目前主流的伺服驅動器均采用
數字處理器（DSP）作為控制核心，
伺服驅動器
可以實現比較復雜的控制算法，實現數字化、網絡化和智能化。功率器件普遍采用以
智能功率模塊（IPM）為核心設計的
驅動電路,IPM內部集成了驅動電路,同時具有過電壓、過電流、過熱、欠壓等故障檢測保護電路,在主回路中還加入軟啟動電路,以減小啟動對驅動器的沖擊。功率驅動單元首先通過三相全橋整流電路對輸入的三相電或者市電進行整流，相應的直流電。經過整流好的三相電或市電，再通過三相正弦PWM電壓型逆變器變頻來驅動三相永磁式同步
交流伺服電機。功率驅動單元的整個可以簡單的說是AC-DC-AC的。整流單元（AC-DC）主要的拓撲電路是三相全橋
不控整流電路。
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倫茨伺服控制器
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倫茨伺服控制器
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E82EV113K4C
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EVS9321-EP
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E82EV152K2C200
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EVS9321-EK
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E82EV152K2C
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EVS9321-ER
|
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E82EV152K4C
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EVS9321-ET
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E82EV152K4C200
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EVS9321-ESV100
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E8222K2C
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EVS9321-EPV100
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E8222K2C200
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EVS9321-EKK100
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E8222K4C
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EVS9321-ERV100
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E8222K4C200
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EVS9321-EI
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E8251K2C
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EVS9321-ETV100
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E8251K2C200
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EVS9322-EK
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E82EV302K2C
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EVS9322-ER
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E82EV302K2C200
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EVS9322-ET
|
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E82EV302K4C
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EVS9322-ESV100
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E82EV302K4C200
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EVS9322-EPV100
|
|
E82EV371K2C
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EVS9322-EKK100
|
|
E82EV371K2C200
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EVS9322-ERV100
|
|
E82EV402K2C
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EVS9322-EI
|
|
E82EV402K2C200
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EVS9322-ETV100
|
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E82EV402K4C
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EVS9323-EK
|
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E82EV402K4C200
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EVS9323-ER
|
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E82EV551K2C
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EVS9323-ET
|
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E82EV551K2C200
|
EVS9323-ESV100
|
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E82EV551K4C
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EVS9323-EPV100
|
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E82EV551K4C200
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EVS9323-EKK100
|
|
E82EV552K2C
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EVS9323-ERV100
|
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E82EV552K2C200
|
EVS9323-EI
|
|
E82EV552K4C
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EVS9323-ETV100
|
|
E82EV552K4C200
|
EVS9324-EK
|
|
E82EV751K2C
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EVS9324-ER
|
|
E82EV751K2C200
|
EVS9324-ET
|
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E82EV751K4C
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EVS9324-ESV100
|
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E82EV751K4C200
|
EVS9324EPV100
|
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E82EV752K2C
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EVS9324-EKK100
|
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E82EV752K2C200
|
EVS9324-ERV100
|
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E82EV752K4C
|
EVS9324-EI
|
|
E82EV752K4C200
|
EVS9324-ETV100
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EVF9321-EV
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EVS9325-EK
|
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EVF9322-EV
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EVS9325-ER
|
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EVF9323-EV
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EVS9325-ET
|
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EVF9324-EV
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EVS9325-ESV100
|
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EVF9325-EV
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EVS9325-EPV100
|
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EVF9326-EV
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EVS9325-EKK100
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E82EV113K4C200
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EVS9325-ERV100
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EVF9327-EV
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EVS9325-EI
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EVF9328-EV
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EVS9325-ETV100
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EVF9329-EV
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EVS9326-EK
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EVF9330-EV
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EVS9326-ER
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ED251X2SFA
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EVS9326-ET
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ED371X2SFA
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EVS9326-ESV100
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