7

 · Lead compensator. 10 BF 18.5 E(s) 46.8 10 Eo(s) If the electronic circuit using operational amplifiers as shown in Figure 7—6(b) is used as the lead compensator just designed,

  • Upload
    others

  • View
    7

  • Download
    0

Embed Size (px)

Citation preview

Page 1:  · Lead compensator. 10 BF 18.5 E(s) 46.8 10 Eo(s) If the electronic circuit using operational amplifiers as shown in Figure 7—6(b) is used as the lead compensator just designed,
Page 2:  · Lead compensator. 10 BF 18.5 E(s) 46.8 10 Eo(s) If the electronic circuit using operational amplifiers as shown in Figure 7—6(b) is used as the lead compensator just designed,
Page 3:  · Lead compensator. 10 BF 18.5 E(s) 46.8 10 Eo(s) If the electronic circuit using operational amplifiers as shown in Figure 7—6(b) is used as the lead compensator just designed,
Page 4:  · Lead compensator. 10 BF 18.5 E(s) 46.8 10 Eo(s) If the electronic circuit using operational amplifiers as shown in Figure 7—6(b) is used as the lead compensator just designed,
Page 5:  · Lead compensator. 10 BF 18.5 E(s) 46.8 10 Eo(s) If the electronic circuit using operational amplifiers as shown in Figure 7—6(b) is used as the lead compensator just designed,
Page 6:  · Lead compensator. 10 BF 18.5 E(s) 46.8 10 Eo(s) If the electronic circuit using operational amplifiers as shown in Figure 7—6(b) is used as the lead compensator just designed,
Page 7:  · Lead compensator. 10 BF 18.5 E(s) 46.8 10 Eo(s) If the electronic circuit using operational amplifiers as shown in Figure 7—6(b) is used as the lead compensator just designed,