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供應安川 CACR-SR02AD1ER 冗余模塊
1.不同封裝IC的代換
相同類型的IC芯片，但封裝外形不同，代換時只要將新器件的引腳按原器件引腳的形狀和排列進行整形。例如，AFT電路CA3064和CA3064E，前者為圓形封裝，輻射狀引腳；后者為雙列直插塑料封裝，兩者內部特性完全一樣，按引腳功能進行連接即可。雙列IC AN7114、AN7115與LA4100、LA4102封裝形式基本相同,引腳和散熱片正好都相差180°。前面提到的AN5620帶散熱片雙列直插16腳封裝、TEA5620雙列直插18腳封裝，9、10腳位于集成電路的右邊，相當于AN5620的散熱片，二者其它腳排列一樣，將9、10腳連起來接地即可使用。
供應安川 CACR-SR02AD1ER 冗余模塊
| CACR-SR01AA2AH |
| CACR-SR01AB1ER |
| CACR-SR01AE1ER |
| CACR-SR01AY1SR |
| CACR-SR02AD1ER |
| CACR-SR02AD1FR |
| CACR-SR02AY1SR |
| CACR-SR03AA2AH |
| CACR-SR03AB1ER |
| CACR-SR03AB2ER |
| CACR-SR03AC1ER |
| CACR-SR03AC1FU |
| CACR-SR03AD1KR |
| CACR-SR03BB1AF |
| CACR-SR03BB1AM |
| CACR-SR03BB1BF |
| CACR-SR03BB1CS |
| CACR-SR03BB1ES |
| CACR-SR03BB1HS |
| CACR-SR03BC1AM |
| CACR-SR03BC1ES |
| CACR-SR03BE12M |
| CACR-SR03SB1AF |
| CACR-SR03SB1BF |
| CACR-SR03SZ1SS |
| CACR-SR03TB5BM |
| CACR-SR03TZ0SM |
| CACR-SR03TZ6SF |
| CACR-SR03TZ6SS |
| CACR-SR05AA2AH |
| CACR-SR05AB1ER |
| CACR-SR05AC1ER |
| CACR-SR05AY1SR |
| CACR-SR05BA1AM |
| CACR-SR05BB1AF |
| CACR-SR05BB1AM |
| CACR-SR05BB1BF |
| CACR-SR05BB1BS |
| CACR-SR05BB1ES |
| CACR-SR05BC1ES |
| CACR-SR05BZ1SF |
| CACR-SR05BZ1SS |
| CACR-SR05SB1AF |
| CACR-SR05SB1BF |
| CACR-SR05SZ1SS |
| CACR-SR06TZ6SM |
| CACR-SR07AC1CS |
| CACR-SR07AC1ER |
| CACR-SR07AC1ES |
| CACR-SR07BB1AM |
| CACR-SR07BZ1SM |
| CACR-SR09TZ0SF |
| CACR-SR09TZ6SF |
| CACR-SR10BY1SG |
| CACR-SR10BZ1SF |
| CACR-SR10SB1BF |
| CACR-SR10SB1DF |
| CACR-SR12TB5BM |
| CACR-SR12TB6AF |
| CACR-SR12TZ6SF |
| CACR-SR12TZ6SM |
| CACR-SR15BA1AF |
| CACR-SR15BB1AM |
| CACR-SR15BB1BF |
| CACR-SR15BB1BM |
| CACR-SR15BB1CS |
| CACR-SR15BB1ES |
| CACR-SR15BC1AF |
| CACR-SR15SB1AF |
| CACR-SR15SB1BF |
| CACR-SR15SZ1SD |
| CACR-SR15SZ1SS |
| CACR-SR20BB1AF |
| CACR-SR20BB1AM |
| CACR-SR20BB1BF |
| CACR-SR20BB1BM |
| CACR-SR20BB1CS |
| CACR-SR20BE12F |
| CACR-SR20BE12G |
| CACR-SR20SZ1SS |
| CACR-SR30BB1CS |
| CACR-SR30BE12F |
| CACR-SR30BE12G |
| CACR-SR30BE12M |
| CACR-SR30BY1SD |
| CACR-SR30BY1SG |
| CACR-SR30BY1SS |
| CACR-SR30BZ1SM |
| CACR-SR30SB1AF |
| CACR-SR30SB1AS |
| CACR-SR30SB1BF |
| CACR-SR30SB1BS |
| CACR-SR30SZ1SD |
| CACR-SR30SZ1SS |
| CACR-SR30TB0BM |
| CACR-SR30TZ6SF |
| CACR-SR44BB1AF |
| CACR-SR44BB1AM |
| CACR-SR44BC1BF |
| CACR-SR44BC1CS |
| CACR-SR44BE12F |
| CACR-SR44BE12G |
| CACR-SR44BE12M |
| CACR-SR44BE13D |
| CACR-SR60BA1AM |
| CACR-SR60BB1CS |
| CACR-SR60BE13S |
供應安川 CACR-SR02AD1ER 冗余模塊
| IC697CPM924 |
| IC697CPU731 |
| IC697CPU732 |
| IC697CPU771 |
| IC697CPU772 |
| IC697CPU781 |
| IC697CPU782 |
| IC697CPX772 |
| IC697CPX782 |
| IC697CPX928 |
| IC697CPX935 |
| IC697HSC700 |
| IC697MDL240 |
| IC697MDL241 |
| IC697MDL250 |
| IC697MDL251 |
| IC697MDL253 |
| IC697MDL254 |
| IC697MDL340 |
| IC697MDL341 |
| IC697MDL350 |
| IC697MDL640 |
| IC697MDL651 |
| IC697MDL652 |
| IC697MDL653 |
| IC697MDL654 |
| IC697MDL740 |
| IC697MDL750 |
| IC697MDL752 |
| IC697MDL753 |
| IC697MDL940 |
| IC697MEM713 |
| IC697MEM715 |
| IC697MEM717 |
| IC697MEM719 |
| IC697MEM731 |
| IC697MEM732 |
| IC697MEM733 |
| IC697MEM735 |
| IC697MEM711 |
| IC697PWR710 |
| IC697PWR711 |
| IC697PWR724 |
| IC697PWR748 |
| IC697RCM711 |
| IC693ALG223C |
| IC693CMM311L |
| IC693CMM321-BA |
| IC693CPU331X |
| IC693CPU350-CE |
| IC693CPU350-CG |
| IC693CPU351-DG |
| HE693STP111E |
| HE693THM884M |
| IC693ALG390F |
| IC693MDL752G |
| IC693PWR321 |
| IC660EBA026K |
| IC660EBD020T |
| IC693ALG220D |
| IC693CMM311N |
| IC693MDL655E |
| IC693MDL753D |
| IC693MDL753F |
| IC693PCM301L |
| IC693PCM301M |
| IC693ACC300 |
| IC693ACC301 |
| IC693ACC302 |
| IC693ACC303 |
| IC693ACC305 |
| IC693ACC306 |
供應安川 CACR-SR02AD1ER 冗余模塊
能源利用效率想要更進一步，必須依賴能源管理技術的突破，數字化技術便是其中的關鍵。同時，在“雙碳”的背景下，與其他減碳舉措相比，數字化技術能帶來立竿見影的收益，因此，數字化創新是當下技術創新的一個重點。而第七代高壓變頻器在數字化方面的特點，尤其值得一說。
