简析光耦的基本原理和其在光伏逆变器产品中的重要作用

储能与电力转换系统测试解决方案：储能逆变器/光伏逆变器/电池包

型号- 62000H-S,8630,19501,17020,17040E,61800-100HF,63800系列,17020E,61860,61800-100,63700,17040,63800,19055-C,61800,61845,61815,63700系列,62000H-S系列,63800R,8900,62000D 系列,8000,63800R系列,8700,17020E系列,8720,61830,19501-K001,62000D,19501系列,61812,61800系列,17020系列,61809,19032-P,87001

华联电子光耦合器选型指南

目录- 公司简介    光耦技术路线图    光耦合器量产清单    光耦合器    光耦合器产品可靠性和寿命    生产数字化    光耦质保能力    试验设备和能力   

型号- HPC827,HPC962B,HPL6M238,HPL6W137,HPC962A,HPL6W138,HPL6M239,HPL6W139,HPL6M235,HPC3063-MS,HPL6M236,HPL6M237,HSCR-3223,HPC3022,HPC3023,HPL6W135,HPL6N137-S6,HPL6W136,HPC952,HPC2053,HPC952-MS,HPC217XH,HPC817,HPC816,HPC815,HPC814,HPL6L157,HSCR-0123,HSCR-1213,HSSR-S1A0L,HPC300,HPC3052-MS,HPC942,HGD313H,HPC952B,HPC952A,HPL6M257,HSCR-1223,HPL6W157,HPC932,HPC931,HPL6N237,HPC3053,HGD3120,HPL6S139,HPL6S137,HPL6S138,HPL6S135,HPL6S136,HSSR-S1A04-2,HPC354,HSSR-S1A08-2,HSCR-2213,HPC352,HPC351,HGD314W,HPC3063,HPC357,HPC356,HPC355,HPC3053-MS,HGD314P,HPL6N135,HGD152,HPL6N136,HPL6N137,HPL6N138,HPL6N139,HPC2022,HGD341W,HPC101,HSCR-2223,HGD341P,HPL6S157,HPL6N137-D6,HSSR-41A0L,HSSR-41A05,HSSR-41A06,HSSR-41A04,HSSR-S1A05-2,HSSR-41A01,HSCR-0213,HPC215,HPC214,HPC852,HPC851,HPC217,HPC3083,HSSR-41A08,HSSR-S1A01-2,HGD332J,HPL6N157,HSSR-61A0D,HSSR-DA08,HPL6L137,HSSR-DA05,HSSR-DA04,HPL6L136,HPL6L135,HSSR-DA06,HPC3022-MS,HSSR-DA01,HPL6L139,HPL6L138,HSSR-16S1A0D-2,HSSR-DA0L,HSSR-41A15,HGD343W,HSSR-61A04,HSCR-3213,HSSR-61A01,HSCR-0223,HPL6L148P,HSSR-41A11,HPC962,HSSR-61A08,HPC961,HSSR-61A05,HSSR-61A06,HGD343P,HPL6L148W

【方案】30~80kW组串式光伏逆变器优选器件方案

描述- 该方案针对30~80kW的组串式光伏逆变器，采用多路BOOST升压电路，减少光伏电池组件最佳工作点与逆变器不匹配的情况，最大程度增加发电量。逆变侧采用T型三电平拓扑，开关频率支持16kHz（最佳频率点），效率最高可达98.54%。辅助电源采用1700V耐压SiC MOSFET，单端反激电源可直接应用在1000V母线系统。同时，在BOOST升压电路和逆变电路中均采用IGBT模块设计，集成度更高。

型号- MKS4J022202D00MSSD,10-FZ12NMA080NS03-M260F,0505025.MX52LEP,TFLEX HD300,BGM111,C2M1000170D,EFR32MG13P732F512GM48-C,RBN75H125S1GP4-A0,10-FY12NMA160SH01-M820F18,KT05,PS9402,SGM6022,MLX91208,28R1101-000,28R0610-000,30-FT12NMA160SH-M669F28,PS9031,LSIC2SD120E30CC,30-FT12NMA200SH-M660F08,LXXXX 15.00/05/90 4.5SN GR,28R1476-100,92ML,LX 15.00/05/90 4.5SN GR BX,MKS4J033305D00KSSD,TPCM780,RC12-6-01LS,SMBJ18CA,28R1953-000,PS9531L3,SI86XX,28B0141-000,WDU50N,SGM6032,WGM110,R5F56514FDLJ,C4D30120D,WDU70N,RBN40H125S1GPQ-A0,C2M0080120D,V23990-P629-L43,SGM2019,LSIC1MO120E0080,SID11X2K,SI8261BCD-C-IS

晶台（Kinglight）光耦产品选型指南（中英文）

描述- ●晶台，成立于2008年，是专业从事光电半导体器件研发、生产、销售的国家高新技术企业。 ●KINGLIGHT, established in 2008, is a high-tech enterprise specializing in the research & development, production and sales of optoelectronic semiconductor devices.

型号- KL4N29,KL3082-P5,KL4N28,KL341P,KL4N27,KLM611,KLM456,KLM453,KL341W,KL625A,KLM452,KLR1223,KLM3022,KLM3023,KLM3024,KL3150,KL4N33,KL816,KL4N32,KL817,KL3053-P5,KL4N31,KL3H4,KL4N30,KL4N37,KL3033,KL4N36,KL1010,KL814,KL4N35,KL3031,KL815,KL354N,KL3032,KL1012,KL1014,KL1013,KL4N38,KL2501,KL1010H,KL3012-P5,KL3H7,KL1018,KL3033-P5,KL1017,KL1019,KLR1213,KLT3023,KLT3022,KL440A,KL8171,KL860A,KLT3021,KLW3120,KL3041,KL101L,KLH11L2,KLH11L1,KL825,KL606A3,KL3H7HT,KL3042,KLH11L3,KL3043,KLM611H,KLS3150,KL3H7L,KLR2213,KL3022-P5,KL357,KL3051-P5,KL3H7U,KLM3082,KLM3083,KL3011,KLM3084,KL3012,KL3010,KL2200,KL340P,KL1110,KL2202,KL1113,KL2201,KL1112,KL814A,KLM600,KL3062-P5,KLM601,KL1114,KL1117,KL1116,KL3031-P5,KL1119,KL1118,KLCNY17F,KL406A,KL340W,KLT3083,KLT3082,KLT3081,KL640A,KL3042-P5,KL3140,KL4N26,KL3022,KL4N25,KL3023,KL3020,KL3021,KL3011-P5,KLM80L,KLR0213,KL3063-P5,KL354NB,KL354NA,KL852,KL452,KL3043-P5,KLT3053,KLT3052,KL851,KLT3051,KLM3062,KLM3063,KLM3064,KL3081-P5,KL606A,KLM81L,KL840A,KLR2223,KLM3054,KLT3061,KL3081,KL460A,KLT3063,KL3023-P5,KLT3062,KL3082,KLM453H,KL3083,KLM3052,KL3120,KLM453L,KLM3053,KL101U,KL3061-P5,KL357NH,KL2514,KL480P,KL3032-P5,KL425A,KL817L,KL480W,KLR3223,KL817H,KLM3043,KL357NU,KLM3044,PN SERIES,KL3041-P5,KL3051,KL357NL,KL3052,KL3053,KLM3042,KL3010-P5,KL3083-P5,KL3H4A,KLS3120,KL481P,KL3H4B,KL481W,KLR0223,KLR3213,KL660A,KL155E,KLT3043,KLT3042,KL3021-P5,KLT3041,KL3062,KL3052-P5,KL3063,KL6N135,KL6N136,KL3061,KL6N137,KL6N138,KL6N139

【方案】125kW（1500VDC系统）光伏逆变器优选器件方案

描述- 本方案基于 1500VDC 系统，提出了在 BOOST 电路采用高集成度对称式 BOOST 模块，内置全 SiC MOS 和二极管，以提高开关频率和减小升压电感体积。在逆变电路采用 NPC 拓扑结构，耐压高达 2400V，在满足1500V 系统耐压需求的基础上，采用了低耐压的 IGBT，实现了较高的开关频率，有利于光伏逆变器实现更高的效率和更小的体积。

型号- TFLEX HD300,C3M0065090D,C2M1000170D,10-F124NID150SH03-LG18F98,10-F124NIE150SH03-LG28F98,RA-8565SA,PS9402,MLX91208,10-F124NIX150SH03-LGX8F98,28R1101-000,28R0610-000,LSIC2SD120E30CC,28R1476-100,92ML,TPCM780,RC12-6-01LS,SMBJ18CA,KT05-1A-BV88622,28R1953-000,28B0141-000,WGM110,R5F56514FDLJ,WM 4C,C4D30120D,10-FY09S2A065ME-L869L08,SID1152K,SI8621BD-B-IS,SI8261BCD-C-IS,SID11X2K