Absolute Encoder Improves Semiconductor Die Bonding Equipment
Die bonding is a critical process in manufacturing semiconductors, and precision is paramount when it comes to ensuring the quality of the finished product. At the same time, it’s also essential for manufacturers to develop a die bonding process that is as efficient as possible.
Thankfully, precision and efficiency are two areas where a hybrid stepping motor with batteryless absolute encoder really shines! To showcase the benefits of these innovative motors, let’s take a look at a case study of how one company used our hybrid stepping motors to optimize their die bonding process across three different applications.
Introduction to Die Bonding in Semiconductor Manufacturing
Die bonding involves attaching semiconductor dies to substrates, and it’s a process that requires a high degree of accuracy to ensure the optimal performance of electronic devices. As the demand for smaller and more powerful devices continues to grow, the challenge of improving the precision and efficiency of die bonding is one of the biggest challenges faced by the semiconductor industry.
How MinebeaMITSUMI’s Hybrid Stepping Motors Improve Semiconductor Die Bonding
The innovative hybrid stepping motor with batteryless absolute encoder is helping companies revolutionize numerous processes in semiconductor die bonding. Below, we’ll take a look at three different problems that these motors were able to help one semiconductor manufacturer solve and the specific benefits they were able to achieve in each application.
Application #1: Board Thickness Measurement
In the die bonding process, accurate board thickness measurement is crucial. The conventional method of measuring board thickness involves using a standard motor and an off-the-shelf optical encoder. However, this method requires the system to return to the home position after an error, which creates a lot of costly delays.
MinebeaMitsumi’s hybrid stepping motors solve this problem by retaining position information even when the power is turned off. This eliminates the need for the system to return to the home position following an error and enables a board thickness measurement process that is much more efficient and accurate.
Benefits:
No Need to Return to Home Position: The motor’s absolute encoder maintains position information, which allows for the immediate resumption of operations.
Enhanced Accuracy: High-resolution measurements improve the precision of board thickness assessments.
Increased Productivity: Reduced downtime and faster error recovery boosts overall productivity.
Application #2: Table Drive for IC Pickup
The table drive that the semiconductor manufacturer in our case study used encountered issues with stop position misalignment. Their existing system used an optical encoder with a resolution of 200 cpr (counts per revolution), which was insufficient for detecting small misalignments. This led to numerous ongoing errors and maintenance challenges.
With the high-resolution absolute encoder in our hybrid stepping motor, the manufacturer was able to access much more precise and detailed position data. This enabled them to detect misalignments earlier and more reliably to improve preventive maintenance efforts.
Benefits:
Early Misalignment Detection: High-resolution feedback allows for the early detection of mechanical component deterioration.
Improved Maintenance: The ability to detect and address misalignments early reduces downtime and maintenance costs.
Increased Accuracy: Enhanced positioning accuracy ensures better performance of the IC pickup process.
Application #3: Magazine Transport Drive
The magazine transport drive system used by the manufacturer in our case study—which moved empty magazines to the camera position for inspection—relied on a standard motor with an external sensor. This setup involved complex wiring and a large spatial footprint, making it inefficient and costly.
By implementing a stepper motor with a batteryless absolute encoder, the company was able to simplify the system. MinebeaMitsumi’s hybrid stepping motor eliminates the need for external sensors and maintains position information without power, which drastically reduces wiring complexity and spatial requirements.
Benefits:
Simplified Wiring: The sensorless design reduces the amount of wiring needed, making the system more efficient and easier to maintain.
Reduced Space Requirements: The compact setup frees up space, allowing for more streamlined operations.
Increased Reliability: The motor’s ability to retain position information without power ensures consistent performance and reduces the risk of errors.
Conclusion
Semiconductor manufacturers looking to improve the precision and efficiency of their die bonding process can face several key challenges. Thankfully, our hybrid stepping motor with batteryless absolute encoder helps solve many of these challenges.
These innovative motors not only help semiconductor manufacturers solve their current challenges but also provide a foundation for future advancements and ongoing improvement. As the semiconductor industry continues to evolve at a blistering pace, solutions such as the hybrid stepping motor are poised to play a key role in pushing the industry forward.
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本文由雪飘梦飞转载自MITSUMI Official Website，原文标题为:Absolute Encoder Improves Semiconductor Die Bonding Equipment，本站所有转载文章系出于传递更多信息之目的，且明确注明来源，不希望被转载的媒体或个人可与我们联系，我们将立即进行删除处理。
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日本电产集团综合产品目录(Nidec Group Products Catalog)
型号- PM4系列,H300,D SERIES,NRFEIS-5060,DFS,GATS-2000 SERIES,TPI SERIES,GATS-7800 SERIES,R-6100,TVX,GATS-6300,GATS-8600,SX-20,RWI SERIES,ZI20A,GATS-7500系列,LSR-3230,BP100,RSH,GATS-7700 SERIES,K-MC1000,P2H系列,E300,GATS-2000系列,GATS-6300系列,NVM-6060GCP,VL-H系列,GATS-7500,MH3NCV,VL SERIES,GATS-7800系列,SS-SV,DEWE3-A4,TPI,TVX SERIES,RGA20,NRTES-1000 SERIES,FCPL,ΜV1,RSH系列,ZG SERIES,ID300,FMD,TPI系列,GATS-8600系列,S-CART,GATS-6300 SERIES,KS,CM,R-580,SS-SV SERIES,ANEX SERIES,LD SERIES,VP600GC,GE15FR PLUS,MD2,ANEX系列,NRTES-1000,P2H SERIES,FFB,VL系列,LS,RSH SERIES,RVL,VL-H SERIES,RVP,F600,SS-SV系列,S-FLAG,GATS-7500 SERIES,REC-92FT,DEWE3-PA8,ECO-KA,KCV1000-5AX,S-CART-V1000-LFT,RVL SERIES,RVP SERIES,R-700 SERIES,P2H,ZE16C,CPLS,S-CART-V500,HM500S,VM53RⅡ,GATS-7700,ANEX,NRTES-1000系列,HM-X6100,RWI,TVX系列,KA SERIES,S-CART-MINI,GATS-2000,PM4,VL-H,GATS-7700系列,CBZ,GH,GATS-8600 SERIES,R-700,R-5920系列,NRFEIS-3570,DFS SERIES,MVR-HX,MAF130EⅡ,BL-V20,ECO-KA SERIES,SERIES S-FLAG,RWI系列,HE,GATS-7800,R-5920
Hybrid Stepping Motors
描述- 美蓓亚三美从以轴承制造为代表的超精密机械加工，到电机、传感器、半导体、无线通讯，融汇众多领域的尖端技术，融合机械・电子、控制等技术，提供「 Electro Mechanics Solutions （机电一体化模组）」解决方案，为万物互联的物联网社会创造全新的价值。
型号- H17PMK3XX,GT0200-23M201,S23KMK044X,34KM-K2**,08PM-K0**,23KM-H250CNVA200V,17PM-F140B,23KM-H044U,23KM-K349U,23KM-H250U,14PY-Z□**,29SM-K250-00V,17PM-K090UNVA100V,17PM-K845-00VS,17PM-K7**,23KM-H,23KM-H749BNVA200V,17PM-KA47U,23KM-K3**,23KM-K349B,23KM-H2XXXNVA1XXV,29SM-K6**,GT SERIES,23KM-K,23KM-H244CNWA299W,A14PMF647B,17PM-K841C,23KM-H050CNVA100V,GT0036-17M000,23KM-H763UNVA200V,17PM-KA46U,17PM-K046UNVA100V,17PM-K846BNVA100V,17PM-K477UNVA199V,17PM-KA45B,H23KMH,34KM-K206B,17PM-FA**,29SM-K550B,H10PMK2XX,23KM-H763UNVA100V,23KM–H2XX,23KM-K748,17P*-*□**,23KM-H044UNVA100V,23KM-K743,A10PMK202B,34KM-K206U,17PM-K046BNVA199V,23KM-K2**,29SM-K5**,23KM-H048C,23KM-H048B,23KM-H250CNVA100V,H17PMK442USTDCN,H10PMK202BSTDCN,08PM-K049B,23KM-K748-00V,23KM–K7XX,23KM-H048BNVA200V,23KY-K762U,17PM-K090U,14PM-F4**,17PM-K440CNWA100W,23KM-H048U,17PM-F1**,23KM-H2XXXNVA2XXV,17PY-Z053,29SM-K550U,A10PMK106B,17PY-Z749B,17PM-K749B,23KM-H049B,GT0036-23M201,H17PMK342,29SM-K138-00V,17PM-KA39U,17PM-KA40CNWA100W,17PM-K846B,17PM-K054UNVA100V,17PY-Z845-00VS,08PM-K139B,23KM-HXXXXNVAXXXW,10PM-K□**,17PY-Z749U,17PM-F144B,17PM-F156B,17PY-Z444-00VS,23KM-HXXXXNVAXXXV,A23KMK744U,17PM-K050C,29SM-K450U,23KY-K740B,29SM-K4**,17PM-K749U,23KM-K762-99V,GT0072-23M201,A23KMK744B,17PM-K455UNVA199V,F17PMK442USTDCN,10PM-K105B,23KM-H244C,14PY-Z,29SM-K149U,29SM-K379U,23KM-H256B,H10PM,17PM-K053-00VS,23KM-H267U,10PM-K202B,17PM-K060U,23KM-KXXX-00V,23KY-K244U,34KM-K106-00W,29SM-K149B,23KM-H250UNVA299V,17PM-KA39B,29SM-K379B,23KM-H□**,17PM-K857U,23KM-H749CNVA100V,17PM-K849UNVA100V,GS0090-17M001,F17PMK442BSTDCN,29SM-K,10PM-K106B,17PX–X0XX,H17PMK4XX,23KM-K755U,23KM-H244U,17PYZ053-99VS,23KM-H048CNVA299V,H10PMK0XX,23KY-K267U,14PY-Z064U,GT0300-17M000,23KM-H267UNVA199V,GS0500-17M001,23KM–H0XX,23KM-H250UNVA199V,29SM-K3**,34KM-K012-00W,17PY-Z064U,17PY-Z858-99VS,H23KMH2XX,23KM-H355B,17PM-K445UNVA100V,29SM-K450B,11PM-K,34KM-K106B,29SM-K711,08PM-K139BSTDCN,14PM-F6**,A14PMF447B,17PM-KA49C,17PM-K858-00VS,23KM-H062UNVA200V,34KM-K106U,S23KMK249BSTDCA,23KM-H0**,34KM-K106,17PM-K445U,34KM-K221,23KM-H244CNWA200W,17PM-K349B,23KM-H748B,34KM-K006B,23KY-K743U,23KM-H763UNVA299V,23KM-K255U,23KM-K267-99V,17PM-K845,34KM-K006-99W,17PY-Z349U,17PM-FA38B,17PM-K3**,17PM-K046UNVA199V,17PM-K349U,23KY-K241B,34KM-K006U,34KM–K2XX,34KM-KXXX-99W,A23KMK044U,K442USTDCN,17PM–K0XX,17PM-K477UNVA100V,S23KMK249USTDCA,34KM-K112,GS0100-17M001,23KM-H749B,23KY-K,23KM-K066-99V,23KM-H749C,23KM-K244-99V,17PM-K445B,17PM-K348B,29SM–K7XX,GT0072-17M000,17PM-F856B,23KM-H749BNVA299V,17PM-FA49B,23KM-H749U,A14PMF150B,H10PMK701BSTDCN,23KM-H050C,23KM-H050U,17PM-K455U,34KM-K206,H10PMK202,23KY-K251U,23KY-K2**,23KM-H062U,10PM-K0**,11PM-K2**,14PY-Z2**,17PM-K440CNWA199W,17PM-F,17PM–KAXX,F17PMKA39X,A23KMK044B,17PM-K857UNVA100V,17PM-K4**,23KY-K251B,29SM-K250U,17PM-K846BNVA199V,GS 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MITSUMI半导体传感器选型表
MITSUMI提供以下技术参数的半导体传感器选型，品类包含：压力传感器、差压传感器、风速传感器、温度传感器，分辨率：16位、24位，通信方式：SPI、I2C
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产品型号
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品类
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封装
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测量类型
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测量量程
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精度
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分辨率
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通信方式
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工作温度
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检测方式
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MMR901
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压力传感器
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7mm×7mm×7.2mm
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压力
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0~40kPa
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±2.5℃
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16位
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SPI
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0~60℃
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膜片型
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选型表 - MITSUMI 立即选型
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MITSUMI 传感器、元件和仪表产品选型指南
描述- 随着21世纪初期的临近，传感装置事业部（SDBU）正在酝酿下一阶段的发展和增长。身为美蓓亚三美株式会社的一员，SDBU的目标就是开发出在性能和可靠性方面都精益求精的产品，以满足和超越全球测量仪表市场的现有要求。
型号- BCL-1.5K-A,NS100A-2MP*-*132,PCHA-500N-575,ULA-100GR,F-5N-12T11W5-3,TMNR-ME,F-2-12T11W3-3,CSD-401,SCA-CMM1,NS10T系列,CBE1-U系列,C3B1-5T-NS,RCA-C3B1,LTS-500N,JT-1-35G0TXX,CMP1-5T,CSD-819C-31,FX-5-12T11W1,DSA-631,F-05W-12T11W03,FX-5-12T11W5,CB004-35K,FX-5-12T11W3,UTA-100GR,CB14-500K-21,TGE,TGI,CSA-522B,U3B1-200K-B,PSC-350,J-2-12TXXW3-3,NS100A-****-*-*132**,LSM-1K-B,CCACC010,CCP1系列,J-3-12TXXW3,DAS-406B,LTS-50N,FX-5-12T11W5-3,F-02W-12T11W3,CB004-10K,U2D1-25K,FR-5-12T11W3-3,SB-310,F-1S-12MT11W3,F-1S-12MT11W5,CBE1-5K-U,F-1S-12MT11W1,CB004-100K,NS100A-30MP*-*132,JS4-16-35D5TXX,FR-2-12T11W03,U3B1-20K-B,LSM-20K-B,SB-320,DB-307,U2S1-200K,CB004-45K,CC010-20T-S,CSD-891B,CMP1-500K,CBE1-100K-U,PCHS-500N-014,C2B1B,TGE-5KN,CB004-20K,F-5N-12T11W3-3,ULA,F-2-12T11W5-3,FCACC010系列,J-1-12F0TXX,TMOS系列,CSD-819C-07,F-5N-12T11W03,PRN系列,FX-2-12T11W10-3,ULA-20GR,CBE1-200K-U,UWV1,C2T1-A,J-8-12TXXW03,TMBN,CB14系列,UTA-200GR,CB17-3K-11,U2D1-20K,DML-802B,CHW-200N-001,CMP1-20T,TMHFB系列,U2D1-100K,TGI-50KN,TCP1,CSD-702,J-2-12D0TXX,TGE-500N,FX-5-12T11W3-3,CBE1系列,FCA-CMP1-S,DC002-NS,CB004-30K,TMD-100,TGI-250KN,J-2-12TXXW5-3,J-1-12TXXW10-3,CSA-503C,LSMS系列,BCL-A,LSM-2K-B,C2G1-10K-A,C2D1,CC010-30T-S,C3B1-NS系列,TSD-591,U2D1-10K,CMM1-500K,LSMS-20K,CSA-504S,FR-5-12T11W10-3,J-5-35F0TXX,TMOFB,TMNR系列,CC010-500K,CBC1,NS403B,TGI-200N,CSD-819C-15,TGE系列,CCP1-50K,LSM-10K-B,F-5N-12T11W5,PRN01,CCR1系列,PRN03,PRN02,CCACC010系列,F-5N-12T11W3,CSD-819C,TCP1A,J-3-12D5TXX,C3B1-300K-NS,FSA,CSD-912,CB17-2K-11,FCACC010-*B,FR-5-12T11W03,FSI,FCA-CMM1-S,J-5-12TXXW03,TMHFB,NS100系列,FSU,CCACBE1-S,CSD-904,CSD-903,CBE1,ULA-10GR,J-5-12TXXW3,NS413B,U2S1-250K,UL-2GR,C2B1B-500K,SCA-CMP1-S,LSMS-50K,C2B1B-1T,CSD-814B-74,CSD-814B-78,LSMS,CSD-814B-76,CSD-814B-77,J-02-12TXXW10-3,CSA-507C,JD-2-12D0TXX,PCH-500N-002,NS100A系列,U2S1,J-5-12TXXW3-3,CSD-814B-U,CB14-300K-21,CMM1-50K,CMP1-10T,TGE-250KN,JT-2A-12D5T11W5-3,F-2-12T11W03,C2G1-20K-A,J-5-12D0TXX,CBE1-20K-U,JS4-9C35B5TXX,C3B1-3T-NS,BCL-600GM-A,CBE1-10K-U,UTA,C2G1-30K-A,CB17-11,CB004-60K,CB17-1K-11,J-4-12TXXW3,TGE-1KN,NS100A-25MP*-*132,J-02-12C0TXX,J-3-12TXXW03,F-1S-12T11W10-3,U2S1-2T,FR-2-12T11W3,T3B1系列,UTA系列,FR-2-12T11W1,CSA-591,FR-2-12T11W5,C3B1-500K-NS,F-02W-12T11W03,PCH-500N-012,CCP1A系列,CSD-401-76,U2S1-1T,CSD-401-77,CBE1-10K,FR-2-12T11W3-3,TGI-100KN,NS30T,NS30T-*****-**,CB14-150K-21,U3B1-50K-B,C1W1M系列,CC010-500K-S,NS100A-50MP*-*132,TGI-500N,CSD-903-74,CSD-903-73,BCL-A系列,CB14-100K-21,CSD-903-76,J-5-12TXXW5-3,F-2-12T11W10-3,TMNR,C2B1B-2T,NS30T-*****,CB063,U2D1-50K,NS115P,CB14-250K-21,CCP1A,CBE1-100K,PRN0*-*****-**S*,F-8-12T11W03,NS100A-20MP*-*132,U3C1-B,CCP1-500K,NS100A-200KP*-*132,C2G1-A,CBE1-20K,CC010-10T-S,CC010-1T,C1W1M,STD,CC010-5T-S,CBE1-200K,NS100A-10MP*-*132,CWV1,TGE-100KN,CSD-701B,FCA-CCP1,CSD-814B-15,FCACC010-*BS,F-5N-12T11W10-3,J-1-35F0TXX,CC002,CCR1B系列,BCL-3K-A,CSD-903-15,CC010,CSD-903-07,C2B1B-200K,CBE1-U,CB17-11系列,PSD-704,J-1-12TXXW3-3,LSM-2T-B,JT-3-35F0TXX,FR-2-12T11W10-3,J-4-12D0TXX,CSD-912-76,CSD-912-74,CSD-912-73,CSA-561,FR-2-12T11W5-3,TGI-10KN,TMOS,CSD-912-70,UMM1,LSM-100K-B,U2D1-6K,NS10T,CB14-21系列,F-4-12T11W3,UTA-500GR,TGE-10KN,FX-2-12T11W5-3,J系列,U3B1-B,CCP1-1T,C3B1-1T-NS,CBE1-5K,U2D1系列,CCP1,F-02W-12T11W5-3,CCR1,J-05-12TXXW3,ULA系列,CCR1B,CC010-10T,LSM-500K-B,NS100A,CSD-581-74,J-1-12TXXW03,CCP1-2T,CCACC010-B,CSD-903-25,NS100,F-1S-12MT11W03,NS102,LSM-50K-B,PRC,CCS1,U2S1-500K,PRB,CCACC010-BS,CB14-21,U3B1-B系列,PRJ,CSD-892-73,PRO,PRN,DC002,CSD-815B,CSD-401-07,CSD-814B,C2G1-15K-A,PRN01系列,CC002-NS系列,CCP1-3T,J-02-12TXXW5-3,CMP1-250K,J-02-12TXXW3,J-1-12TXXW5-3,CMM1系列,F-3N-12T11W1,CSA-521,F-3N-12T11W3,C2G1-50K-A,F-3N-12T11W5,C3B1-200K-NS,CB004,CCP1-300K,CBE1-50K,CC010-3T-S,NS100A-1MP*-*132,BCL-300GM-A,RCA-C2B1B-S,C3B1-NS,C2G1-6K-A,B-307,F-05W-12T11W3,CSD-815B-73,CMM1-2T,PRN02系列,CSD-815B-74,CSD-401-25,CB14,CSD-815B-76,CCP1-5T,U2D1-3K,J-2-12TXXW03,T3B1,C3B1-2T-NS,NS100A-500KP*-*132,C2G1-A系列,CSD-814B-23,TGI-5KN,CSD-814B-24,J5-2-12D0TXX,CSD-814B-25,C2T1,CSD-814B-26,CMM1-1T,PCH-200N,J-8-12TXXW3,CSD-401-15,J-2-12TXXW5,J-2-12TXXW3,LTS-200N,CSD-912-07,NS30T系列,C2G1-25K-A,J-02-12TXXW03,CB004系列,PTHA-N00-007,CCP1-200K,CB17-600G-11,CC010-2T-S,CSD-592,J-02-12TXXW3-3,F-3N-12T11W03,F-1S-12T11W3-3,NS115P系列,BCL-1.2K-A,PTHA-S03-003,F-2-12T11W5,CSD-581-15,CCP1-20T,F-2-12T11W3,F-2-12T11W1,U2S1系列,PCHA-50N-400,U3B1-500K-B,C2D1系列,CSA-562B,CMP1系列,J-8-12D0TXX,DC002系列,F-8-12T11W3,UTA-2K,CSD-912-25,F系列,TMOFB系列,CC010-50T,C2B1B-250K,J-5-12TXXW10-3,B-304B,CMM1-100K,U3B1-100K-B,CSD-912-15,CMM1,LSM-500G-B,CB004S,CC002-NS,U3S1-NS系列,PTHA-C00-031,CCP1-100K,CMP1-2T,CC010-1T-S,CSD-815B-15,U2D1-15K,LSM-1T-B,F-4-12T11W03,U2D1,LSM-B,TGE-200N,C2B1B系列,J-05-12TXXW03,J-2B35D0TXX,CC010-20T,CMP1-1T,FX-5-12T11W10-3,C2G1-12K-A,CSD-815B-07,F-1S-12T11W5-3,CSD-819C-74,FX-2-12T11W3-3,UTA-1K,J-2-12TXXW10-3,ULA-50GR,NS100A-35MP*-*132,CB004-15K,FX-2-12T11W03,CC010-50T-S,CSD-819C-76,J-4-12TXXW03,F-02W-12T11W10-3,CC010-5T,C1W1M-S01,FR-5-12T11W3,CL-B,BCL-4.5K-A,FR-5-12T11W1,FCACC010,LSM-5K-B,U3B1-1T-B,J-05-12D0TXX,CC010系列,LSM-B系列,CMM1-200K,JD-4-12D0TXX,FR-5-12T11W5-3,FR-5-12T11W5,TGI-1KN,CMP1,U3S1
MITSUMI Announced that ABLIC, the Company‘s Consolidated Subsidiary, Had Decided to Acquire the Medical-related Business Operated by Socionext from Socionext
MINEBEA MITSUMI Inc. (the “Company“) hereby announces that ABLIC Inc. (“ABLIC“), Company‘s consolidated subsidiary, has decided to acquire the medical-related business (the “Subject Business“) operated by Socionext Inc. (“Socionext“) from Socionext (the “Transaction“), and entered into a business transfer agreement with Socionext as of September 6.Please note that Transaction does not fall under the criteria for timely disclosure set out in the rules of Tokyo Stock Exchange, Inc., but is voluntarily disclosed as useful information on our website.1. Reasons for business acquisitionCompany‘s bas
日本厂商MITSUMI授权世强硬创代理压力/差压/风速传感器及连接器
MITSUMI主营产品包括压力传感器、差压传感器、风速传感器、温度传感器、HSD连接器、FAKRA 连接器、Mini Coaxial连接器等。
Adcol and Sekorm Announced a DistributorAgreement That Brings Semiconductor Dehumidifiers, Semiconductor Air Conditioners and More
Adcol is a domestic manufacturer with more than 50 years of experience in semiconductor refrigeration and heat conduction. Adcol and Sekorm announced a distributor agreement that brings semiconductor dehumidifiers, semiconductor air conditioners and more.
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