Main Technical parametri
| project | proprium | |
| Range of working temperatus | -55 ~ + CV ℃ | |
| Rated Working Voltage | 6.3-100V | |
| facultatem range | 2,2 ~ 10000uf 120Hz XX ℃ | |
| Capacitas tolerantia | ± XX% (120Hz XX ℃) | |
| damnum tangentem | 120Hz XX ℃ sub valorem in album of vexillum products | |
| Leakage current ※ | Crimen ad II minutes at rated voltage sub valorem in album of Latin products ad XX ° C | |
| Equivalent seriem resistentiam (ESR) | 100khz XX ° C infra valorem in album of Latin Products | |
|
Diuturnitas | Quod productum debet occursum temperatus de CV ℃, applicare ad rated operationem voltage pro MM horas et post XVI horas ad XX ℃; | |
| Capacitance mutatio rate | ± XX% of initial valorem | |
| Equivalent seriem resistentiam (ESR) | ≤150% of initial specie pretii | |
| damnum tangentem | ≤150% of initial specie pretii | |
| Leakage Current | ≤initial specie valorem | |
|
Caliditas et humiditas | Quod productum debet occurrit conditionibus et LX ° C temperatus et XC% ~ XCV% RH humiditas sine applicando intentione, ponere illud pro M horas, et ponere ad XX ° C XVI horis | |
| Capacitance mutatio rate | ± XX% of initial valorem | |
| Equivalent seriem resistentiam (ESR) | ≤150% of initial specie pretii | |
| damnum tangentem | ≤150% of initial specie pretii | |
| Leakage Current | ≤initial specie valorem | |
Product Dimensional Drawing
Product Dimensiones (Unit: mm)
| Φd | B | C | A | H | E | K | a |
| 5 | 5.3 | 5.3 | 2.1 | 0.70 ± 0.20 | 1.3 | 0.5Max | ± 0.5 |
| 6,3 | 6.6 | 6.6 | 2.6 | 0.70 ± 0.20 | 1.8 | 0.5Max | |
| 8 | 8,3 | 8,3 | 3 | 0.90 ± 0.20 | 3,1 | 0.5Max | |
| 10 | 10,3 | 10,3 | 3.5 | 0.90 ± 0.20 | 4.6 | 0.7 0.2 | |
| 12,5 | 12,8 | 12,8 | 4.7 | 0.90 ± 0.30 | 4.4 | 0.7 ± 0.3 |
Ripple Current Frequency correptio coefficientem
Frequency correctionem factor
| Frequency (HZ) | 120Hz | 1KHz | 10khz | 100khz | 500khz |
| Correptio factor | 0,05 | 0,3 | 0,7 | 1 | 1 |
PROMPTURA Polymer solidum Aluminium Electrolytic Capacitors: Advanced components ad modern electronics
PROMIX Polymer solidum aluminium electrolytic capacitors represent a significant incrementum in capacitorem technology, offering superior perficientur, reliability, et Vivacitas comparari ad traditional electrolytic capacitoribus. In hoc articulus, ut youll 'explorarent features, beneficia et applications de his innovative components.
Features
PROMPTURA Polymer solidum aluminium electrolytic capacitors miscere beneficia de traditional aluminium electrolytic capacitors cum auctus characteres de PROMMIXUS polymer materiae. Et electrolytici in his capacitoribus est PROLIXUS Polymer, quod reponit traditional liquidum aut gel electrolyte in conventional aluminium electrolytic capacitoribus.
Una key features de PROMMODIVUS Polymer solidum aluminium electrolytic capacitors est eorum humilis equivalent seriem resistentiam (ESR) et excelsum Ripple Current Tractable Partial. Hoc praecessi in melius efficientiam, reducitur potentia damna et auctus fideles, praecipue in altum frequency applications.
Praeterea, haec capacitors offerre optimum stabilitatem super late temperatus rhoncus et longior operational Lifespan comparari traditional electrolytic capacitoribus. Et solidum constructione excludit periculum de leakage vel siccatio ex electrolytici, cursus consistent perficientur etiam in dura operating conditionibus.
Beneficia
In adoptionem Ponderentive Polymer materiae in solidum aluminium electrolytic capacitorors pluribus beneficia ad electronic systems. Uno modo, eorum humilis ESR et excelsum lacum current ratings faciunt ea specimen ad usum in potestate copiam unitates, intentione regulators, et DC-DC Converters, ubi auxilio ad stabilire output et amplio efficientiam.
Secundo, PROLIXUS Polymer solidum aluminium electrolytic capacitors offer decorarat reliability et diuturnitatem, faciens ea idoneam ad missionem, discrimine applications in industrias ut automotive, Aerospace, Telecommunications et industriae automation. Quorum facultatem sustinere altum temperaturis, vibrationum, et electrica extensiones longa-term perficientur et reduces periculum premature defectum.
Ceterum hi capacitores exhibent humilis impedire characteres, quae ad melius sonitus filtering et signo integritas in electronic circuits. Hoc facit eos valuable components in audio amplifiers, audio apparatu et summus fidelitate audio systems.
Applications
PROLIXUS Polymer solidum aluminium electrolytic capacitors invenire applications in amplis electronic systems et cogitationes. Sunt communiter in potestate copiam unitates, voltage regulators, motor agitet, duxit lucendi, telecommunications apparatu et eget electronics.
In potestate copiam unitates, haec capacitors auxilium ad stabiliendum output voltages, redigendum laclentiam et amplio transiens responsio, cursus fideles et efficientem operationem. In automotive electronics, qui conferunt ad perficientur et Vivacitas de onboard systems, ut engine potestate unitates (ECUS), infotainment systems, et salus features.
Conclusio
PROLIXUS Polymer solidum aluminium electrolytic capacitors represent a significant incrementum in capacitorem technology, offering superior perficientur, reliability, et Vivacitas in modern electronic systems. Cum eorum humilis ESR, excelsum Rippele current pertractatio capabilities, et auctus diuturnitatem, sunt bene apta ad amplis et applications in variis industries.
Sicut electronic cogitationes et systems continue evolve, in demanda in summus perficientur capacitors sicut PROMMIX PROMPTUM Polymer Firmus Aluminium Electrolytic Capacitors expectat crescere. Moderni electronics in occursum eorum facultatem ad Moderni Moderni facit ea quae sunt in hodiernae electronic consilia, confert ad melius efficientiam, reliability et perficientur.
| Products codice | Temperature (℃) | Rating voltage (V.DC) | Capacitance (UF) | Diameter (mm) | Altitudo (mm) | Leakage Current (UA) | ESR / Impedance [ωmage] | Vita (HRS) |
| Vplb0771h10mvtm | -55 ~ CV | 50 | 18 | 5 | 7.7 | CCC | 0,06 | (V) |
| Vppl0581h10mvtm | -55 ~ CV | 50 | 18 | 6,3 | 5,8 | CCC | 0,06 | (V) |
| Vplb0771h220mvtm | -55 ~ CV | 50 | 22 | 5 | 7.7 | CCC | 0,06 | (V) |
| Vplic0581h220mvtm | -55 ~ CV | 50 | 22 | 6,3 | 5,8 | CCC | 0,06 | (V) |
| Vplb0951h330mvtm | -55 ~ CV | 50 | 33 | 5 | 9,5 | CCCXXX | 0,05 | (V) |
| Vplb0580j101mvtm | -55 ~ CV | 6,3 | C | 5 | 5,8 | CCLXXX | 0,02 | (V) |
| Vplic0771h330mvtm | -55 ~ CV | 50 | 33 | 6,3 | 7.7 | CCCXXX | 0,06 | (V) |
| Vprc4500j101mvtm | -55 ~ CV | 6,3 | C | 6,3 | 4.5 | CCLXXX | 0,02 | (V) |
| Vplb0951h390mvtm | -55 ~ CV | 50 | 39 | 5 | 9,5 | CCCXC | 0.04 | (V) |
| Vplb0580j151mvtm | -55 ~ CV | 6,3 | CL | 5 | 5,8 | CCLXXX | 0,02 | (V) |
| Vplic0771h390mvtm | -55 ~ CV | 50 | 39 | 6,3 | 7.7 | CCCXC | 0,06 | (V) |
| Vprc4500j151mvtm | -55 ~ CV | 6,3 | CL | 6,3 | 4.5 | CCLXXX | 0,02 | (V) |
| Vprc0851h470mvtm | -55 ~ CV | 50 | 47 | 6,3 | 8,5 | CDLXX | 0,05 | (V) |
| Vplb0580j181mvtm | -55 ~ CV | 6,3 | CLXXX | 5 | 5,8 | CCLXXX | 0.018 | (V) |
| Vplld0771h470mvtm | -55 ~ CV | 50 | 47 | 8 | 7.7 | CDLXX | 0,06 | (V) |
| Vprc4500j181mvtm | -55 ~ CV | 6,3 | CLXXX | 6,3 | 4.5 | CCLXXX | 0,02 | (V) |
| Vprc0951h560mvtm | -55 ~ CV | 50 | 56 | 6,3 | 9,5 | DLX | 0,05 | (V) |
| Vplb0580j221mvtm | -55 ~ CV | 6,3 | CCXX | 5 | 5,8 | CCLXXX | 0.018 | (V) |
| Vplld0771h560mvtm | -55 ~ CV | 50 | 56 | 8 | 7.7 | DLX | 0,06 | (V) |
| Vplic4500j221mvtm | -55 ~ CV | 6,3 | CCXX | 6,3 | 4.5 | CCLXXX | 0,02 | (V) |
| Vprc1101h680mvtm | -55 ~ CV | 50 | 68 | 6,3 | 11 | DCLXXX | 0,05 | (V) |
| Vplb0770j271mvtm | -55 ~ CV | 6,3 | CCLXX | 5 | 7.7 | CCCXL | 0.012 | (V) |
| Vplld0771h680mvtm | -55 ~ CV | 50 | 68 | 8 | 7.7 | DCLXXX | 0,06 | (V) |
| Vplic0580j271mvtm | -55 ~ CV | 6,3 | CCLXX | 6,3 | 5,8 | CCCXL | 0.018 | (V) |
| Vpr1201h820mvtm | -55 ~ CV | 50 | 82 | 6,3 | 12 | DCCCXX | 0.04 | (V) |
| Vplb0770j331mvtm | -55 ~ CV | 6,3 | CCCXXX | 5 | 7.7 | CDXVI | 0.012 | (V) |
| Vplld0901h820mvtm | -55 ~ CV | 50 | 82 | 8 | 9 | DCCCXX | 0,06 | (V) |
| Vplic0580j331mvtm | -55 ~ CV | 6,3 | CCCXXX | 6,3 | 5,8 | CDXVI | 0.018 | (V) |
| Vplld1001h1mvtm | -55 ~ CV | 50 | C | 8 | 10 | M | 0,05 | (V) |
| Vplb0850j391mvtm | -55 ~ CV | 6,3 | CCCXC | 5 | 8,5 | CDXCI | 0.012 | (V) |
| VLLE0851h1mvtm | -55 ~ CV | 50 | C | 10 | 8,5 | M | 0,06 | (V) |
| Vplic0580j391mvtm | -55 ~ CV | 6,3 | CCCXC | 6,3 | 5,8 | CDXCI | 0.008 | (V) |
| Vplld1251h121mvtm | -55 ~ CV | 50 | CXX | 8 | 12,5 | MCC | 0,05 | (V) |
| Vplb0850j471mvtm | -55 ~ CV | 6,3 | CDLXX | 5 | 8,5 | DXCII | 0.012 | (V) |
| VLe0851h121mvtm | -55 ~ CV | 50 | CXX | 10 | 8,5 | MCC | 0,06 | (V) |
| Vplic0770j471mvtm | -55 ~ CV | 6,3 | CDLXX | 6,3 | 7.7 | DXCII | 0.008 | (V) |
| Vplld1301h151mvtm | -55 ~ CV | 50 | CL | 8 | 13,5 | MD | 0,05 | (V) |
| Vprc0850j561mvtm | -55 ~ CV | 6,3 | DLX | 6,3 | 8,5 | DCCVI | 0.012 | (V) |
| VLLE0851h151mvtm | -55 ~ CV | 50 | CL | 10 | 8,5 | MD | 0,05 | (V) |
| Vplic0770j561mvtm | -55 ~ CV | 6,3 | DLX | 6,3 | 7.7 | DCCVI | 0.008 | (V) |
| Vplld1501h181mvtm | -55 ~ CV | 50 | CLXXX | 8 | 15 | MDCCC | 0.04 | (V) |
| Vppl850j681mvtm | -55 ~ CV | 6,3 | DCLXXX | 6,3 | 8,5 | DCCCLVII | 0.008 | (V) |
| VLe0951h181mvtm | -55 ~ CV | 50 | CLXXX | 10 | 9,5 | MDCCC | 0,05 | (V) |
| Vplld0770j681mvtm | -55 ~ CV | 6,3 | DCLXXX | 8 | 7.7 | DCCCLVII | 0.012 | (V) |
| Vplld1651h221mvtm | -55 ~ CV | 50 | CCXX | 8 | 16,5 | MMCC | 0.03 | (V) |
| Vplic0950j821mvtm | -55 ~ CV | 6,3 | DCCCXX | 6,3 | 9,5 | MXXXIII | 0.008 | (V) |
| VLe1351h221mvtm | -55 ~ CV | 50 | CCXX | 10 | 13,5 | MMCC | 0.04 | (V) |
| Vplic00770j821mvtm | -55 ~ CV | 6,3 | DCCCXX | 6,3 | 7.7 | MXXXIII | 0.008 | (V) |
| VLLE1451h271mvtm | -55 ~ CV | 50 | CCLXX | 10 | 14.5 | MMDCC | 0.04 | (V) |
| Vplld0770j821mvtm | -55 ~ CV | 6,3 | DCCCXX | 8 | 7.7 | MXXXIII | 0.012 | (V) |
| VLup1701h331mvtm | -55 ~ CV | 50 | CCCXXX | 10 | 17 | MMMCCC | 0.03 | (V) |
| Vprc1100j102mvtm | -55 ~ CV | 6,3 | M | 6,3 | 11 | MCCLX | 0.008 | (V) |
| VLe1951h391mvtm | -55 ~ CV | 50 | CCCXC | 10 | 19.5 | MMMCM | 0.03 | (V) |
| Vplld0900j102mvtm | -55 ~ CV | 6,3 | M | 8 | 9 | MCCLX | 0.008 | (V) |
| Vpll1501h391mvtm | -55 ~ CV | 50 | CCCXC | 12,5 | 15 | MMMCM | 0.04 | (V) |
| VLe0850j102mvtm | -55 ~ CV | 6,3 | M | 10 | 8,5 | MCCLX | 0.012 | (V) |
| VLe2201h471mvtm | -55 ~ CV | 50 | CDLXX | 10 | 22 | (IV) DCC | 0.03 | (V) |
| Vprc1200j122mvtm | -55 ~ CV | 6,3 | MCC | 6,3 | 12 | MDXII | 0.008 | (V) |
| Vpll1501h471mvtm | -55 ~ CV | 50 | CDLXX | 12,5 | 15 | (IV) DCC | 0.04 | (V) |
| Vplld1000j122mvtm | -55 ~ CV | 6,3 | MCC | 8 | 10 | MDXII | 0.008 | (V) |
| Vpll1701h561mvtm | -55 ~ CV | 50 | DLX | 12,5 | 17 | (V) | 0.03 | (V) |
| VLe0950j122mvtm | -55 ~ CV | 6,3 | MCC | 10 | 9,5 | MDXII | 0.008 | (V) |
| Vpll2101h681mvtm | -55 ~ CV | 50 | DCLXXX | 12,5 | 21 | (V) | 0.03 | (V) |
| Vplld1250j152mvtm | -55 ~ CV | 6,3 | MD | 8 | 12,5 | MDCCCXC | 0.008 | (V) |
| Vpll2101h821mvtm | -55 ~ CV | 50 | DCCCXX | 12,5 | 21 | (V) | 0.03 | (V) |
| VLLE1050J152mvtm | -55 ~ CV | 6,3 | MD | 10 | 10,5 | MDCCCXC | 0.008 | (V) |
| Vplb0581j6r8mvtm | -55 ~ CV | 63 | 6,8 | 5 | 5,8 | CCC | 0,06 | (V) |
| Vplld1500j202mvtm | -55 ~ CV | 6,3 | MM | 8 | 15 | MMDXX | 0.007 | (V) |
| Vprc4501j6r8mvtm | -55 ~ CV | 63 | 6,8 | 6,3 | 4.5 | CCC | 0,06 | (V) |
| VLLE1050j202mvtm | -55 ~ CV | 6,3 | MM | 10 | 10,5 | MMDXX | 0.008 | (V) |
| Vplb0581j8r2mvtm | -55 ~ CV | 63 | 8,2 | 5 | 5,8 | CCC | 0,06 | (V) |
| Vplld1500j22mvtm | -55 ~ CV | 6,3 | MMCC | 8 | 15 | MMDCCLXXII | 0.007 | (V) |
| Vprc4501j8r2mvtm | -55 ~ CV | 63 | 8,2 | 6,3 | 4.5 | CCC | 0,06 | (V) |
| VLLE1050J22mvtm | -55 ~ CV | 6,3 | MMCC | 10 | 10,5 | MMDCCLXXII | 0.008 | (V) |
| Vplb0771j100mvtm | -55 ~ CV | 63 | 10 | 5 | 7.7 | CCC | 0,06 | (V) |
| VLe1350j272mvtm | -55 ~ CV | 6,3 | MMDCC | 10 | 13,5 | MMMCDII | 0.008 | (V) |
| Vprc4501j100mvtm | -55 ~ CV | 63 | 10 | 6,3 | 4.5 | CCC | 0,06 | (V) |
| VLe1350j332mvtm | -55 ~ CV | 6,3 | MMMCCC | 10 | 13,5 | (IV) CLVIII | 0.008 | (V) |
| Vplb0771j150mvtm | -55 ~ CV | 63 | 15 | 5 | 7.7 | CCC | 0,06 | (V) |
| Vplic0951c271mvtm | -55 ~ CV | 16 | CCLXX | 6,3 | 9,5 | DCCCLXIV | 0.012 | (V) |
| VLLE1550j392mvtm | -55 ~ CV | 6,3 | MMMCM | 10 | 15,5 | (IV) CMXIV | 0.007 | (V) |
| Vplic0581j150mvtm | -55 ~ CV | 63 | 15 | 6,3 | 5,8 | CCC | 0,06 | (V) |
| Vprc0581h100mvtm | -55 ~ CV | 50 | 10 | 6,3 | 5,8 | D | 0,06 | (V) |
| VLLE1700j472mvtm | -55 ~ CV | 6,3 | (IV) DCC | 10 | 17 | (V) CMXXII | 0.007 | (V) |
| Vplb0951j220mvtm | -55 ~ CV | 63 | 22 | 5 | 9,5 | CCC | 0,05 | (V) |
| Vpll1350j472mvtm | -55 ~ CV | 6,3 | (IV) DCC | 12,5 | 13,5 | (V) CMXXII | 0.008 | (V) |
| Vprc0771j220mvtm | -55 ~ CV | 63 | 22 | 6,3 | 7.7 | CCC | 0,05 | (V) |
| VLe1950j562mvtm | -55 ~ CV | 6,3 | (V) DC | 10 | 19.5 | (VII) LVI | 0.007 | (V) |
| Vprc0851j330mvtm | -55 ~ CV | 63 | 33 | 6,3 | 8,5 | CDXVI | 0,05 | (V) |
| Vpll1500j562mvtm | -55 ~ CV | 6,3 | (V) DC | 12,5 | 15 | (VII) LVI | 0.008 | (V) |
| Vplld0771j330mvtm | -55 ~ CV | 63 | 33 | 8 | 7.7 | CDXVI | 0,06 | (V) |
| VLe2200j682mvtm | -55 ~ CV | 6,3 | (VI) DCCC | 10 | 22 | (VII) D | 0.007 | (V) |
| Vprc0951j390mvtm | -55 ~ CV | 63 | 39 | 6,3 | 9,5 | CDXCI | 0,05 | (V) |
| Vpll1700j682mvtm | -55 ~ CV | 6,3 | (VI) DCCC | 12,5 | 17 | (VII) D | 0.007 | (V) |
| VPLD0771J390MVTM | -55 ~ CV | 63 | 39 | 8 | 7.7 | CDXCI | 0,06 | (V) |
| Vpll1850j822mvtm | -55 ~ CV | 6,3 | (VIII) CC | 12,5 | 18,5 | (VII) D | 0.007 | (V) |
| Vprc1101j470mvtm | -55 ~ CV | 63 | 47 | 6,3 | 11 | DXCII | 0.04 | (V) |
| Vpll2100j103mvtm | -55 ~ CV | 6,3 | (X) | 12,5 | 21 | (VII) D | 0.007 | (V) |
| Vplld0901j470mvtm | -55 ~ CV | 63 | 47 | 8 | 9 | DXCII | 0,06 | (V) |
| Vplb0770l271mvtm | -55 ~ CV | 7.5 | CCLXX | 5 | 7.7 | CDV | 0.012 | (V) |
| Vplld0901j560mvtm | -55 ~ CV | 63 | 56 | 8 | 9 | DCCVI | 0,05 | (V) |
| Vplic0580l271mvtm | -55 ~ CV | 7.5 | CCLXX | 6,3 | 5,8 | CDV | 0.018 | (V) |
| VLLE0851j560mvtm | -55 ~ CV | 63 | 56 | 10 | 8,5 | DCCVI | 0,06 | (V) |
| Vplb0950l331mvtm | -55 ~ CV | 7.5 | CCCXXX | 5 | 9,5 | CDXCV | 0.012 | (V) |
| Vplld1001j680mvtm | -55 ~ CV | 63 | 68 | 8 | 10 | DCCCLVII | 0,05 | (V) |
| Vplic0580l331mvtm | -55 ~ CV | 7.5 | CCCXXX | 6,3 | 5,8 | CDXCV | 0.012 | (V) |
| VLLE0851j680mvtm | -55 ~ CV | 63 | 68 | 10 | 8,5 | DCCCLVII | 0,06 | (V) |
| Vplb0950l391mvtm | -55 ~ CV | 7.5 | CCCXC | 5 | 9,5 | DLXXXV | 0.01 0.01 | (V) |
| VPLD1251J820MVTM | -55 ~ CV | 63 | 82 | 8 | 12,5 | MXXXIII | 0,05 | (V) |
| Vplic00770l391mvtm | -55 ~ CV | 7.5 | CCCXC | 6,3 | 7.7 | DLXXXV | 0.012 | (V) |
| VLe0951j820mvtm | -55 ~ CV | 63 | 82 | 10 | 9,5 | MXXXIII | 0,06 | (V) |
| Vplb0950l471mvtm | -55 ~ CV | 7.5 | CDLXX | 5 | 9,5 | DCCV | 0.012 | (V) |
| Vplld1301j101mvtm | -55 ~ CV | 63 | C | 8 | 13,5 | MCCLX | 0.04 | (V) |
| Vplic0850l471mvtm | -55 ~ CV | 7.5 | CDLXX | 6,3 | 8,5 | DCCV | 0.012 | (V) |
| VLLE1051j101mvtm | -55 ~ CV | 63 | C | 10 | 10,5 | MCCLX | 0,05 | (V) |
| Vprc0950l561mvtm | -55 ~ CV | 7.5 | DLX | 6,3 | 9,5 | DCCCXL | 0.009 | (V) |
| VLe1351j121mvtm | -55 ~ CV | 63 | CXX | 10 | 13,5 | MDXII | 0,05 | (V) |
| Vprc1100l681mvtm | -55 ~ CV | 7.5 | DCLXXX | 6,3 | 11 | MXX | 0.008 | (V) |
| VLLE1451j151mvtm | -55 ~ CV | 63 | CL | 10 | 14.5 | MDCCCXC | 0.04 | (V) |
| Vplld0770l681mvtm | -55 ~ CV | 7.5 | DCLXXX | 8 | 7.7 | MXX | 0.012 | (V) |
| VLLE1551j181mvtm | -55 ~ CV | 63 | CLXXX | 10 | 15,5 | MMCCLXVIII | 0.03 | (V) |
| Vprc1200l821mvtm | -55 ~ CV | 7.5 | DCCCXX | 6,3 | 12 | MCCXXX | 0.008 | (V) |
| VLe1701j221mvtm | -55 ~ CV | 63 | CCXX | 10 | 17 | MMDCCLXXII | 0.03 | (V) |
| VPLD0900L821MVTM | -55 ~ CV | 7.5 | DCCCXX | 8 | 9 | MCCXXX | 0.008 | (V) |
| Vpll1351j21mvtm | -55 ~ CV | 63 | CCXX | 12,5 | 13,5 | MMDCCLXXII | 0.04 | (V) |
| Vprc1200l102mvtm | -55 ~ CV | 7.5 | M | 6,3 | 12 | MD | 0.008 | (V) |
| VLe2201j271mvtm | -55 ~ CV | 63 | CCLXX | 10 | 22 | MMMCDII | 0.03 | (V) |
| Vplld1000l102mvtm | -55 ~ CV | 7.5 | M | 8 | 10 | MD | 0.008 | (V) |
| Vpll1501j271mvtm | -55 ~ CV | 63 | CCLXX | 12,5 | 15 | MMMCDII | 0.04 | (V) |
| Vplb0581a470mvtm | -55 ~ CV | 10 | 47 | 5 | 5,8 | CCLXXX | 0.03 | (V) |
| VLe2201j331mvtm | -55 ~ CV | 63 | CCCXXX | 10 | 22 | (IV) CLVIII | 0.03 | (V) |
| Vprc4501a470mvtm | -55 ~ CV | 10 | 47 | 6,3 | 4.5 | CCLXXX | 0.03 | (V) |
| Vpll1701j331mvtm | -55 ~ CV | 63 | CCCXXX | 12,5 | 17 | (IV) CLVIII | 0.03 | (V) |
| Vplb0581a680mvtm | -55 ~ CV | 10 | 68 | 5 | 5,8 | CCLXXX | 0.03 | (V) |
| Vpll1851j391mvtm | -55 ~ CV | 63 | CCCXC | 12,5 | 18,5 | (IV) CMXIV | 0.03 | (V) |
| Vprc4501a680mvtm | -55 ~ CV | 10 | 68 | 6,3 | 4.5 | CCLXXX | 0.03 | (V) |
| Vpll2101j471mvtm | -55 ~ CV | 63 | CDLXX | 12,5 | 21 | (V) | 0.03 | (V) |
| Vplb0581a820mvtm | -55 ~ CV | 10 | 82 | 5 | 5,8 | CCLXXX | 0.03 | (V) |
| Vplb0581k4r7mvtm | -55 ~ CV | 80 | 4.7 | 5 | 5,8 | CCC | 0,06 | (V) |
| Vprc4501a820mvtm | -55 ~ CV | 10 | 82 | 6,3 | 4.5 | CCLXXX | 0.03 | (V) |
| Vprc4501k4r7mvtm | -55 ~ CV | 80 | 4.7 | 6,3 | 4.5 | CCC | 0,06 | (V) |
| Vplb0581a101mvtm | -55 ~ CV | 10 | C | 5 | 5,8 | CCLXXX | 0.03 | (V) |
| Vplb0581k6r8mvtm | -55 ~ CV | 80 | 6,8 | 5 | 5,8 | CCC | 0,06 | (V) |
| Vprc4501a10n1mvtm | -55 ~ CV | 10 | C | 6,3 | 4.5 | CCLXXX | 0.03 | (V) |
| Vplicc4501k6r8mvtm | -55 ~ CV | 80 | 6,8 | 6,3 | 4.5 | CCC | 0,06 | (V) |
| Vplb0771a151mvtm | -55 ~ CV | 10 | CL | 5 | 7.7 | CCC | 0.015 | (V) |
| Vplb0771k8r2mvtm | -55 ~ CV | 80 | 8,2 | 5 | 7.7 | CCC | 0,06 | (V) |
| Vplld1001c681mvtm | -55 ~ CV | 16 | DCLXXX | 8 | 10 | MMCLXXVI | 0.012 | (V) |
| Vprc0581a151mvtm | -55 ~ CV | 10 | CL | 6,3 | 5,8 | CCC | 0.03 | (V) |
| Vprc4501k8r2mvtm | -55 ~ CV | 80 | 8,2 | 6,3 | 4.5 | CCC | 0,06 | (V) |
| Vplld0771v221mvtm | -55 ~ CV | 35 | CCXX | 8 | 7.7 | MDXL | 0,06 | (V) |
| Vplb071a181mvtm | -55 ~ CV | 10 | CLXXX | 5 | 7.7 | CCCLX | 0.015 | (V) |
| Vplb0771k100mvtm | -55 ~ CV | 80 | 10 | 5 | 7.7 | CCC | 0,06 | (V) |
| VPLD1251V820MVTM | -55 ~ CV | 35 | 82 | 8 | 12,5 | DLXXIV | 0.03 | (V) |
| Vprc0581a181mvtm | -55 ~ CV | 10 | CLXXX | 6,3 | 5,8 | CCCLX | 0.03 | (V) |
| Vplic0581k100mvtm | -55 ~ CV | 80 | 10 | 6,3 | 5,8 | CCC | 0,06 | (V) |
| Vplld0771j470mvtm | -55 ~ CV | 63 | 47 | 8 | 7.7 | 592,2 | 0,06 | (V) |
| Vplb0771a221mvtm | -55 ~ CV | 10 | CCXX | 5 | 7.7 | CDXL | 0.015 | (V) |
| Vplb0951k150mvtm | -55 ~ CV | 80 | 15 | 5 | 9,5 | CCC | 0,05 | (V) |
| Vplld1051j560mvtm | -55 ~ CV | 63 | 56 | 8 | 10,5 | 705.6 | 0,05 | (V) |
| Vplic0581a221mvtm | -55 ~ CV | 10 | CCXX | 6,3 | 5,8 | CDXL | 0.03 | (V) |
| Vprc0771k150mvtm | -55 ~ CV | 80 | 15 | 6,3 | 7.7 | CCC | 0,05 | (V) |
| Vplb0951a271mvtm | -55 ~ CV | 10 | CCLXX | 5 | 9,5 | DXL | 0.012 | (V) |
| Vplic0851k220mvtm | -55 ~ CV | 80 | 22 | 6,3 | 8,5 | CCCLII | 0,05 | (V) |
| Vplic0581a271mvtm | -55 ~ CV | 10 | CCLXX | 6,3 | 5,8 | DXL | 0,016 | (V) |
| Vplld0771k220mvtm | -55 ~ CV | 80 | 22 | 8 | 7.7 | CCCLII | 0,06 | (V) |
| Vplic0771a331mvtm | -55 ~ CV | 10 | CCCXXX | 6,3 | 7.7 | DCLX | 0,016 | (V) |
| Vprc1101k330mvtm | -55 ~ CV | 80 | 33 | 6,3 | 11 | DXXVIII | 0.04 | (V) |
| VLLE1051k101mvtm | -55 ~ CV | 80 | C | 10 | 10,5 | MDC | 0,05 | (V) |
| Vprc0771a391mvtm | -55 ~ CV | 10 | CCCXC | 6,3 | 7.7 | DCCLXXX | 0.012 | (V) |
| Vplld0771k330mvtm | -55 ~ CV | 80 | 33 | 8 | 7.7 | DXXVIII | 0,06 | (V) |
| Vplic0851a471mvtm | -55 ~ CV | 10 | CDLXX | 6,3 | 8,5 | CMXL | 0.012 | (V) |
| Vprc1201k390mvtm | -55 ~ CV | 80 | 39 | 6,3 | 12 | DCXXIV | 0.04 | (V) |
| Vplld0771a471mvtm | -55 ~ CV | 10 | CDLXX | 8 | 7.7 | CMXL | 0.03 | (V) |
| Vplld0901k390mvtm | -55 ~ CV | 80 | 39 | 8 | 9 | DCXXIV | 0,05 | (V) |
| Vpplic1101a561mvtm | -55 ~ CV | 10 | DLX | 6,3 | 11 | MCXX | 0.01 0.01 | (V) |
| Vplld1001k470mvtm | -55 ~ CV | 80 | 47 | 8 | 10 | DCCLII | 0,05 | (V) |
| Vplld0771a561mvtm | -55 ~ CV | 10 | DLX | 8 | 7.7 | MCXX | 0.014 | (V) |
| VLe0851k470mvtm | -55 ~ CV | 80 | 47 | 10 | 8,5 | DCCLII | 0,06 | (V) |
| Vprc1201a681mvtm | -55 ~ CV | 10 | DCLXXX | 6,3 | 12 | MCCCLX | 0.009 | (V) |
| Vplld1251k560mvtm | -55 ~ CV | 80 | 56 | 8 | 12,5 | DCCCXCVI | 0,05 | (V) |
| Vplld0901a681mvtm | -55 ~ CV | 10 | DCLXXX | 8 | 9 | MCCCLX | 0.01 0.01 | (V) |
| VLe0951k560mvtm | -55 ~ CV | 80 | 56 | 10 | 9,5 | DCCCXCVI | 0,05 | (V) |
| Vplld1001a821mvtm | -55 ~ CV | 10 | DCCCXX | 8 | 10 | MDCXL | 0.009 | (V) |
| Vplld1251k680mvtm | -55 ~ CV | 80 | 68 | 8 | 12,5 | MLXXXVIII | 0.04 | (V) |
| VLe0851a821mvtm | -55 ~ CV | 10 | DCCCXX | 10 | 8,5 | MDCXL | 0.014 | (V) |
| VLe0951k680mvtm | -55 ~ CV | 80 | 68 | 10 | 9,5 | MLXXXVIII | 0,05 | (V) |
| Vplld1251a102mvtm | -55 ~ CV | 10 | M | 8 | 12,5 | MM | 0.009 | (V) |
| Vplld1501k820mvtm | -55 ~ CV | 80 | 82 | 8 | 15 | MCCCXII | 0.04 | (V) |
| VLLE0851a102mvtm | -55 ~ CV | 10 | M | 10 | 8,5 | MM | 0.009 | (V) |
| VLLE1051k820mvtm | -55 ~ CV | 80 | 82 | 10 | 10,5 | MCCCXII | 0,05 | (V) |
| Vplld1501a152mvtm | -55 ~ CV | 10 | MD | 8 | 15 | MMM MMM | 0.008 | (V) |
| Vplld1651k101mvtm | -55 ~ CV | 80 | C | 8 | 16,5 | MDC | 0.03 | (V) |
| VLLE1051a152mvtm | -55 ~ CV | 10 | MD | 10 | 10,5 | MMM MMM | 0.009 | (V) |
| VLe1351k101mvtm | -55 ~ CV | 80 | C | 10 | 13,5 | MDC | 0.04 | (V) |
| VLLE1251a22mvtm | -55 ~ CV | 10 | MMCC | 10 | 12,5 | (IV) CD | 0.008 | (V) |
| VLLE1551k121mvtm | -55 ~ CV | 80 | CXX | 10 | 15,5 | MCMXX | 0.04 | (V) |
| VLe1351a252mvtm | -55 ~ CV | 10 | MMD | 10 | 13,5 | (V) | 0.008 | (V) |
| VLLE1701k151mvtm | -55 ~ CV | 80 | CL | 10 | 17 | MMCD | 0.03 | (V) |
| VLLE1701a272mvtm | -55 ~ CV | 10 | MMDCC | 10 | 17 | (V) CD | 0.008 | (V) |
| Vpll1351k151mvtm | -55 ~ CV | 80 | CL | 12,5 | 13,5 | MMCD | 0.04 | (V) |
| VLe1951a332mvtm | -55 ~ CV | 10 | MMMCCC | 10 | 19.5 | (VI) DC | 0.008 | (V) |
| VLLE1951k181mvtm | -55 ~ CV | 80 | CLXXX | 10 | 19.5 | MMDCCCLXXX | 0.03 | (V) |
| Vpll1501a332mvtm | -55 ~ CV | 10 | MMMCCC | 12,5 | 15 | (VI) DC | 0.009 | (V) |
| Vpll1501k181mvtm | -55 ~ CV | 80 | CLXXX | 12,5 | 15 | MMDCCCLXXX | 0.04 | (V) |
| VLe2201a392mvtm | -55 ~ CV | 10 | MMMCM | 10 | 22 | (VII) D | 0.008 | (V) |
| VLe2201k221mvtm | -55 ~ CV | 80 | CCXX | 10 | 22 | MMMDCCXX | 0.03 | (V) |
| Vpll1701a392mvtm | -55 ~ CV | 10 | MMMCM | 12,5 | 17 | (VII) D | 0.008 | (V) |
| Vpll1701k221mvtm | -55 ~ CV | 80 | CCXX | 12,5 | 17 | MMMDCCXX | 0.03 | (V) |
| Vpll1851a472mvtm | -55 ~ CV | 10 | (IV) DCC | 12,5 | 18,5 | (VII) D | 0.008 | (V) |
| Vpll1851k271mvtm | -55 ~ CV | 80 | CCLXX | 12,5 | 18,5 | (IV) CCCXX | 0.03 | (V) |
| Vpll1851a562mvtm | -55 ~ CV | 10 | (V) DC | 12,5 | 18,5 | (VII) D | 0.008 | (V) |
| Vpll2101k331mvtm | -55 ~ CV | 80 | CCCXXX | 12,5 | 21 | (V) | 0.03 | (V) |
| Vpll2101a682mvtm | -55 ~ CV | 10 | (VI) DCCC | 12,5 | 21 | (VII) D | 0.008 | (V) |
| Vplb0582a2r2mvtm | -55 ~ CV | C | 2.2 | 5 | 5,8 | CCC | 0,08 | (V) |
| Vplb0771b181mvtm | -55 ~ CV | 12 | CLXXX | 5 | 7.7 | CDXXXII | 0.015 | (V) |
| Vprc4502a2r2mvtm | -55 ~ CV | C | 2.2 | 6,3 | 4.5 | CCC | 0,08 | (V) |
| Vplic0581b181mvtm | -55 ~ CV | 12 | CLXXX | 6,3 | 5,8 | CDXXXII | 0.03 | (V) |
| Vplb0582a3r3mvtm | -55 ~ CV | C | 3.3 | 5 | 5,8 | CCC | 0,06 | (V) |
| Vplb0951b221mvtm | -55 ~ CV | 12 | CCXX | 5 | 9,5 | DXXVIII | 0.015 | (V) |
| Vprc4502a3r3mvtm | -55 ~ CV | C | 3.3 | 6,3 | 4.5 | CCC | 0,08 | (V) |
| Vplic0581b221mvtm | -55 ~ CV | 12 | CCXX | 6,3 | 5,8 | DXXVIII | 0,016 | (V) |
| Vplb0772a4r7mvtm | -55 ~ CV | C | 4.7 | 5 | 7.7 | CCC | 0,06 | (V) |
| Vplb0951b271mvtm | -55 ~ CV | 12 | CCLXX | 5 | 9,5 | DCXLVIII | 0.012 | (V) |
| Vplic0582a4r7mvtm | -55 ~ CV | C | 4.7 | 6,3 | 5,8 | CCC | 0,08 | (V) |
| Vplic0771b271mvtm | -55 ~ CV | 12 | CCLXX | 6,3 | 7.7 | DCXLVIII | 0,016 | (V) |
| Vplb0772a5r6mvtm | -55 ~ CV | C | 5,6 | 5 | 7.7 | CCC | 0,06 | (V) |
| Vplb0951b331mvtm | -55 ~ CV | 12 | CCCXXX | 5 | 9,5 | DCCXCII | 0.012 | (V) |
| Vprc0582a5r6mvtm | -55 ~ CV | C | 5,6 | 6,3 | 5,8 | CCC | 0,08 | (V) |
| Vplic0771b331mvtm | -55 ~ CV | 12 | CCCXXX | 6,3 | 7.7 | DCCXCII | 0.012 | (V) |
| Vplb0852a6r8mvtm | -55 ~ CV | C | 6,8 | 5 | 8,5 | CCC | 0,06 | (V) |
| Vplic0951b391mvtm | -55 ~ CV | 12 | CCCXC | 6,3 | 9,5 | CMXXXVI | 0.015 | (V) |
| Vplic0582a6r8mvtm | -55 ~ CV | C | 6,8 | 6,3 | 5,8 | CCC | 0,06 | (V) |
| Vplic0851b391mvtm | -55 ~ CV | 12 | CCCXC | 6,3 | 8,5 | CMXXXVI | 0.012 | (V) |
| Vplb0952a8r2mvtm | -55 ~ CV | C | 8,2 | 5 | 9,5 | CCC | 0,06 | (V) |
| Vplic0951b471mvtm | -55 ~ CV | 12 | CDLXX | 6,3 | 9,5 | MCXXVIII | 0.012 | (V) |
| Vplic0772a8r2mvtm | -55 ~ CV | C | 8,2 | 6,3 | 7.7 | CCC | 0,06 | (V) |
| Vplld0771b471mvtm | -55 ~ CV | 12 | CDLXX | 8 | 7.7 | MCXXVIII | 0.014 | (V) |
| Vprc0772a100mvtm | -55 ~ CV | C | 10 | 6,3 | 7.7 | CCC | 0,06 | (V) |
| Vprc1101b561mvtm | -55 ~ CV | 12 | DLX | 6,3 | 11 | MCCCXLIV | 0.01 0.01 | (V) |
| Vprc0852a120mvtm | -55 ~ CV | C | 12 | 6,3 | 8,5 | CCC | 0,05 | (V) |
| Vplld0771b561mvtm | -55 ~ CV | 12 | DLX | 8 | 7.7 | MCCCXLIV | 0.014 | (V) |
| Vprc0952a150mvtm | -55 ~ CV | C | 15 | 6,3 | 9,5 | CCC | 0,05 | (V) |
| Vpr1201b681mvtm | -55 ~ CV | 12 | DCLXXX | 6,3 | 12 | MDCXXXII | 0.009 | (V) |
| Vplld0772a150mvtm | -55 ~ CV | C | 15 | 8 | 7.7 | CCC | 0,06 | (V) |
| Vplld0901b681mvtm | -55 ~ CV | 12 | DCLXXX | 8 | 9 | MDCXXXII | 0.01 0.01 | (V) |
| Vprc1102a180mvtm | -55 ~ CV | C | 18 | 6,3 | 11 | CCCLX | 0,05 | (V) |
| Vplld1251b102mvtm | -55 ~ CV | 12 | M | 8 | 12,5 | MMCD | 0.01 0.01 | (V) |
| Vplld0902a180mvtm | -55 ~ CV | C | 18 | 8 | 9 | CCCLX | 0,06 | (V) |
| Vplb0581c220mvtm | -55 ~ CV | 16 | 22 | 5 | 5,8 | CCLXXX | 0.03 | (V) |
| Vplld0902a220mvtm | -55 ~ CV | C | 22 | 8 | 9 | CDXL | 0,05 | (V) |
| Vprc4501c220mvtm | -55 ~ CV | 16 | 22 | 6,3 | 4.5 | CCLXXX | 0.03 | (V) |
| Vplld1252a270mvtm | -55 ~ CV | C | 27 | 8 | 12,5 | DXL | 0,05 | (V) |
| Vplb0581c330mvtm | -55 ~ CV | 16 | 33 | 5 | 5,8 | CCLXXX | 0.03 | (V) |
| VLLE0852a270mvtm | -55 ~ CV | C | 27 | 10 | 8,5 | DXL | 0,06 | (V) |
| Vplic1c330mvtm | -55 ~ CV | 16 | 33 | 6,3 | 4.5 | CCLXXX | 0.03 | (V) |
| Vplld1252a330mvtm | -55 ~ CV | C | 33 | 8 | 12,5 | DCLX | 0,05 | (V) |
| Vplb0581c470mvtm | -55 ~ CV | 16 | 47 | 5 | 5,8 | CCLXXX | 0.03 | (V) |
| VLe0952a330mvtm | -55 ~ CV | C | 33 | 10 | 9,5 | DCLX | 0,05 | (V) |
| Vprc4501c470mvtm | -55 ~ CV | 16 | 47 | 6,3 | 4.5 | CCLXXX | 0.03 | (V) |
| Vplld1502a390mvtm | -55 ~ CV | C | 39 | 8 | 15 | DCCLXXX | 0,05 | (V) |
| Vplb0581c680mvtm | -55 ~ CV | 16 | 68 | 5 | 5,8 | CCLXXX | 0.03 | (V) |
| VLe0952a390mvtm | -55 ~ CV | C | 39 | 10 | 9,5 | DCCLXXX | 0,05 | (V) |
| Vprc4501c680mvtm | -55 ~ CV | 16 | 68 | 6,3 | 4.5 | CCLXXX | 0.03 | (V) |
| VLLE1052a470mvtm | -55 ~ CV | C | 47 | 10 | 10,5 | CMXL | 0,05 | (V) |
| Vplb0581c820mvtm | -55 ~ CV | 16 | 82 | 5 | 5,8 | CCLXXX | 0.03 | (V) |
| VLLE1352a560mvtm | -55 ~ CV | C | 56 | 10 | 13,5 | MCXX | 0,05 | (V) |
| Vplic1c820mvtm | -55 ~ CV | 16 | 82 | 6,3 | 4.5 | CCLXXX | 0.03 | (V) |
| Vple1702a680mvtm | -55 ~ CV | C | 68 | 10 | 17 | MCCCLX | 0,05 | (V) |
| Vplb0771c10mvtm | -55 ~ CV | 16 | C | 5 | 7.7 | CCCXX | 0.03 | (V) |
| VLe1952a820mvtm | -55 ~ CV | C | 82 | 10 | 19.5 | MDCXL | 0.04 | (V) |
| Vplic0581c10mvtm | -55 ~ CV | 16 | C | 6,3 | 5,8 | CCCXX | 0.03 | (V) |
| Vpll1352a820mvtm | -55 ~ CV | C | 82 | 12,5 | 13,5 | MDCXL | 0,05 | (V) |
| Vplb0851c151mvtm | -55 ~ CV | 16 | CL | 5 | 8,5 | CDLXXX | 0.03 | (V) |
| VLe2202a101mvtm | -55 ~ CV | C | C | 10 | 22 | MM | 0.04 | (V) |
| Vplic0581c151mvtm | -55 ~ CV | 16 | CL | 6,3 | 5,8 | CDLXXX | 0.03 | (V) |
| Vpll1502a101mvtm | -55 ~ CV | C | C | 12,5 | 15 | MM | 0,05 | (V) |
| Vplb0951c221mvtm | -55 ~ CV | 16 | CCXX | 5 | 9,5 | DCCIV | 0.012 | (V) |
| VLe2202a121mvtm | -55 ~ CV | C | CXX | 10 | 22 | MMCD | 0.04 | (V) |
| Vplic0951c221mvtm | -55 ~ CV | 16 | CCXX | 6,3 | 9,5 | DCCIV | 0.012 | (V) |
| Vpll1702a121mvtm | -55 ~ CV | C | CXX | 12,5 | 17 | MMCD | 0.04 | (V) |
| Vplic0771c221mvtm | -55 ~ CV | 16 | CCXX | 6,3 | 7.7 | DCCIV | 0,02 | (V) |
| Vpll1852a151mvtm | -55 ~ CV | C | CL | 12,5 | 18,5 | MMM MMM | 0.04 | (V) |
| Vprc0851c271mvtm | -55 ~ CV | 16 | CCLXX | 6,3 | 8,5 | DCCCLXIV | 0.015 | (V) |
| Vpll2102a181mvtm | -55 ~ CV | C | CLXXX | 12,5 | 21 | MMMDC | 0.04 | (V) |
| Vplld0771c271mvtm | -55 ~ CV | 16 | CCLXX | 8 | 7.7 | DCCCLXIV | 0.03 | (V) |
| Vplic0951c331mvtm | -55 ~ CV | 16 | CCCXXX | 6,3 | 9,5 | MLVI | 0.012 | (V) |
| Vplld0771c331mvtm | -55 ~ CV | 16 | CCCXXX | 8 | 7.7 | MLVI | 0.03 | (V) |
| Vplic0951c391mvtm | -55 ~ CV | 16 | CCCXC | 6,3 | 9,5 | MCCXLVIII | 0.012 | (V) |
| Vpr1201c471mvtm | -55 ~ CV | 16 | CDLXX | 6,3 | 12 | MDIV | 0.01 0.01 | (V) |
| Vplld0901c471mvtm | -55 ~ CV | 16 | CDLXX | 8 | 9 | MDIV | 0,02 | (V) |
| Vplld1001c561mvtm | -55 ~ CV | 16 | DLX | 8 | 10 | MDCCXCII | 0.012 | (V) |
| VLe0851c561mvtm | -55 ~ CV | 16 | DLX | 10 | 8,5 | MDCCXCII | 0.012 | (V) |
| Vplld1251c681mvtm | -55 ~ CV | 16 | DCLXXX | 8 | 12,5 | MMCLXXVI | 0.01 0.01 | (V) |
| VLe0851c681mvtm | -55 ~ CV | 16 | DCLXXX | 10 | 8,5 | MMCLXXVI | 0.012 | (V) |
| Vplld1301c821mvtm | -55 ~ CV | 16 | DCCCXX | 8 | 13,5 | MMDCXXIV | 0.01 0.01 | (V) |
| VLLE0951c821mvtm | -55 ~ CV | 16 | DCCCXX | 10 | 9,5 | MMDCXXIV | 0.012 | (V) |
| Vplld1501c102mvtm | -55 ~ CV | 16 | M | 8 | 15 | MMMCC | 0.008 | (V) |
| Vplld1651c102mvtm | -55 ~ CV | 16 | M | 8 | 16,5 | MMMCC | 0.01 0.01 | (V) |
| VLe0951c102mvtm | -55 ~ CV | 16 | M | 10 | 9,5 | MMMCC | 0.012 | (V) |
| VLLE1551c152mvtm | -55 ~ CV | 16 | MD | 10 | 15,5 | (IV) DCCC | 0.008 | (V) |
| VLLE1701c182mvtm | -55 ~ CV | 16 | MDCCC | 10 | 17 | (V) DCCLX | 0.008 | (V) |
| VLe1951c22mvtm | -55 ~ CV | 16 | MMCC | 10 | 19.5 | (VII) XL | 0.008 | (V) |
| Vpll1501c22mvtm | -55 ~ CV | 16 | MMCC | 12,5 | 15 | (VII) XL | 0.01 0.01 | (V) |
| VLe2201c272mvtm | -55 ~ CV | 16 | MMDCC | 10 | 22 | (VII) D | 0.008 | (V) |
| Vpll1701c272mvtm | -55 ~ CV | 16 | MMDCC | 12,5 | 17 | (VII) D | 0.01 0.01 | (V) |
| Vpll1851c332mvtm | -55 ~ CV | 16 | MMMCCC | 12,5 | 18,5 | (VII) D | 0.008 | (V) |
| Vpll2101c392mvtm | -55 ~ CV | 16 | MMMCM | 12,5 | 21 | (VII) D | 0.008 | (V) |
| Vplb0581e100mvtm | -55 ~ CV | 25 | 10 | 5 | 5,8 | CCLXXX | 0.04 | (V) |
| Vprc4501e100mvtm | -55 ~ CV | 25 | 10 | 6,3 | 4.5 | CCLXXX | 0.04 | (V) |
| Vplb0581e150mvtm | -55 ~ CV | 25 | 15 | 5 | 5,8 | CCLXXX | 0.04 | (V) |
| Vprc4501e150mvtm | -55 ~ CV | 25 | 15 | 6,3 | 4.5 | CCLXXX | 0.04 | (V) |
| Vplb0581e220mvtm | -55 ~ CV | 25 | 22 | 5 | 5,8 | CCLXXX | 0.04 | (V) |
| Vprc4501e220mvtm | -55 ~ CV | 25 | 22 | 6,3 | 4.5 | CCLXXX | 0.04 | (V) |
| Vplb0581e330mvtm | -55 ~ CV | 25 | 33 | 5 | 5,8 | CCLXXX | 0.04 | (V) |
| Vprc4501e330mvtm | -55 ~ CV | 25 | 33 | 6,3 | 4.5 | CCLXXX | 0.04 | (V) |
| Vplb0581e390mvtm | -55 ~ CV | 25 | 39 | 5 | 5,8 | CCLXXX | 0.04 | (V) |
| Vprc4501e390mvtm | -55 ~ CV | 25 | 39 | 6,3 | 4.5 | CCLXXX | 0.04 | (V) |
| Vplb0581e470mvtm | -55 ~ CV | 25 | 47 | 5 | 5,8 | CCLXXX | 0.03 | (V) |
| Vprc4501e470mvtm | -55 ~ CV | 25 | 47 | 6,3 | 4.5 | CCLXXX | 0.04 | (V) |
| Vplb0771e680mvtm | -55 ~ CV | 25 | 68 | 5 | 7.7 | CCCXL | 0.03 | (V) |
| Vprc0581e680mvtm | -55 ~ CV | 25 | 68 | 6,3 | 5,8 | CCCXL | 0.04 | (V) |
| Vplb0951e101mvtm | -55 ~ CV | 25 | C | 5 | 9,5 | D | 0.03 | (V) |
| Vplic0581e101mvtm | -55 ~ CV | 25 | C | 6,3 | 5,8 | D | 0.03 | (V) |
| Vprc0851e151mvtm | -55 ~ CV | 25 | CL | 6,3 | 8,5 | DCCL | 0,016 | (V) |
| Vprc0851e181mvtm | -55 ~ CV | 25 | CLXXX | 6,3 | 8,5 | CM | 0,016 | (V) |
| Vplld0771e181mvtm | -55 ~ CV | 25 | CLXXX | 8 | 7.7 | CM | 0.03 | (V) |
| Vplic0951e221mvtm | -55 ~ CV | 25 | CCXX | 6,3 | 9,5 | MC | 0,02 | (V) |
| Vplld0771e221mvtm | -55 ~ CV | 25 | CCXX | 8 | 7.7 | MC | 0.03 | (V) |
| Vplld1001e331mvtm | -55 ~ CV | 25 | CCCXXX | 8 | 10 | MDCL | 0,016 | (V) |
| VLLE0851e331mvtm | -55 ~ CV | 25 | CCCXXX | 10 | 8,5 | MDCL | 0,016 | (V) |
| Vplld1501e471mvtm | -55 ~ CV | 25 | CDLXX | 8 | 15 | MMCCCL | 0,016 | (V) |
| Vplld1251e471mvtm | -55 ~ CV | 25 | CDLXX | 8 | 12,5 | MMCCCL | 0,016 | (V) |
| VLe0951e471mvtm | -55 ~ CV | 25 | CDLXX | 10 | 9,5 | MMCCCL | 0,016 | (V) |
| Vplld1501e561mvtm | -55 ~ CV | 25 | DLX | 8 | 15 | MMDCCC | 0,016 | (V) |
| Vplld1251e561mvtm | -55 ~ CV | 25 | DLX | 8 | 12,5 | MMDCCC | 0,016 | (V) |
| VLLE1051e561mvtm | -55 ~ CV | 25 | DLX | 10 | 10,5 | MMDCCC | 0,016 | (V) |
| Vplld1501e681mvtm | -55 ~ CV | 25 | DCLXXX | 8 | 15 | MMMCD | 0,016 | (V) |
| VLLE1251e681mvtm | -55 ~ CV | 25 | DCLXXX | 10 | 12,5 | MMMCD | 0,016 | (V) |
| Vplld1651e821mvtm | -55 ~ CV | 25 | DCCCXX | 8 | 16,5 | (IV) C | 0,016 | (V) |
| VLLE1551e821mvtm | -55 ~ CV | 25 | DCCCXX | 10 | 15,5 | (IV) C | 0,016 | (V) |
| VLLE1701e102mvtm | -55 ~ CV | 25 | M | 10 | 17 | (V) | 0,016 | (V) |
| Vpll1351e102mvtm | -55 ~ CV | 25 | M | 12,5 | 13,5 | (V) | 0,016 | (V) |
| VLe1951e152mvtm | -55 ~ CV | 25 | MD | 10 | 19.5 | (VII) D | 0,016 | (V) |
| Vpll1501e152mvtm | -55 ~ CV | 25 | MD | 12,5 | 15 | (VII) D | 0,016 | (V) |
| VLe2201e182mvtm | -55 ~ CV | 25 | MDCCC | 10 | 22 | (VII) D | 0,016 | (V) |
| Vpll1701e182mvtm | -55 ~ CV | 25 | MDCCC | 12,5 | 17 | (VII) D | 0,016 | (V) |
| Vpll1851e22mvtm | -55 ~ CV | 25 | MMCC | 12,5 | 18,5 | (VII) D | 0,016 | (V) |
| Vpll2101e272mvtm | -55 ~ CV | 25 | MMDCC | 12,5 | 21 | (VII) D | 0,016 | (V) |
| Vplb0581v100mvtm | -55 ~ CV | 35 | 10 | 5 | 5,8 | CCC | 0,06 | (V) |
| Vprc4501v100mvtm | -55 ~ CV | 35 | 10 | 6,3 | 4.5 | CCC | 0,06 | (V) |
| Vplb0581v150mvtm | -55 ~ CV | 35 | 15 | 5 | 5,8 | CCC | 0,06 | (V) |
| Vprc4501v150mvtm | -55 ~ CV | 35 | 15 | 6,3 | 4.5 | CCC | 0,06 | (V) |
| Vplb0581v220mvtm | -55 ~ CV | 35 | 22 | 5 | 5,8 | CCC | 0,06 | (V) |
| Vplic4501v220mvtm | -55 ~ CV | 35 | 22 | 6,3 | 4.5 | CCC | 0,06 | (V) |
| Vplb0581v330mvtm | -55 ~ CV | 35 | 33 | 5 | 5,8 | CCC | 0,06 | (V) |
| Vplicc4501v330mvtm | -55 ~ CV | 35 | 33 | 6,3 | 4.5 | CCC | 0,06 | (V) |
| Vplb0771v390mvtm | -55 ~ CV | 35 | 39 | 5 | 7.7 | CCC | 0,05 | (V) |
| Vplic0581v390mvtm | -55 ~ CV | 35 | 39 | 6,3 | 5,8 | CCC | 0,06 | (V) |
| Vplb0771v470mvtm | -55 ~ CV | 35 | 47 | 5 | 7.7 | CCCXXIX | 0,05 | (V) |
| Vplic0581v470mvtm | -55 ~ CV | 35 | 47 | 6,3 | 5,8 | CCCXXIX | 0,06 | (V) |
| Vplb0771v560mvtm | -55 ~ CV | 35 | 56 | 5 | 7.7 | CCCXCII | 0,05 | (V) |
| Vprc0581v560mvtm | -55 ~ CV | 35 | 56 | 6,3 | 5,8 | CCCXCII | 0,06 | (V) |
| Vplb0851v680mvtm | -55 ~ CV | 35 | 68 | 5 | 8,5 | CDLXXVI | 0,05 | (V) |
| Vplic0581v680mvtm | -55 ~ CV | 35 | 68 | 6,3 | 5,8 | CDLXXVI | 0,06 | (V) |
| Vplb0951v820mvtm | -55 ~ CV | 35 | 82 | 5 | 9,5 | DLXXIV | 0,05 | (V) |
| Vplic0771v820mvtm | -55 ~ CV | 35 | 82 | 6,3 | 7.7 | DLXXIV | 0,05 | (V) |
| Vprc0771v1mvtm | -55 ~ CV | 35 | C | 6,3 | 7.7 | DCC | 0,05 | (V) |
| Vprc0851v121mvtm | -55 ~ CV | 35 | CXX | 6,3 | 8,5 | DCCCXL | 0,05 | (V) |
| Vplld0771v121mvtm | -55 ~ CV | 35 | CXX | 8 | 7.7 | DCCCXL | 0,06 | (V) |
| Vplic0951v151mvtm | -55 ~ CV | 35 | CL | 6,3 | 9,5 | ML | 0,05 | (V) |
| VPLD0771V151MVTM | -55 ~ CV | 35 | CL | 8 | 7.7 | ML | 0,06 | (V) |
| Vprc1101v181mvtm | -55 ~ CV | 35 | CLXXX | 6,3 | 11 | MCCLX | 0.04 | (V) |
| VPLD0771V181MVTM | -55 ~ CV | 35 | CLXXX | 8 | 7.7 | MCCLX | 0,06 | (V) |
| Vpr1201v221mvtm | -55 ~ CV | 35 | CCXX | 6,3 | 12 | MDXL | 0.04 | (V) |
| Vplld0901v21mvtm | -55 ~ CV | 35 | CCXX | 8 | 9 | MDXL | 0,05 | (V) |
| VLLE0851v221mvtm | -55 ~ CV | 35 | CCXX | 10 | 8,5 | MDXL | 0,06 | (V) |
| Vplld1251v331mvtm | -55 ~ CV | 35 | CCCXXX | 8 | 12,5 | MMCCCX | 0.03 | (V) |
| VLe0851v331mvtm | -55 ~ CV | 35 | CCCXXX | 10 | 8,5 | MMCCCX | 0,05 | (V) |
| Vplld1301v391mvtm | -55 ~ CV | 35 | CCCXC | 8 | 13,5 | MMDCCXXX | 0.03 | (V) |
| VLLE1051v391mvtm | -55 ~ CV | 35 | CCCXC | 10 | 10,5 | MMDCCXXX | 0,05 | (V) |
| Vplld1501v471mvtm | -55 ~ CV | 35 | CDLXX | 8 | 15 | MMMCCXC | 0,02 | (V) |
| VLe1351v471mvtm | -55 ~ CV | 35 | CDLXX | 10 | 13,5 | MMMCCXC | 0.03 | (V) |
| Vplld1651v561mvtm | -55 ~ CV | 35 | DLX | 8 | 16,5 | MMMCMXX | 0,02 | (V) |
| VLe1351v561mvtm | -55 ~ CV | 35 | DLX | 10 | 13,5 | MMMCMXX | 0.03 | (V) |
| VLLE1551v681mvtm | -55 ~ CV | 35 | DCLXXX | 10 | 15,5 | (IV) DCCLX | 0,02 | (V) |
| VLup1701v821mvtm | -55 ~ CV | 35 | DCCCXX | 10 | 17 | (V) | 0,02 | (V) |
| Vpll1351v821mvtm | -55 ~ CV | 35 | DCCCXX | 12,5 | 13,5 | (V) | 0.03 | (V) |
| VLe1951v102mvtm | -55 ~ CV | 35 | M | 10 | 19.5 | (V) | 0,02 | (V) |
| Vpll1501v102mvtm | -55 ~ CV | 35 | M | 12,5 | 15 | (V) | 0.03 | (V) |
| VLe2201v122mvtm | -55 ~ CV | 35 | MCC | 10 | 22 | (V) | 0,02 | (V) |
| Vpll1701v122mvtm | -55 ~ CV | 35 | MCC | 12,5 | 17 | (V) | 0,02 | (V) |
| Vpll1851v152mvtm | -55 ~ CV | 35 | MD | 12,5 | 18,5 | (V) | 0,02 | (V) |
| Vpll2101v182mvtm | -55 ~ CV | 35 | MDCCC | 12,5 | 21 | (V) | 0,02 | (V) |
| Vplb0581h100mvtm | -55 ~ CV | 50 | 10 | 5 | 5,8 | CCC | 0,06 | (V) |
| Vprc4501h100mvtm | -55 ~ CV | 50 | 10 | 6,3 | 4.5 | CCC | 0,06 | (V) |
| Vplb0581h120mvtm | -55 ~ CV | 50 | 12 | 5 | 5,8 | CCC | 0,06 | (V) |
| Vprc4501h120mvtm | -55 ~ CV | 50 | 12 | 6,3 | 4.5 | CCC | 0,06 | (V) |
| Vplb0581h150mvtm | -55 ~ CV | 50 | 15 | 5 | 5,8 | CCC | 0,06 | (V) |
| Vprc4501h150mvtm | -55 ~ CV | 50 | 15 | 6,3 | 4.5 | CCC | 0,06 | (V) |
