-220 Power Resistors - RMG20';
V[1]=vn+'power-resistor-rmg30.htm'; VV[1]='TO-220 Power Resistors - RMG30';
V[2]=vn+'power-resistor-rmg35.htm'; VV[2]='TO-220 Power Resistors - RMG35';
V[3]=vn+'power-resistor-rmg50.htm'; VV[3]='TO-220 Power Resistors - RMG50';
V[4]=vn+'power-resistor-rmg100.htm'; VV[4]='TO-247 Power Resistors - RMG100';

var W=new Array(), WW=new Array();
var wn='crystal-resonator/', wm='Ceramic Crystal Resonators';
W[0]=wn+'ceramic-quartz-crystal-resonators.htm'; WW[0]='Ceramic Surface Mount Crystal Resonator - TACA';

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