Commandes de moteurs, MICROCHIP TECHNOLOGY
| Référence | Indication du fabricant | Fabricant | IC | Montage | Genre de sortie | Topologie | Canaux | Température de travail | Tension de travail | Amplificateurs | Boîtier |
|---|---|---|---|---|---|---|---|---|---|---|---|
| [°C] | [V DC] | ||||||||||
| MCP8024-H/MP | MCP8024-H/MP | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 6...28 | 3 | QFN40 |
| MCP8024-H/PT | MCP8024-H/PT | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 6...28 | 3 | TQFP48 |
| MCP8025-115E/PT | MCP8025-115E/PT | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 6...19 | 1 | TQFP48 |
| MCP8026-115E/PT | MCP8026-115E/PT | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 6...28 | 3 | TQFP48 |
| MTD6505T-E/NA | MTD6505T-E/NA | MICROCHIP TECHNOLOGY | driver | SMD | half bridge driver x3 | 3 | -40...150 | 2,7...5,5 | - | DFN10 | |
| MTD6508-ADJE/JQ | MTD6508-ADJE/JQ | MICROCHIP TECHNOLOGY | driver | SMD | half bridge driver x3 | - | 3 | -40...125 | 2,7...5,5 | - | UQFN16 |
| MCP8063-E/MD | MCP8063-E/MD | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 2...14 | - | DFN8 |
| MCP80223315HNHXVAO | MCP8022-3315H/NHXVAO | MICROCHIP TECHNOLOGY | driver | SMD | half bridge driver x3 | - | 3 | -40...150 | 4...40 | 3 | VQFN40 |
| MCP80225015HNHXVAO | MCP8022-5015H/NHXVAO | MICROCHIP TECHNOLOGY | driver | SMD | half bridge driver x3 | - | 3 | -40...150 | 4...40 | 3 | VQFN40 |
| MCP80215015H9PXVAO | MCP8021-5015H/9PXVAO | MICROCHIP TECHNOLOGY | driver | SMD | half bridge driver x3 | - | 3 | -40...150 | 4...40 | - | VQFN28 |
| MCP8027T-H/Q9X | MCP8027T-H/Q9X | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 6...28 | 3 | QFN40 |
| MCP8027T-H/Y4X | MCP8027T-H/Y4X | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 6...28 | 3 | TQFP48 |
| MIC4607A-1YML-TR | MIC4607A-1YML-TR | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | redresseur H | - | -40...125 | 5,5...16 | - | VQFN28 |
| MIC4607A-2YML-TR | MIC4607A-2YML-TR | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | redresseur H | - | -40...125 | 5,5...16 | - | VQFN28 |
| ATA6847T-3333E/NHX | ATA6847T-3333E/NHX | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...125 | 3...42 | - | VQFN40 |
| ATA6847T-3333H/NHX | ATA6847T-3333H/NHX | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 3...42 | - | VQFN40 |
| ATA6847T-5033E/NHX | ATA6847T-5033E/NHX | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...125 | 3...42 | - | VQFN40 |
| ATA6847T-5033H/NHX | ATA6847T-5033H/NHX | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 3...42 | - | VQFN40 |
| ATA6847T-5050E/NHX | ATA6847T-5050E/NHX | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...125 | 3...42 | - | VQFN40 |
| ATA6847T-5050H/NHX | ATA6847T-5050H/NHX | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 3...42 | - | VQFN40 |
| ATA6847T3333HNHXVA | ATA6847T-3333H/NHXVAO | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 3...42 | - | VQFN40 |
| ATA6847T3333LHZWXV | ATA6847T-3333LH/ZWXVAO | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 3...42 | - | VQFN48 |
| ATA6847T5033HNHXVA | ATA6847T-5033H/NHXVAO | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 3...42 | - | VQFN40 |
| ATA6847T5033LHZWXV | ATA6847T-5033LH/ZWXVAO | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 3...42 | - | VQFN48 |
| ATA6847T5050HNHXVA | ATA6847T-5050H/NHXVAO | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 3...42 | - | VQFN40 |
| ATA6847T5050LHZWXV | ATA6847T-5050LH/ZWXVAO | MICROCHIP TECHNOLOGY | driver | SMD | gate driver | - | - | -40...150 | 3...42 | - | VQFN48 |
| Référence | Genre de circuit | Protection | Ibase | Tension de sortie | Utilisation | Caractéristiques | Interface | Genre de la emballage |
|---|---|---|---|---|---|---|---|---|
| [A] | [V] | |||||||
| MCP8024-H/MP | contrôleur triple-phase de moteur | anti-surcharge OPP, anti-surtension OVP, contre court-circuit SCP, surchauffe OTP, baisse de tension BOP | 20m | - | universels | - | - | tube |
| MCP8024-H/PT | contrôleur triple-phase de moteur | anti-surcharge OPP, anti-surtension OVP, contre court-circuit SCP, surchauffe OTP, baisse de tension BOP | - | - | universels | - | - | plateau |
| MCP8025-115E/PT | contrôleur triple-phase de moteur | anti-surcharge OPP, anti-surtension OVP, contre court-circuit SCP, surchauffe OTP, baisse de tension BOP | 30m | - | industrie automobile | - | - | plateau |
| MCP8026-115E/PT | contrôleur triple-phase de moteur | anti-surcharge OPP, anti-surtension OVP, contre court-circuit SCP, surchauffe OTP, baisse de tension BOP | - | - | moteurs, ventilateurs | - | - | plateau |
| MTD6505T-E/NA | contrôleur triple-phase de moteur | anti-surcharge OPP, anti-surtension OVP, surchauffe OTP | 1 | -0,7...7 | moteurs, ventilateurs | - | PWM | rouleau, bande |
| MTD6508-ADJE/JQ | contrôleur triple-phase de moteur | anti-surcharge OPP, anti-surtension OVP, surchauffe OTP | 750m | 2...5,5 | moteurs, ventilateurs | - | PWM | tube |
| MCP8063-E/MD | contrôleur triple-phase de moteur | anti-surcharge OPP, surchauffe OTP | 1,5 | - | industrie automobile | - | PSM; PWM | tube |
| MCP80223315HNHXVAO | contrôleur triple-phase de moteur, LDO | à sous tension UVP, anti-surtension OVP, contre court-circuit SCP, surchauffe OTP | 0,5 | 3,3, 6,25...29 | moteurs BLDC triple phase, industrie automobile | - | UART | tube |
| MCP80225015HNHXVAO | contrôleur triple-phase de moteur, LDO | à sous tension UVP, anti-surtension OVP, contre court-circuit SCP, surchauffe OTP | 0,5 | 5, 6,25...29 | moteurs BLDC triple phase, industrie automobile | - | UART | tube |
| MCP80215015H9PXVAO | contrôleur triple-phase de moteur, LDO | à sous tension UVP, anti-surtension OVP, contre court-circuit SCP, surchauffe OTP | 0,5 | 5, 6,25...29 | moteurs BLDC triple phase, industrie automobile | - | UART | tube |
| MCP8027T-H/Q9X | contrôleur triple-phase de moteur, LDO | anti-surcharge OPP, anti-surtension OVP, contre court-circuit SCP, surchauffe OTP, baisse de tension BOP | 0,5 | - | moteurs, ventilateurs | - | PWM | rouleau, bande |
| MCP8027T-H/Y4X | contrôleur triple-phase de moteur, LDO | anti-surcharge OPP, anti-surtension OVP, contre court-circuit SCP, surchauffe OTP, baisse de tension BOP | 0,5 | - | moteurs, ventilateurs | - | PWM | rouleau, bande |
| MIC4607A-1YML-TR | contrôleur triple-phase de moteur | - | 1 | - | universels | - | - | rouleau, bande |
| MIC4607A-2YML-TR | contrôleur triple-phase de moteur | - | 1 | - | - | - | - | rouleau, bande |
| ATA6847T-3333E/NHX | system basis chip SBC | - | - | 3,3 | moteurs BLDC triple phase | motor gate driver unit GDU; stabilisateur intégré de tension | SPI | rouleau, bande |
| ATA6847T-3333H/NHX | system basis chip SBC | - | - | 3,3 | moteurs BLDC triple phase | motor gate driver unit GDU; stabilisateur intégré de tension | SPI | rouleau, bande |
| ATA6847T-5033E/NHX | system basis chip SBC | - | - | 3,3, 5 | moteurs BLDC triple phase | motor gate driver unit GDU; stabilisateur intégré de tension | SPI | rouleau, bande |
| ATA6847T-5033H/NHX | system basis chip SBC | - | - | 3,3, 5 | moteurs BLDC triple phase | motor gate driver unit GDU; stabilisateur intégré de tension | SPI | rouleau, bande |
| ATA6847T-5050E/NHX | system basis chip SBC | - | - | 5 | moteurs BLDC triple phase | motor gate driver unit GDU; stabilisateur intégré de tension | SPI | rouleau, bande |
| ATA6847T-5050H/NHX | system basis chip SBC | - | - | 5 | moteurs BLDC triple phase | motor gate driver unit GDU; stabilisateur intégré de tension | SPI | rouleau, bande |
| ATA6847T3333HNHXVA | system basis chip SBC | - | - | 3,3 | moteurs BLDC triple phase, industrie automobile | motor gate driver unit GDU; amplificateur opérationel x2; stabilisateur intégré de tension | - | - |
| ATA6847T3333LHZWXV | system basis chip SBC | - | - | 3,3 | moteurs BLDC triple phase, industrie automobile | LIN transceiver; motor gate driver unit GDU; amplificateur opérationel x2; stabilisateur intégré de tension | - | - |
| ATA6847T5033HNHXVA | system basis chip SBC | - | - | 3,3, 5 | moteurs BLDC triple phase, industrie automobile | motor gate driver unit GDU; amplificateur opérationel x2; stabilisateur intégré de tension | - | - |
| ATA6847T5033LHZWXV | system basis chip SBC | - | - | 3,3, 5 | moteurs BLDC triple phase, industrie automobile | LIN transceiver; motor gate driver unit GDU; amplificateur opérationel x2; stabilisateur intégré de tension | - | - |
| ATA6847T5050HNHXVA | system basis chip SBC | - | - | 5 | moteurs BLDC triple phase, industrie automobile | motor gate driver unit GDU; amplificateur opérationel x2; stabilisateur intégré de tension | - | - |
| ATA6847T5050LHZWXV | system basis chip SBC | - | - | 5 | moteurs BLDC triple phase, industrie automobile | LIN transceiver; motor gate driver unit GDU; amplificateur opérationel x2; stabilisateur intégré de tension | - | - |
