【选型】国产六通道高速率数字隔离器π160E/M60可兼容SI8660BD-B-ISR，速率达200Mbps

【选型】6通道数字隔离器用于伺服驱动器中，可节省90%PCB板面积

本文重点介绍荣湃的6通道数字隔离π160M60在伺服驱动器中可兼容单通道高速光耦TLP2745，成本可降低20以上%，且解决了光耦的劣势，提高可靠性外围电路设计简单，节省PCB空间。

【选型】国产六通道高速率数字隔离器Π162E31可兼容ADuM151N1BRZ，具有增强ESD防护功能

在电力电气设备产品上，需要用到数字隔离器来保护电路低压侧关键器件安全以及隔离通信线路中的干扰噪声。今天介绍一款可兼容ADuM151N1BRZ的国产荣湃半导体Π162E31六通道高速率数字隔离器，本文就来看看这两款产品的性能参数对比。

【选型】国产二通道数字隔离器用于电力电气设备，可兼容SI8422BB-D-ISR和SI8622EC-B-ISR

在电力电气设备产品上，需要用到数字隔离器来保护电路低压侧关键器件安全以及隔离通信线路中的干扰噪声。本文将为大家介绍一款可兼容SI8422BB-D-ISR，SI8622EC-B-ISR的国产荣湃半导体π121E31二通道高速率数字隔离器

【应用】6路数字隔离器Π160M60用于伺服系统中PWM信号隔离，降低产品整体成本，提高产品集成度

在PWM信号传输过程中，难免会因为强电产生的静电杂波等信号影响PWM信号的传输，使用光耦会有光衰以及成本和体积的影响，目前市面上采用数字隔离器来进行隔离的厂家已逐渐成为主流，本文将介绍荣湃Π160M60用于伺服系统同PWM信号隔离的应用。

荣湃半导体-TI/ADI/Skyworks数字隔离器对照表

描述- 总通道数1、2、3、4、6通道，反向通道数1、2、3通道，传输速度150kbps，10Mbps，200Mbps，600Mbps，共4档，静态工作电流0.4mA/通道，传输延迟5.5ns

型号- ISO7721FDWV,ISO7330FCDW,ISO7341CQDWRQ1,ADUM3200WARZ,ADUM140E1WBRWZ-RL,Π131E31S,ISO7631FMDW,ADUM1210BRZ,ADUM1446ARQZ(QP),SI8663BB-B-IU(QP),ADUM241E1WBRWZ,ISO7730QDBQRQ1（QP）,SI8642ET-IS,Π131E30S,Π141M30,ADUM2400ARWZ,ADUM141D0BRZ,ISO7742DWR,SI8620AB-AS,ADUM141E0BRZ-RL7,SI8640ED-B-IS2,ISO7761DBQR(QP),ISO7761FDW,ADUM242D1BRWZ,ISO7330FCDWR,ISO7220CDR,ISO7320FCQDQ1,ISO7231MDWG4,SI8635BD-B-IS,ADUM1301WTRWZ-RL,ADUM1280CRZ,ISO7740QDBQRQ1(QP),ISO7721FQDWQ1,ISO7242CQDWRQ1,SI8635BT-IS,ISO7721FDWR,ISO7240CFDWR,ISO6742FDWR,ISO722DRG4,ISO7721FDWVR,ISO7220MDRG4,ISO7221ADG4,ADUM140E1BRZ-RL7,ADUM1400WTRWZ,ADUM142E1WBRWZ,ISO7330CQDWRQ1,ISO7340CDWR,ISO7141CCDBQR(QP),SI8641BA-B-IU(QP),ADUM1301CRW,ISO7242CDWR,SI8642AB-B-IS,ISO7740QDBQQ1(QP),ISO7730DWR,SI8631AB-B-IS,ADUM241D0BRIZ,ADUM3210TRZ,ADUM1440ARQZ(QP),SO7763FDBQ(QP),SI8620AB-B-IS,SI8631EC-B-IS1,ISO7341FCQDWRQ1,Π122E60,ADUM262N1BRIZ-RL,Π122E61,ISO7831FDW,ISO722MD,ISO7731QDWRQ1,ISO7762FDBQR(QP),ADUM110N0BRZ,Π122E30,Π122E31,ADUM3200WCRZ,Π140E31S,ADUM261N0BRIZ,SI8640AB-B-IS1,ADUM3301WBRWZ,ISO7720FDWR,ISO7221BDR,SI8660EB-B-IU(QP),ADUM260N1BRIZ,ADUM1281BRZ,ISO7240CDWRG4,ADUM1201WSRZ-RL7,ADUM140D0BRZ-RL7,ISO7763FDW,SI8640EB-B-IU(QP),ADUM3201WARZ,Π130E31S,SI8620EC-B-IS,ADUM1300ARW-RL,Π140E30S,ISO7331CDWR,ADUM160N0BRZ-RL7,ADUM110N1BRZ-RL7,ISO7220ADR,ADUM3442CRWZ,ADUM1280ARZ,ISO7231CQDWRQ1,ISO1541-Q1,ISO7720FDWV,ISO721DRG4,ADUM2402CRWZ,ADUM241E0BRIZ,ISO7330FCQDWRQ1,ADUM7240CRZ,ADUM4401WBRWZ,ISO7320CQDQ1,ADUM131D1BRWZ-RL,ADUM2401CRWZ,ADUM1301ARW-RL,ISO7731FQDBQQ1(QP),ISO7341CDWR,ISO7740QDWQ1,Π220N61,ADUM2200BRWZ,ADUM3210WCRZ-RL7,ADUM2211SRWZ,ADUM141D0BRWZ,Π160M31S,Π110E31,Π110E30,ADUM3402BRWZ,ADUM241D0BRWZ-RL,ISO7740DWR,ADUM1100ARZ-RL7,ADUM1301ARW,ISO7761FDBQ(QP),ADUM140E0BRWZ,ADUM2281ARIZ,ISO7841FDW,ISO7721FQDWRQ1,ISO7241CDWR,SI8662EC-B-IS1,ISO7730FDWR,Π160M30S,ADUM2201WBRWZ,Π130E30S,Π161E31,ISO7731QDWQ1,Π161E30,ADUM1301CRWZ-RL,ADUM1100UR-RL7,ADUM121N1WBRZ,ISO7720DWVR,ISO6740DWR,SI8641BB-B-IS,ISO7763DBQ(QP),ISO7842DWR,ISO7521CDW,ISO7221CDG4,ADUM241E0BRWZ,ISO7420FED,ADUM241D0BRIZ-RL,SI8621AB-AS,SI8631AB-AS1,ADUM2201ARIZ,ADUM140D0BRQZ(QP),ISO6742QDWRQ1,ADUM2281CRIZ,ADUM231D0BRIZ-RL,ISO7731FDBQ(QP),Π120E61,Π120E60,ADUM1200WURZ,SI8660AB-B-IS1,ISO7820FDWR,ADUM3211ARZ-RL7,ISO7730QDWQ1,ADUM141D0BRQZ(QP),ADUM242D1BRWZ-RL,ADUM3200ARZ-RL7,ADUM231E1BRIZ-RL,SI8602AB,ADUM7440CRQZ-RL7(QP),ISO7321CD,ADUM1201WSRZ,ADUM220N0BRWZ,ADUM1401ARW,ADUM1100BRZ-RL7,ISO7330CQDWQ1,ADUM261N1BRIZ,ADUM142E0BRWZ-RL,SI8602AD,SI8660BB-B-IU(QP),SI8602AC,Π120E30,Π142E60,ISO7421ED,ISO7240CDW,Π142E61,Π142M30S,ADUM2400CRWZ,XISO6731FQDWRQ1,Π120E31,ADUM241E1BRIZ-RL,SI8631BC-B-IS1,ADUM120N0WBRZ-RL7,ADUM131E0BRWZ,ADUM131E1BRZ-RL7,SI8641BB-B-IS1,ISO7240CFDW,ADUM242D0BRIZ,ADUM140E1BRWZ,ADUM242E0BRWZ,Π161E60,ADUM1402BRW,Π161E61,SI8661BB-B-IS1,ISO7131CCDBQ(QP),SI8661ED-B-IS,ADUM3201WBRZ-RL7,ISO7321CQDQ1,ADUM2210SRWZ,ISO6740FDWR,ADUM3401BRWZ,ADUM2210WTRWZ,Π142M31S,ISO7421DR,ADUM2280ARIZ,ADUM1301ARWZ,ISO7721QDQ1,ADUM240D1BRWZ-RL,Π220N31,ADUM1281WBRZ,I8662BB-B-IU(QP),SI8641BD-B-IS,ADUM7442ARQZ(QP),SI8661BC-B-IS1,SI8630BD-B-IS,ADUM161N0BRZ,ADUM141E1BRQZ(QP),ISO7221BD,ADUM131E0BRWZ-RL,ISO722QDRQ1,ISO722DR,ADUM3201WARZ-RL7,SI8645BT-IS,ISO7340FCDWR,ADUM1210BRZ-RL7,ADUM142E1WBRQZ-RL7(QP),Π130E60,ADUM141E0BRZ,ISO7331FCDW,Π130E61,ADUM240D1BRIZ,SI8622BC-B-IS,ADUM131D0BRZ-RL7,ISO7742DBQ(QP),ISO7761DW,ISO7820DWR,ADUM140E1BRQZ(QP),Π142E30,Π142E31,ISO7220ADRG4,ISO7221CD,ADUM142E0BRQZ(QP),SO7231CDWRG4,SI8630AB-AS1,SI8600AD,ADUM7241ARZ-RL7,SI8600AC,SI8600AB,SI8620BB-AS,ADUM2280CRIZ,ISO7140FCCDBQ(QP),ADUM1201WURZ,ADUM121N0WBRZ,Π163E30,Π163E31,ADUM130D1BRZ-RL7,ISO7760DWR,ADUM242E1BRWZ,ISO7741FQDBQQ1(QP),ADUM120N0BRZ-RL7,SI8660BA-B-IS1,ADUM7240CRZ-RL7,ISO7720QDQ1,ISO7720FQDWQ1,ISO7731DBQ(QP),SI8662BD-B-IS,ISO7830DWR,ISO7230CDW,ADUM140E1WBRWZ,ADUM141E1BRWZ-RL,ISO6741FDWR,SI8630BB-B-IS,ISO722DG4,SI8642BD-B-IS2,Π141M30S,ADUM242D1BRIZ,SI8630BB-B-IS1,SI8660BB-B-IS1,ADUM121N0WBRZ-RL7,ADUM3400BRWZ,ISO7221AD,ADUM141D0BRWZ-RL,ADUM1280WBRZ,ISO7721QDRQ1,ISO7141FCCDBQ(QP),ADUM242E0BRIZ-RL,ADUM131E0BRZ,ISO7631FMDWR,Π130E31,ADUM131E1BRWZ,Π130E30,ISO7241MDWG4,SI8620BT-IS,ADUM3200BRZ-RL7,ADUM1401WTRWZ,ISO6741QDWRQ1,ADUM3100BRZ,ADUM241D1BRIZ,SI8642BC-B-IS1,ISO7220ADG4,ADUM3211BRZ-RL7,Π141M31S,ADUM241E1BRWZ,SI8622EC-AS,ADUM2286BRIZ,ADUM2200BRIZ,ADUM131D1BRZ,SI8630BC-B-IS1,ISO7341CDW,ISO7741FDBQ(QP),ADUM1286WARZ,SI8642BB-B-IS1,ADUM1285BRZ,Π141E31,ISO7720FQDQ1,Π141E30,ISO7760DBQ(QP),SI8661AB-AS1,XISO6731QDWRQ1,ADUM3200CRZ-RL7,ISO7740DW,SI8640BA-B-IU(QP),ADUM3211WBRZ,ISO7742FQDBQQ1(QP),ADUM241E1WBRWZ-RL,ISO7710D,ISO7521CDWR,ADUM1200CRZ-RL7,ADUM7441ARQZ-RL7(QP),ADUM130E0BRZ,ADUM7442ARQZ-RL7(QP),ADUM1402ARWZ,ISO7140FCCDBQR(QP),SI8661EC-B-IS1,ADUM1201WTRZ-RL7,SI8641EB-B-IU(QP),ISO7231MDWRG4,ADUM1100UR,ISO7320FCD,ISO7741FQDWQ1,ISO1540,SI8661EB-B-IU(QP),ADUM240E1BRWZ-RL,ISO1541,ADUM140D1BRWZ-RL,ADUM1250,SI8040AA-B-IU(QP),ADUM131E0BRZ-RL7,ISO7710FDR,ADUM241E0BRIZ-RL,SI8640EC-B-IS1,ISO7231MDWR,ADUM220N1BRWZ,ADUM1251,ADUM1201AR-RL7,ADUM231E1BRIZ,ADUM1100BRZ,ISO7821FDWR,ISO7762DW

【应用】国产低成本6通道容隔离芯片Π160E60用在伺服控制系统，1颗即解决6路PWM驱动波形隔离问题

目前绝大多数PWM信号采用容隔离的芯片来做，由于集成度高，可以做到伺服驱动器的体积小。荣湃半导体推出的6通道容隔离芯片Π160E60，即可以满足伺服小体积设计需求，另外在设计成本上相比光耦或者容隔离方式的芯片也有成本优势，降低伺服驱动器设计成本。

【应用】6通道数字隔离器π160M60用于伺服驱动器的IPM接口隔离，集成度高，可完美替代传统高速光耦

本文重点介绍荣湃的6通道数字隔离器π160M60在伺服驱动器中可完美替代传统高速光耦，成本可降低20%以上，且解决了光耦的劣势，提高可靠性外围电路设计简单，节省PCB空间。