3(386653ｨｪｨｨ. ｨ ﾂｨ 56 ｪ /) 564ｨ ｨｪｨｨ ｨ ｨｪｨ 56694 PSPISE-ｨｬ65ｨｦ 8ｨ ｨｨ655ｨｬｨｪｨｰ69 9ｨｨ76578ｨｪ4 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ684 3ｨ 9768ｨｰｨｪ4 ｨ ｨｪｨｪ4 ｨ ｨｨ76578ｨｪ66 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨ, ｨｺ6ｨｰ684 996ｨｨｨｰ 765ｨｹ469ｨ ｨｰ5ｨｹ, ｨｨ 97ｨｨ96ｨｺ 6 ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺ6ｨｦ ｨｬ65ｨｨ, ｨｺ6ｨｰ684 8ｨ 99 ﾂｨｨｨｰ49ｨ 6ｨｰ97 76 7868ｨ ｨｬｨｬ, 78ｨｨ9ｨｪ4 9 ｨｰｨ ｨ 5. 3. 5ｨｰｨ ｨｰｨｨ ﾂ9ｨｺｨｨ ｨｨｨｪｨｮｨｨ869ｨ ｨｪｨｪ4 ｨ ｨｨ76578ｨｪ4 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ684 3ｨ 9768ｨｰｨｪ4 ｨ ｨｪｨｪ4 9ｨｰｨ ｨｰｨｨ ﾂ9ｨｺｨｨ ｨｨｨｪｨｮｨｨ869ｨ ｨｪｨｪ66 ｨ ｨｨ76578ｨｪ66 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨ, 996ｨｨｨｬ4 765ｨｹ469ｨ ｨｰ5ｨｬ, ｨｨ 97ｨｨ96ｨｺ 6 ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺ6ｨｦ ｨｬ65ｨｨ, ｨｺ6ｨｰ684 8ｨ 9ｨｰ8ｨｰｨｹ6 ｨｮ869ｨｪ7 (Level=3), ｨｺ6ｨｰ684 8ｨ 99 ﾂｨｨｨｰ49ｨ 6ｨｰ97 76 7868ｨ ｨｬｨｬ, 78ｨｨ9ｨｪ4 9 ｨｰｨ ｨ 5. 6. 4ｨ 9 ﾂｨｰ 7ｨ 8ｨ ｨｬｨｰ869 ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺｨｨ ｨｬ65ｨｦ 6ｨｰ ﾂ9ｨｰ9ｨｪｨｪ4 ｨｬ65ｨｦ 3ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ6869 9 76ｨｬ6ｨｴｨｹ6 7868ｨ ｨｬｨｬ4 PSPICE MODEL EDITOR ｨｪ9ｨｺ65ｨｹｨｺ6 4ｨ ｨｰ8ｨｮｨｪｨｪ ｨｨ4-4ｨ ｨｰ66, ﾂｨｰ6 9 7ｨ 9768ｨｰｨｪ4 ｨｪ 78ｨｨ967ｨｰ97 4ｨｪｨ ﾂｨｪｨｨ7 4ｨ 8769 Qg, Qgs. 6ｨ ｨ 5ｨｨｨ 3. 9ｨｨ76578ｨｪ4 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ684, Vbe Vbe(sat) Voltage (ｨｪｨ 7873ｨｪｨｨ ｨｪｨ 94ｨｴｨｪｨｨ7 ｨ ｨ 4ｨ -5ｨｬｨｨｨｰｨｰ8) 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｪｨ 7873ｨｪｨｨ7 ｨｪｨ 94ｨｴｨｪｨｨ7 ｨ ｨ 4ｨ -5ｨｬｨｨｨｰｨｰ8 Vbe 6ｨｰ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ ｨｰｨｪ63ｨｪｨｨ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ ｨｺ ｨｰ6ｨｺｨｮ ｨ ｨ 44 9 83ｨｨｨｬ ｨｪｨ 94ｨｴｨｪｨｨ7 /Ib= Output Admintance (946ｨｪｨ 7 78696ｨｨｨｬ69ｨｰｨｹ) IS RB ｨC4, hoe Vce, hfe, Vce 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 946ｨｪ6ｨｦ 78696ｨｨｨｬ69ｨｰｨｨ 78ｨｨ 6569ｨｰ6ｨｬ 6 ｨｪｨ 946 hoe 6ｨｰ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ 5ｨｬｨｴｨｪｨｨ ｨｺ655ｨｺｨｰ68-5ｨｬｨｨｨｰｨｰ8 Vce=5 B Forward DC Beta (9ｨｰｨ ｨｰｨｨ ﾂ9ｨｺｨｨｨｦ ｨｺ65ｨｨｨｨｨｪｨｰ 78ｨ ﾂｨｨ 76 ｨｰ6ｨｺｨｮ) 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 9ｨｰｨ ｨｰｨｨ ﾂ9ｨｺ66 ｨｺ65ｨｨｨｨｨｪｨｰｨ ｨｮ9ｨｨ5ｨｪｨｨ7 ｨｰ6ｨｺｨ 9 9ｨｬ 6 9 ｨｪ68ｨｬｨ 5ｨｹｨｪ6ｨｬ 83ｨｨｨｬ hfe 6ｨｰ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ 64ｨｬ8ｨｪｨｨ7 78696ｨｨ5ｨｨ9ｨｹ 78ｨｨ 9ｨｬｨｴｨｪｨｨｨｨ ｨｺ655ｨｺｨｰ68-5ｨｬｨｨｨｰｨｰ8 Vce= B Vce(sat) Voltage (ｨｪｨ 7873ｨｪｨｨ ｨｪｨ 94ｨｴｨｪｨｨ7 ｨｺ655ｨｺｨｰ68-5ｨｬｨｨｨｰｨｰ8) 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｪｨ 7873ｨｪｨｨ7 ｨｪｨ 94ｨｴｨｪｨｨ7 ｨｺ655ｨｺｨｰ68-5ｨｬｨｨｨｰｨｰ8 Vce 6ｨｰ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ ｨｰｨｪ63ｨｪｨｨ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ ｨｺ ｨｰ6ｨｺｨｮ ｨ ｨ 44 9 83ｨｨｨｬ ｨｪｨ 94ｨｴｨｪｨｨ7 /Ib= C-B Capacitance (ｨ ｨ 8ｨｹ8ｨｪｨ 7 ｨｬｨｺ69ｨｰｨｹ ｨｺ655ｨｺｨｰ68-ｨ ｨ 4ｨ ) VAF BF NE ISE XTB NK BR NC ISC IKR RC B,5,5 Vcb Cobo 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 946ｨｪ6ｨｦ ｨｬｨｺ69ｨｰｨｨ Cobo 9 83ｨｨｨｬ 6569ｨｰ66 6ｨ ｨｪｨ 946 6ｨｰ ｨｪｨ 7873ｨｪｨｨ7 6ｨ 8ｨ ｨｰｨｪ66 9ｨｬｨｴｨｪｨｨ7 ｨｺ655ｨｺｨｰ68-ｨ ｨ 4ｨ Vc E-B Capacitance (ｨ ｨ 8ｨｹ8ｨｪｨ 7 ｨｬｨｺ69ｨｰｨｹ 5ｨｬｨｨｨｰｨｰ8-ｨ ｨ 4ｨ ) CJC VJC MJC FC 78,75 B,33 Veb, Cibo, ts 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 96ｨｪ6ｨｦ ｨｬｨｺ69ｨｰｨｨ Cibo 9 83ｨｨｨｬ 6569ｨｰ66 6ｨ ｨｪｨ 946 6ｨｰ ｨｪｨ 7873ｨｪｨｨ7 6ｨ 8ｨ ｨｰｨｪ66 9ｨｬｨｴｨｪｨｨ7 5ｨｬｨｨｨｰｨｰ88-ｨ ｨ 4ｨ Veb Storage Time (98ｨｬ7 8ｨ 99ｨ 949ｨ ｨｪｨｨ7 4ｨ 87ｨ ) 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 98ｨｬｨｪｨｨ 8ｨ 99ｨ 949ｨ ｨｪｨｨ7 ts 6ｨｰ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ ｨｰｨｪ63ｨｪｨｨ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ ｨｺ ｨｰ6ｨｺｨｮ ｨ ｨ 44 9 83ｨｨｨｬ ｨｪｨ 94ｨｴｨｪｨｨ7 /Ib= CJE VJE MJE TR 78,75 B,33 ｨｪ9, ft Gain Bandwidth (756ｨｴｨ ｨｹ ｨｮ9ｨｨ5ｨｪｨｨ7) 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 8ｨ ｨｪｨｨ ﾂｨｪ6ｨｦ ﾂｨ 9ｨｰ6ｨｰ4 ｨｺ65ｨｨｨｨｨｪｨｰｨ 78ｨ ﾂｨｨ ｨｰ6ｨｺｨ ft 9 9ｨｬ 6 6ｨｰ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ. 5ｨｬｨｴｨｪｨｨ ｨｺ655ｨｺｨｰ68-5ｨｬｨｨｨｰ8 Vce= B TF XTF VTF ITF ｨｪ9 B B 36594 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ684 3ｨ 9768ｨｰｨｪ4 ｨ ｨｪｨｪ4 765966 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨ (J 7ET N-, P-CHANNEL), ｨｺ6ｨｰ684 996ｨｨｨｰ 765ｨｹ469ｨ ｨｰ5ｨｹ, ｨｨ 97ｨｨ96ｨｺ 6 ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺ6ｨｦ ｨｬ65ｨｨ, ｨｺ6ｨｰ684 8ｨ 99 ﾂｨｨｨｰ49ｨ 6ｨｰ97 76 7868ｨ ｨｬｨｬ, 78ｨｨ9ｨｪ4 9 ｨｰｨ ｨ 5. 4. 78ｨ ｨｨ6ｨｪｨｪ4 ｨｮ9ｨｨ5ｨｨｨｰ5ｨｨ 3ｨ 9768ｨｰｨｪ4 ｨ ｨｪｨｪ4 678ｨ ｨｨ6ｨｪｨｪ66 ｨｮ9ｨｨ5ｨｨｨｰ57, ｨｺ6ｨｰ684 996ｨｨｨｰ 765ｨｹ469 ﾂｨｨｨｰ49ｨ 6ｨｰ97 76 7868ｨ ｨｬｨｬ, 78ｨｨ9ｨｪ4 9 ｨｰｨ ｨ 5. 5. 6ｨｴｨｪ4 3 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ684 3ｨ 9768ｨｰｨｪ4 ｨ ｨｪｨｪ4 ｨｬ6ｨｴｨｪ66 3 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨ (POWER, MOS 7ET, NMOS, PMOS), ｨｺ6ｨｰ684 996ｨｨｨｰ 765ｨｹ469ｨ ｨｰ5ｨｹ, ｨｨ 97ｨｨ96ｨｺ 6 ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺｨｨ ｨｬ65ｨｦ 9ｨ ｨｰ5ｨｹ, ｨｨ 97ｨｨ96ｨｺ 7ｨ 8ｨ ｨｬｨｰ869 6 ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺ6ｨｦ ｨｬ65ｨｨ, ｨｺ6ｨｰ684 8ｨ 99 ﾂｨｨｨｰ49ｨ 6ｨｰ97 76 7868ｨ ｨｬｨｬ, 78ｨｨ9ｨｪ4 9 ｨｰｨ ｨ 5. 7. 3695 94ｨ 68ｨ 9 ｨｪｨ ﾂｨ 5ｨｹｨｪ6ｨｬ ｨｬｨｪ6 7868ｨ ｨｬｨｬ4 PSPICE MODEL EDITOR 83ｨｨｨｬｨ OPAMP ｨｪ6ｨ 6ｨｨｨｬ6 76 4ｨ 7869ｨｮ 7868ｨ ｨｬｨｬ4 ｨｮｨｺｨ 4ｨ ｨｰｨｹ ｨｰｨｨ7 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨｪ6-
36ｨ ｨ 5ｨｨｨ 4. 36594 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ684 Transconductance (78ｨ ｨｰ6 ﾂｨｪｨ 7 78696ｨｨｨｬ69ｨｰｨｹ) 5ｨｪｨ ﾂｨｪｨｨ 76. Id, gfs 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 78696ｨｨｨｬ69ｨｰｨｨ 787ｨｬ6ｨｦ 78ｨ ﾂｨｨ gfs 6ｨｰ ｨｰ6ｨｺｨ 9ｨｰ6ｨｺｨ Id BETA, RS RD ｨｬ ｨｬ Output Conductance (946ｨｪｨ 7 78696ｨｨｨｬ69ｨｰｨｹ) Id, 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 946ｨｪ6ｨｦ 78696ｨｨｨｬ69ｨｰｨｨ gos 6ｨｰ ｨｰ6ｨｺｨ 9ｨｰ6ｨｺｨ Id LAMBDA ｨC6 Transfer Curve (7866ｨｪｨ 7 ｨ 8ｨ ｨｺｨｰ8ｨｨ9ｨｰｨｨｨｺｨ ) Vgs, Id 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｰ6ｨｺｨ 9ｨｰ6ｨｺｨ Id 6ｨｰ 9ｨｬｨｴｨｪｨｨ7 4ｨ ｨｰ968-ｨｨ9ｨｰ6ｨｺ Vgs VTO ｨC B Vds 5ｨｬｨｴｨｪｨｨ 9ｨｰ6ｨｺ-ｨｨ9ｨｰ6ｨｺ VTOTC ｨC,5 Reverse Transfer Capacitance (7866ｨｪｨ 7 ｨｬｨｺ69ｨｰｨｹ) Vgs, Crss Vds 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 7866ｨｪ6ｨｦ ｨｬｨｺ69ｨｰｨｨ Crss 6ｨｰ 9ｨｬｨｴｨｪｨｨ7 4ｨ ｨｰ968-ｨｨ9ｨｰ6ｨｺ Vgs 5ｨｬｨｴｨｪｨｨ 9ｨｰ6ｨｺ-ｨｨ9ｨｰ6ｨｺ Input Capacitance (96ｨｪｨ 7 ｨｬｨｺ69ｨｰｨｹ) Vgs, Ciss 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 96ｨｪ6ｨｦ ｨｬｨｺ69ｨｰｨｨ Ciss 6ｨｰ 9ｨｬｨｴｨｪｨｨ7 4ｨ ｨｰ968-ｨｨ9ｨｰ6ｨｺ Vgs CGS 78 Vds 5ｨｬｨｴｨｪｨｨ 9ｨｰ6ｨｺ-ｨｨ9ｨｰ6ｨｺ Passive Gate Leakage (ｨｰ6ｨｺ ｨｮｨｰ ﾂｨｺｨｨ 4ｨ ｨｰ968ｨ 9 7ｨ 99ｨｨ9ｨｪ6ｨｬ 83ｨｨｨｬ) Vdg, Igss 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｰ6ｨｺｨ ｨｮｨｰ ﾂｨｺｨｨ 4ｨ ｨｰ968ｨ Igss 6ｨｰ 9ｨｬｨｴｨｪｨｨ7 9ｨｰ6ｨｺ-4ｨ ｨｰ968 Vdg CGD M PB FC IS ISR N NR XTI 78 ｨC4 A 3 Vdg, Ig Id Freg, en Id Acive Gate Leakage ( ｨｰ6ｨｺ ｨｮｨｰ ﾂｨｺｨｨ 4ｨ ｨｰ968ｨ 9 ｨ ｨｺｨｰｨｨ9ｨｪ6ｨｬ 83ｨｨｨｬ) 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｰ6ｨｺｨ ｨｮｨｰ ﾂｨｺｨｨ 4ｨ ｨｰ968ｨ Ig 6ｨｰ 9ｨｬｨｴｨｪｨｨ7 9ｨｰ6ｨｺ-4ｨ ｨｰ968 Vdg 66ｨｺ 9ｨｰ6ｨｺｨ. Noise Voltage (ｨｮ869ｨｪｨｹ 9ｨｪｨｮｨｰ8ｨｪｨｪ6 3ｨｮｨｬｨ ) 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 6ｨｰ ﾂｨ 9ｨｰ6ｨｰ4 5ｨｺ9ｨｨ9ｨ 5ｨｪｨｰｨｪ6ｨｦ 97ｨｺｨｰ8ｨ 5ｨｹｨｪ6ｨｦ 756ｨｰｨｪ69ｨｰｨｨ ｨｪｨ 7873ｨｪｨｨ7 3ｨｮｨｬｨ, 78ｨｨ9ｨｪｨｪ66 ｨｺ6 96ｨｮ 66ｨｺ 9ｨｰ6ｨｺｨ ALPHA VK KF AF ｨC6 B ｨC8 6ｨ ｨ 5ｨｨｨ 5. 5ｨｰｨ ｨｰｨｨ ﾂ9ｨｺｨｨ ｨｨｨｪｨｮｨｨ869ｨ ｨｪｨｪ4 ｨ ｨｨ76578ｨｪ4 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ684. Fall Time (98ｨｬ7 97ｨ ｨ ) max 8ｨ 9656ｨｰｨｪ6 4ｨｪｨ ﾂｨｪｨｨ ｨｬｨ ｨｺ9ｨｨｨｬｨ 5ｨｹｨｪ66 ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ 78ｨｨ ｨｰｨｬ78ｨ ｨｰｨｮ8 5 6 5 AGD AREA 66 ｨC5 Bvces 8ｨ 9656ｨｰｨｪ6 4ｨｪｨ ﾂｨｪｨｨ ｨｬｨ ｨｺ9ｨｨｨｬｨ 5ｨｹｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 786ｨ 67 ｨｺ655ｨｺｨｰ68-5ｨｬｨｨｨｰｨｰ8 78ｨｨ ｨｺ686ｨｰｨｺ6ｨｬ 4ｨ ｨｬ4ｨｺｨ ｨｪｨｨｨｨ 4ｨ ｨｰ968-5ｨｬｨｨｨｰｨｰ8 TAU WB, 66 ｨC6 t f 8ｨｬ7 97ｨ ｨ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ 78ｨｨ ｨｨｨｪｨｮｨｺｨｰｨｨ9ｨｪ6ｨｦ ｨｪｨ 8ｨｮ4ｨｺ 78ｨｨ 4ｨ 4ｨｪｨ ﾂｨｪｨｨ7, Vce 66ｨｺ ｨｺ655ｨｺｨｰ68ｨ Vce ｨ 7873ｨｪｨｨ ｨｺ655ｨｺｨｰ68-5ｨｬｨｨｨｰｨｰ8 Transfer Characteristics (7866ｨｪｨ 7 ｨ 8ｨ ｨｺｨｰ8ｨｨ9ｨｰｨｨｨｺｨ ) Vge, 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ 6ｨｰ 9ｨｬｨｴｨｪｨｨ7 4ｨ ｨｰ968-5ｨｬｨｨｨｰｨｰ8 Vge 84,38 A/B Vce ｨ 7873ｨｪｨｨ ｨｺ655ｨｺｨｰ68-5ｨｬｨｨｨｰｨｰ8, 78ｨｨ ｨｺ6ｨｰ686ｨｬ 7869ｨｪ4 ｨｨ4ｨｬ8ｨｪｨｨ7 VT B Saturation Characteristics (ｨ 8ｨ ｨｺｨｰ8ｨｨ9ｨｰｨｨｨｺｨ ｨｪｨ 94ｨｴｨｪｨｨ7) Vce, 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ 6ｨｰ ｨｪｨ 7873ｨｪｨｨ7 ｨｺ655ｨｺｨｰ68-5ｨｬｨｨｨｰｨｰ8 Vce KF A/B 9 83ｨｨｨｬ ｨｪｨ 94ｨｴｨｪｨｨ7 Vge ｨ 7873ｨｪｨｨ 4ｨ ｨｰ968-5ｨｬｨｨｨｰｨｰ8, 78ｨｨ ｨｺ6ｨｰ686ｨｬ 7869ｨｪ4 ｨｨ4ｨｬ8ｨｪｨｨ7 Gate Charge (4ｨ 87 9 6ｨ 5ｨ 9ｨｰｨｨ 4ｨ ｨｰ968ｨ ) Qge 5ｨ 87 6ｨ 5ｨ 9ｨｰｨｨ 4ｨ ｨｰ968-5ｨｬｨｨｨｰｨｰ8 9 969ｨｰ67ｨｪｨｨｨｨ 9ｨｺ56 ﾂｨｪ63 CGS,4 ｨｪ8/B Qgc 5ｨ 87 6ｨ 5ｨ 9ｨｰｨｨ 4ｨ ｨｰ968-ｨｺ655ｨｺｨｰ68 9 969ｨｰ67ｨｪｨｨｨｨ 9ｨｺ56 ﾂｨｪ63 COXD 35 ｨｪ8/B Qg ｨ ｨｴｨｨｨｦ 4ｨ 87 4ｨ ｨｰ968ｨ 9 969ｨｰ67ｨｪｨｨｨｨ 9ｨｺ56 ﾂｨｪ63 VTD ｨC5 B Vg ｨ 7873ｨｪｨｨ ｨｪｨ 4ｨ ｨｰ968, 78ｨｨ ｨｺ6ｨｰ686ｨｬ ｨｨ4ｨｬ8ｨｪ 4ｨ 87 Qg Vcc ｨ 7873ｨｪｨｨ ｨｪｨ ｨｺ655ｨｺｨｰ68, 78ｨｨ ｨｺ6ｨｰ686ｨｬ ｨｨ4ｨｬ8ｨｪs Qge, Qgc, Qg 66ｨｺ ｨｺ655ｨｺｨｰ68ｨ, 78ｨｨ ｨｺ6ｨｰ686ｨｬ ｨｨ4ｨｬ8ｨｪs Qge, Qgc, Qg
36ｨ ｨ 5ｨｨｨ 6. 6ｨｴｨｪ4 3 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ684 Transconductance (78ｨ ｨｰ6 ﾂｨｪｨ 7 78696ｨｨｨｬ69ｨｰｨｹ) Id, gfs 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 78696ｨｨｨｬ69ｨｰｨｨ 787ｨｬ6ｨｦ 78ｨ ﾂｨｨ gfs 6ｨｰ ｨｰ6ｨｺｨ 9ｨｰ6ｨｺｨ Id W KP RS L. Transfer Curve (7866ｨｪｨ 7 ｨ 8ｨ ｨｺｨｰ8ｨｨ9ｨｰｨｨｨｺｨ ) Vgs, Id 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｰ6ｨｺｨ 9ｨｰ6ｨｺｨ Id 6ｨｰ 9ｨｬｨｴｨｪｨｨ7 4ｨ ｨｰ968-ｨｨ9ｨｰ6ｨｺ Vgs VTO 3 B RDS (on) Resistance (96786ｨｰｨｨ95ｨｪｨｨ ｨｺｨ ｨｪｨ 5ｨ 9 969ｨｰ67ｨｪｨｨｨｨ 9ｨｺ56 ﾂｨｪ63) Id 66ｨｺ 9ｨｰ6ｨｺｨ RD, ｨｬ Rds Vgs Idss Vdg 5ｨｰｨ ｨｰｨｨ ﾂ9ｨｺ6 96786ｨｰｨｨ95ｨｪｨｨ 9ｨｰ6ｨｺ-ｨｨ9ｨｰ6ｨｺ 5ｨｬｨｴｨｪｨｨ 4ｨ ｨｰ968-ｨｨ9ｨｰ6ｨｺ Zero-Bias Leakage ( 96786ｨｰｨｨ95ｨｪｨｨ ｨｮｨｰ ﾂｨｺｨｨ ｨｺｨ ｨｪｨ 5ｨ 78ｨｨ ｨｪｨｮ596ｨｬ 9ｨｬｨｴｨｪｨｨｨｨ ｨｪｨ 4ｨ ｨｰ968) 66ｨｺ 9ｨｰ6ｨｺｨ 78ｨｨ ｨｪｨｮ596ｨｬ 76ｨｰｨｪｨｨｨ 5 4ｨ ｨｰ968ｨ ｨｨ ｨｪｨ 7873ｨｪｨｨｨｨ Vds 5ｨｬｨｴｨｪｨｨ 9ｨｰ6ｨｺ-ｨｨ9ｨｰ6ｨｺ 78ｨｨ ｨｨ4ｨｬ8ｨｪｨｨｨｨ ｨｰ6ｨｺｨ Idss Turn-On Carge (6ｨ ｨｲｨｬｨｪ4ｨｦ 4ｨ 87 9 969ｨｰ67ｨｪｨｨｨｨ 9ｨｺ56 ﾂｨｪ63) RDS?5,?6 ｨｬ Qgd ｨ ｨｴｨｨｨｦ 4ｨ 87 6ｨ 5ｨ 9ｨｰｨｨ 4ｨ ｨｰ968ｨ CGSO 4 pf Qgs 5ｨ 87 6ｨ 5ｨ 9ｨｰｨｨ 4ｨ ｨｰ968-ｨｨ9ｨｰ6ｨｺ, ｨｪ6ｨ 6ｨｨｨｬ4ｨｦ 57 78ｨｺ56 ﾂｨｪｨｨ7 CGDO pf Vds 369ｨｰ67ｨｪｨｪ4ｨｦ 76ｨｰｨｪｨｨｨ 5 ｨｨ9ｨｰ6ｨｺｨ (76 5 ) Id 66ｨｺ 9ｨｰ6ｨｺｨ (76 5 8) Output Capacitance (946ｨｪｨ 7 ｨｬｨｺ69ｨｰｨｹ) Vds Coss 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 946ｨｪ6ｨｦ ｨｬｨｺ69ｨｰｨｨ Coss 6ｨｰ 9ｨｬｨｴｨｪｨｨ7 9ｨｰ6ｨｺ-ｨｨ9ｨｰ6ｨｺ Vds Switching Time (8ｨｬ7 78ｨｺ56 ﾂｨｪｨｨ7) t f 8ｨｬ7 78ｨｺ56 ﾂｨｪｨｨ7 RG 5 ｨｬ Id 66ｨｺ 9ｨｰ6ｨｺｨ Vdd 369ｨｰ67ｨｪｨｪ4ｨｦ 76ｨｰｨｪｨｨｨ 5 ｨｨ9ｨｰ6ｨｺｨ (76 ) Zo 46ｨｪ6 96786ｨｰｨｨ95ｨｪｨｨ ｨｪ8ｨ ｨｰ68ｨ ｨｨｨｬ7ｨｮ5ｨｹ9ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 (76 5 ｨｬ) Reverse Drain Current (ｨｰ6ｨｺ 9ｨｰ6ｨｺｨ 9 ｨｨｨｪ989ｨｪ6ｨｬ 83ｨｨｨｬ) N 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｪｨ 7873ｨｪｨｨ7 787ｨｬ66 9ｨｬｨｴｨｪｨｨ7 786ｨ ｨｨ9ｨｰ6ｨｺ-9ｨｰ6ｨｺ Vsd 6ｨｰ 6ｨ 8ｨ ｨｰｨｪ66 ｨｰ6ｨｺｨ 9ｨｰ6ｨｺｨ Idr CBD PB MJ FC ｨｪ8,8 IS?4 A N RB?3 ｨｬ 6ｨ ｨ 5ｨｨｨ 7. 78ｨ ｨｨ6ｨｪｨｪ4 ｨｮ9ｨｨ5ｨｨｨｰ5ｨｨ Large Signal Swing (7ｨ 8ｨ ｨｬｨｰ84 57 ｨ 65ｨｹ366 9ｨｨｨｪｨ 5ｨ ) +Vpwr ｨ 7873ｨｪｨｨ ｨｨ9ｨｰ6 ﾂｨｪｨｨｨｺｨ 76563ｨｨｨｰ5ｨｹｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 (5 ) VC B ｨCVpwr ｨ 7873ｨｪｨｨ ｨｨ9ｨｰ6 ﾂｨｪｨｨｨｺｨ 6ｨｰ8ｨｨｨ ｨｰ5ｨｹｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 (ｨC5 ) VE B +Vout ｨ ｨｺ9ｨｨｨｬｨ 5ｨｹｨｪ6 4ｨｪｨ ﾂｨｪｨｨ 946ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 76563ｨｨｨｰ5ｨｹｨｪ6ｨｦ 76578ｨｪ69ｨｰｨｨ (3 ) ｨCVout +SR ｨCSR Pd ｨ ｨｺ9ｨｨｨｬｨ 5ｨｹｨｪ6 4ｨｪｨ ﾂｨｪｨｨ 946ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 6ｨｰ8ｨｨｨ ｨｰ5ｨｹｨｪ6ｨｦ 76578ｨｪ69ｨｰｨｨ (ｨC3 ). ｨ ｨｺ9ｨｨｨｬｨ 5ｨｹｨｪｨ 7 9ｨｺ6869ｨｰｨｹ ｨｪｨ 8ｨ 9ｨｰｨ ｨｪｨｨ7 946ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 76563ｨｨｨｰ5ｨｹｨｪ6ｨｦ 76578ｨｪ69ｨｰｨｨ (5 3 /9) ｨ ｨｺ9ｨｨｨｬｨ 5ｨｹｨｪｨ 7 9ｨｺ6869ｨｰｨｹ ｨｪｨ 8ｨ 9ｨｰｨ ｨｪｨｨ7 946ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 6ｨｰ8ｨｨｨ ｨｰ5ｨｹｨｪ6ｨｦ 76578ｨｪ69ｨｰｨｨ (5 3 /9) 36ｨｰ8ｨ 57ｨｬｨ 7 ｨｬ6ｨｴｨｪ69ｨｰｨｹ 9 9ｨｰｨ ｨｰｨｨ ﾂ9ｨｺ6ｨｬ 83ｨｨｨｬ (5 ｨｬｨｰ) Open Loop Gain (ｨｺ65ｨｨｨｨｨｪｨｰ ｨｮ9ｨｨ5ｨｪｨｨ7 ｨ 4 7ｨｨ 6ｨ 8ｨ ｨｰｨｪ6ｨｦ 9974ｨｨ ｪ 946ｨｪ6ｨｦ ｨｺｨ 9ｨｺｨ ｨｪｨ 96). Cc 3ｨｬｨｺ69ｨｰｨｹ ｨｺ688ｨｺｨｨｨｨ (3 78) BF 75 Ib 6ｨｪ6ｨｦ ｨｰ6ｨｺ 9ｨｬｨｴｨｪｨｨ7 ( ｨｪ8) BF 75 Av-dc 865ｨｨｨｨｨｪｨｰ ｨｮ9ｨｨ5ｨｪｨｨ7 769ｨｰ67ｨｪｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 ( ｨｰ49.) C 3 pf fｨcodb ﾁｨ 9ｨｰ6ｨｰｨ ｨｨｨｪｨｨ ﾂｨｪ66 ｨｮ9ｨｨ5ｨｪｨｨ7 ( ) CEE CMRR 865ｨｨｨｨｨｪｨｰ 76ｨ 95ｨｪｨｨ7 9ｨｨｨｪｨ 4ｨｪ66 9ｨｨｨｪｨ 5ｨ ( ｨｰ49.) GA 88 ｨC6 Ibos 4ｨ 4ｨｪ69ｨｰｨｹ 96ｨｪ4 ｨｰ6ｨｺ69 9ｨｬｨｴｨｪｨｨ7 ｨｪｨｮ57 () GCM,88 ｨC9 Vos ｨ 7873ｨｪｨｨ 9ｨｬｨｴｨｪｨｨ7 ｨｪｨｮ57 () IS IS IEE RC RE REE 8 ｨC6 8 ｨC6 5 ｨC6 53 8 3 8
3ｨｺ6ｨｪ ﾂｨ ｨｪｨｨ ｨｰｨ ｨ 5ｨｨ4 7 6 96ｨｪ66 ｨｺｨ 9ｨｺｨ ｨ ｨｨ ｨｪｨ 5ｨｨ ﾂｨｨ 9ｨｪｨｮｨｰ8ｨｪｨｪｨｦ ｨｨ5ｨｨ 9ｨｪ3ｨｪｨｦ ｨｺ688ｨｺｨｨｨｨ: Technology ｪ BJT (ｨ ｨｨ76578ｨｪ4ｨｦ ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68) ｨｨ5ｨｨ J 7ET (76596ｨｦ ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68); Input ｪ NPN ｨｨ5ｨｨ PNP (57 ｨ ｨｨ76578ｨｪ66 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨ ) NJ 7 ｨｨ5ｨｨ PJ 7 (57 765966 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨ ); Compensation ｪ internally (9ｨｪｨｮｨｰ8ｨｪｨｪ77) ｨｨ5ｨｨ externally (9ｨｪ3ｨｪ77) ｨｺ688ｨｺｨｨ7. non-inverting input inverting input positive power supply Q4 8 VI Q Q VI 7 I EE 4 negative power supply Q3 9 output 4ｨｨ9. 69. 5ｨｬｨ 9ｨｰｨ ｨｪｨ 8ｨｰｨｪ6ｨｦ ｨｬｨ ｨｺ86ｨｬ65ｨｨ ｨｺｨ 8ｨ ｨｰ68ｨ 3 F DP V E 5 Q5. Open Loop Gain (ｨｺ65ｨｨｨｨｨｪｨｰ ｨｮ9ｨｨ5ｨｪｨｨ7 ｨ 4 7ｨｨ 6ｨ 8ｨ ｨｰｨｪ6ｨｦ 9974ｨｨ ｪ 946ｨｪ6ｨｦ ｨｺｨ 9ｨｺｨ ｨｪｨ 36) Cc 3ｨｬｨｺ69ｨｰｨｹ ｨｺ688ｨｺｨｨｨｨ ( 78) BETA 79 ｨC6 Av-dc 865ｨｨｨｨｨｪｨｰ ｨｮ9ｨｨ5ｨｪｨｨ7 769ｨｰ67ｨｪｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 ( ｨｰ49.) C pf fｨcodb ﾁｨ 9ｨｰ6ｨｰｨ ｨｨｨｪｨｨ ﾂｨｪ66 ｨｮ9ｨｨ5ｨｪｨｨ7 ( ) CSS CMRR 865ｨｨｨｨｨｪｨｰ 76ｨ 95ｨｪｨｨ7 9ｨｨｨｪｨ 4ｨｪ66 9ｨｨｨｪｨ 5ｨ ( ｨｰ49.) GA 63 ｨC6 Ibos 4ｨ 4ｨｪ69ｨｰｨｹ 96ｨｪ4 ｨｰ6ｨｺ69 9ｨｬｨｴｨｪｨｨ7 ｨｪｨｮ57 () GCM 63 ｨC Vos ｨ 7873ｨｪｨｨ 9ｨｬｨｴｨｪｨｨ7 ｨｪｨｮ57 () IS 5 ｨC Ib 6ｨｪ6ｨｦ ｨｰ6ｨｺ 9ｨｬｨｴｨｪｨｨ7 (3ｨｪ8) ISS RD RSS VTO VTO 5 ｨC6 6 466 6 8 ｨC ｨC Open Loop Phase (ｨ 46- ﾂｨ 9ｨｰ6ｨｰｨｪｨ 7 ｨ 8ｨ ｨｺｨｰ8ｨｨ9ｨｰｨｨｨｺｨ ｨ 4 7ｨｨ 6ｨ 8ｨ ｨｰｨｪ6ｨｦ 9974ｨｨ) Phi 5ｨ 7ｨ 9 76 ｨ 4 ｨｪｨ ﾂｨ 9ｨｰ6ｨｰ ｨｨｨｪｨｨ ﾂｨｪ66 ｨｮ9ｨｨ5ｨｪｨｨ7, 8ｨ (6) C 8,6 pf RoｨCdc 46ｨｪ6 96786ｨｰｨｨ95ｨｪｨｨ ｨｪｨ ｨｪｨｨ4ｨｺｨｨ ﾂｨ 9ｨｰ6ｨｰｨ (75 ｨｬ) R 5 Oｨｬ RoｨCac 46ｨｪ6 96786ｨｰｨｨ95ｨｪｨｨ ｨｪｨ 9496ｨｺｨｨ ﾂｨ 9ｨｰ6ｨｰｨ (5 ｨｬ) R 5 Oｨｬ Ios ｨ ｨｺ9ｨｨｨｬｨ 5ｨｹｨｪ4ｨｦ ｨｰ6ｨｺ ｨｺ686ｨｰｨｺ66 4ｨ ｨｬ4ｨｺｨ ｨｪｨｨ7 ( ｨｬ8) GB 3 5ｨ ｨｬ ﾂｨ ｨｪｨｨ7:. 36 7ｨ 8ｨ ｨｬｨｰ8ｨ ｨｬ ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺ6ｨｦ ｨｬ65ｨｨ 78ｨｨ99ｨ ｨｨ9ｨ 6ｨｰ97 4ｨｪｨ ﾂｨｪｨｨ7 7ｨ 8ｨ ｨｬｨｰ869 ｨｺ6ｨｪｨｺ8ｨｰｨｪ4 7. ｨｰｨ ｨ 5. 37 57 ｨｺ6ｨｪｨｺ8ｨｰｨｪ69ｨｰｨｨ 78ｨｨ9ｨｪ4 7ｨ 8ｨ ｨｬｨｰ84 ｨｬ65ｨｨ 7 477 (ｨ ｨｪｨ 56 ma74).. ﾁｨ 9ｨｰ6ｨｰｨ ｨｨｨｪｨｨ ﾂｨｪ66 ｨｮ9ｨｨ5ｨｪｨｨ7 f ｨC Odb 9974ｨ ｨｪｨ 9 ﾂｨ 9ｨｰ6ｨｰ6ｨｦ 78966 76569ｨ, 966ｨｰｨｪ63ｨｪｨｨｨｬ f ｨC Odb = f Av ｨC dc. 5ｨ 7ｨ 9 76 ｨ 4 Phi ｨｪｨ ﾂｨ 9ｨｰ6ｨｰ ｨｨｨｪｨｨ ﾂｨｪ66 ｨｮ9ｨｨ5ｨｪｨｨ7 67857ｨｰ97 6ｨｰｨｪ63ｨｪｨｨｨｬ ﾂｨ 9ｨｰ6ｨｰ4 ｨｨｨｪｨｨ ﾂｨｪ66 ｨｮ9ｨｨ5ｨｪｨｨ7 ｨｺ ﾂｨ 9ｨｰ6ｨｰ 9ｨｰ6866 76569ｨ f Phi = 9 罟Cargtg(f ｨC Odb/f ), argtg 94 ﾂｨｨ957ｨｰ97 9 8ｨ ｨｮ9ｨ. 3. 57 7 9 9ｨｪ3ｨｪｨｦ ｨｺ688ｨｺｨｨｨｦ ｨｮｨｺｨ 449ｨ ｨｰ97 4ｨｪｨ ﾂｨｪｨｨ ｨｬｨｺ69ｨｰｨｨ ｨｺ688ｨｺｨｰｨｨ8ｨｮ6ｨｴ6 ｨｺ6ｨｪｨｪ9ｨ ｨｰ68ｨ 59, 57 ｨｺ6ｨｰ6866 78ｨｨ9ｨｪ6 4ｨｪｨ ﾂｨｪｨｨ 4ｨ 7ｨ 9ｨ 76 ｨ 4 Phi ｨｨ 8ｨｮｨｨ 7ｨ 8ｨ ｨｬｨｰ84 7. 4. 978ｨ 96 ﾂｨｪ4 6ｨ 4 ﾂｨｪ6 78ｨｨ96ｨｨｨｰ97 765ｨｪ6 946ｨｪ6 96786ｨｰｨｨ95ｨｪｨｨ R94=R o ｨC ac + R o ｨC dc.36 ｨｪｨ 6 8ｨ 45ｨｨｨｰｨｹ ｨｪｨ 9 969ｨｰｨ 9576ｨｴｨｨ, 68ｨｨｨｪｨｰｨｨ8ｨｮ79ｨｹ ｨｪｨ 78ｨｨｨ 5ｨｨ3ｨｪｨｪ6 966ｨｰｨｪ63ｨｪｨｨ R o ｨC dc = R o ｨC ac. 8ｨ 8ｨ ｨｰ684 ｨｪｨ 7873ｨｪｨｨ7 3ｨ 9768ｨｰｨｪ4 ｨ ｨｪｨｪ4 ｨｺｨ 8ｨ ｨｰ68ｨ ｨｪｨ 7873ｨｪｨｨ7, ｨｺ6ｨｰ684 996ｨｨｨｰ 765ｨｹ469ｨ ｨｰ5ｨｹ, ｨｨ 97ｨｨ96ｨｺ 7ｨ 8ｨ ｨｬｨｰ869 6 ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺ6ｨｦ ｨｬ65ｨｨ (8ｨｨ9. 69), ｨｺ6ｨｰ684 8ｨ 99 ﾂｨｨｨｰ49ｨ 6ｨｰ97 76 7868ｨ ｨｬｨｬ, 78ｨｨ9ｨｪ4 9 ｨｰｨ ｨ 5. 8. 3695 94ｨ 68ｨ 9 ｨｪｨ ﾂｨ 5ｨｹｨｪ6ｨｬ ｨｬｨｪ6 7868ｨ ｨｬｨｬ4 PSPICE 6ｨ ｨ 5ｨｨｨ 8. 8ｨ 8ｨ ｨｰ684 ｨｪｨ 7873ｨｪｨｨ7 Transfer funcktion (78ｨ ｨｰ6 ﾂｨｪｨ 7 ｨｮｨｪｨｺｨｨ7) +Vpwr ｨ 7873ｨｪｨｨ ｨｨ9ｨｰ6 ﾂｨｪｨｨｨｺｨ 76563ｨｨｨｰ5ｨｹｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 (5 ) ｨCVpwr ｨ 7873ｨｪｨｨ ｨｨ9ｨｰ6 ﾂｨｪｨｨｨｺｨ 6ｨｰ8ｨｨｨ ｨｰ5ｨｹｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 ( ) +Vicr ｨ ｨｺ9ｨｨｨｬｨ 5ｨｹｨｪ6 4ｨｪｨ ﾂｨｪｨｨ 76563ｨｨｨｰ5ｨｹｨｪ66 787ｨ ｨ 9ｨｨｨｪｨ 4ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 (3,5 ) ｨCVicr ｨ ｨｺ9ｨｨｨｬｨ 5ｨｹｨｪ6 4ｨｪｨ ﾂｨｪｨｨ 6ｨｰ8ｨｨｨ ｨｰ5ｨｹｨｪ66 787ｨ ｨ 9ｨｨｨｪｨ 4ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 ( ) Ib 6ｨｪ6ｨｦ ｨｰ6ｨｺ 9ｨｬｨｴｨｪｨｨ7 (5 ｨｪ8) Avd 865ｨｨｨｨｨｪｨｰ ｨｮ9ｨｨ5ｨｪｨｨ7 769ｨｰ67ｨｪｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 ( ｨｰ49.) BF BF5 V RI 56786ｨｰｨｨ95ｨｪｨｨ ｨｪｨ 8ｨｮ4ｨｺｨｨ ( ｨｺｨｬ) Pd 36ｨｰ8ｨ 57ｨｬｨ 7 ｨｬ6ｨｴｨｪ69ｨｰｨｹ 9 9ｨｰｨ ｨｰｨｨ ﾂ9ｨｺ6ｨｬ 83ｨｨｨｬ (5 ｨｬｨｰ) Falling Delay (4ｨ 83ｨｺｨ 97ｨ ｨ ｨｪｨ 7873ｨｪｨｨ7). Vst 387ｨ 96ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 (, ) TR3 ｨC8 9 Vod 38964ｨ ｨｮ3ｨｪｨｨ 96ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 ( ｨｬ) td 5ｨｨｨｰ5ｨｹｨｪ69ｨｰｨｹ 4ｨ 83ｨｺｨｨ (5 ｨｪ9) Transition Time (98ｨｬ7 78ｨｺ56 ﾂｨｪｨｨ7) Vst 387ｨ 96ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 (, ) TF5 7 ｨｪ9 Vod 38964ｨ ｨｮ3ｨｪｨｨ 96ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 ( ｨｬ) ttr 5ｨｨｨｰ5ｨｹｨｪ69ｨｰｨｹ 86ｨｪｨｰｨ ｨｪｨ 8ｨ 9ｨｰｨ ｨｪｨｨ7 946ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 ( ｨｪ9) Rising Time (98ｨｬ7 ｨｪｨ 8ｨ 9ｨｰｨ ｨｪｨｨ7 ｨｪｨ 7873ｨｪｨｨ7) Vst 387ｨ 96ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 (, ) TR5 ｨｪ9 Vod 38964ｨ ｨｮ3ｨｪｨｨ 96ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 ( ｨｬ) td 5ｨｨｨｰ5ｨｹｨｪ69ｨｰｨｹ 86ｨｪｨｰｨ 97ｨ ｨ 946ｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 ( ｨｪ9)
3MODEL EDITOR 83ｨｨｨｬｨ VOLT. COMPARATOR ｨｪ6ｨ 6ｨｨｨｬ6 76 4ｨ 7869ｨｮ 7868ｨ ｨｬｨｬ4 ｨｮｨｺｨ 4ｨ ｨｰｨｹ ｨｰｨｨ74 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨｪ66 96ｨｪ66 ｨｨ 946ｨｪ66 ｨｺｨ 9ｨｺｨ 69: Input Stage ｪ NPN ｨｨ5ｨｨ PNP (57 ｨ ｨｨ76578ｨｪ66 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨ ); Output Stage Connection ｪ to V Supply ｨｨ5ｨｨ to Ground ｪ ｨｮｨｺｨ 449ｨ ｨｰ97, 76ｨｺ56 ﾂｨｪ 5ｨｨ ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68 946ｨｪ66 ｨｺｨ 9ｨｺｨ ｨ ｨｺ ｨｨ9ｨｰ6 ﾂｨｪｨｨｨｺｨｮ 6ｨｰ8ｨｨｨ ｨｰ5ｨｹｨｪ66 ｨｪｨ 7873ｨｪｨｨ7 ｨｨ5ｨｨ 78ｨｮ9ｨｬ6ｨｰ8ｨｪ ｨｪ4ｨ 9ｨｨ9ｨｨｨｬ4ｨｦ 946 4ｨｬ5ｨｨ3 946ｨｪ66 ｨｺｨ 9ｨｺｨ ｨ. 38ｨｨｨｬ8 ｨｬｨ ｨｺ86ｨｬ65ｨｨ ｨｺｨ 8ｨ ｨｰ68ｨ 789ｨｰｨ 95ｨｪ 3868ｨ ｨｬｨｬ6ｨｦ. 5ｨｰｨ ｨ ｨｨ5ｨｨ4ｨ ｨｰ684 ｨｪｨ 7873ｨｪｨｨ7 3ｨ 9768ｨｰｨｪ4 ｨ ｨｪｨｪ4 9ｨｰｨ ｨ ｨｨ5ｨｨ4ｨ ｨｰ68ｨ ｨｪｨ 7873ｨｪｨｨ7 (VOLT. RE 7ERENCE), ｨｺ6ｨｰ684 996ｨｨｨｰ 765ｨｹ469ｨ ｨｰ5ｨｹ, ｨｨ 97ｨｨ96ｨｺ 7ｨ 8ｨ ｨｬｨｰ869 6 ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺ6ｨｦ ｨｬ65ｨｨ, ｨｺ6ｨｰ684 8ｨ 99 ﾂｨｨｨｰ49ｨ 6ｨｰ97 76 7868ｨ ｨｬｨｬ, 78ｨｨ9ｨｪ4 9 ｨｰｨ ｨ 5. 9. 4ｨｮ57ｨｰ684 ｨｪｨ 7873ｨｪｨｨ7 3ｨ 9768ｨｰｨｪ4 ｨ ｨｪｨｪ4 8ｨｮ57ｨｰ68ｨ ｨｪｨ 7873ｨｪｨｨ7 (VOLT. REGULATOR), ｨｺ6ｨｰ684 996ｨｨｨｰ 765ｨｹ469ｨ ｨｰ5ｨｹ, ｨｨ 97ｨｨ96ｨｺ 7ｨ 8ｨ ｨｬｨｰ869 6 ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺ6ｨｦ ｨｬ65ｨｨ, ｨｺ6ｨｰ684 8ｨ 99 ﾂｨｨｨｰ49ｨ 6ｨｰ97 76 7868ｨ ｨｬｨｬ, 78ｨｨ9ｨｪ4 9 ｨｰｨ ｨ 5. 3. ｨ ｨｪｨｨｨｰｨｪ4 98 ﾂｨｪｨｨｨｺｨｨ 3ｨ 9768ｨｰｨｪ4 ｨ ｨｪｨｪ4 ｨｬｨ ｨｪｨｨｨｰｨｪ66 98 ﾂｨｪｨｨｨｺｨ, ｨｺ6ｨｰ684 996ｨｨｨｰ 765ｨｹ469ｨ ｨｰ5ｨｹ, ｨｨ 97ｨｨ96ｨｺ 7ｨ 8ｨ ｨｬｨｰ869 6 ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9-3868ｨ ｨｬｨｬｨ. DEVICE= STANDART,VCOMP,NPN,GND STANDART voltage comparator macromodel3 subcircuit created using Model Editor release 9. on 9// at 4:4 The Model Editor is a PSpice product. connections: non-inverting input inverting input positive power supply negative power supply open collector output.subckt STANDART 3 4 5 f 3 9 v iee 7 4 dc.e-6 vi dc vi dc c b e q 9 7 qin q 8 7 qin q3 9 8 3 qmo q4 8 8 3 qmi.model qin NPN(Is=8.E-8 Bf=).model qmi PNP(Is=8.E-8 Bf=).model qmo PNP(Is=8.E-8 Bf= Cjc=E-5 Tr=.E-9) e 4 3 9 v dc q5 5 4 qoc.model qoc NPN(Is=8.E-8 Bf= Cjc=E-5 Tf=.E-9 Tr=.E-9) dp 4 3 dx rp 3 4.E3.model dx D(Is=8.E-8).ends ｨｺ6ｨｦ ｨｬ65ｨｨ, ｨｺ6ｨｰ684 8ｨ 99 ﾂｨｨｨｰ49ｨ 6ｨｰ97 76 7868ｨ ｨｬｨｬ, 78ｨｨ9ｨｪ4 9 ｨｰｨ ｨ 5. 3. 3868ｨ ｨｬｨｬｨ PSPICE MODEL EDITOR 9 ｨｪｨ 9ｨｰ67ｨｴ 98ｨｬ7 6ｨｪｨｨ9ｨ ｨｰ 7ｨ 8ｨ ｨｬｨｰ84 ｨｬ65ｨｨ ｨｬｨ ｨｪｨｨｨｰｨｪ66 98 ﾂｨｪｨｨｨｺｨ ｨｮ869ｨｪ7 LEVEL=, 9 ｨｺ6ｨｰ686ｨｦ ｨｪ ｨｮ ﾂｨｨｨｰ49ｨ 6ｨｰ97 5ｨｺｨｰ4 94ｨ ｨｨｨｬ6ｨｦ9ｨｰ9ｨｨ7 6ｨｬｨｪ69 ｨｨ ﾂｨ 9ｨｰ6ｨｰｨｪ6 4ｨ 9ｨｨ9ｨｨｨｬ4 76ｨｰ8ｨｨ. ｨ ｨｨｨ 65 ｨ ｨｺ9ｨ ｨｰｨｪ6 5ｨｰｨ 7868ｨ ｨｬｨｬｨ 6ｨｪｨｨ9ｨ ｨｰ 7ｨ 8ｨ ｨｬｨｰ84 88ｨｨｨｰ69 ｨｨ ｨｬ6-6ｨ ｨ 5ｨｨｨ 9. 5ｨｰｨ ｨ ｨｨ5ｨｨ4ｨ ｨｰ684 ｨｪｨ 7873ｨｪｨｨ7 6ｨ ｨ 5ｨｨｨ 3. 4ｨｮ57ｨｰ684 ｨｪｨ 7873ｨｪｨｨ7 5ｨｪｨ ﾂｨｪｨｨ 76 Revers Dynamic Impedance (ｨｨｨｪｨ ｨｬｨｨ ﾂ9ｨｺ6 96786ｨｰｨｨ95ｨｪｨｨ) Ir, 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 6ｨ 8ｨ ｨｰｨｪ66 NZ ｨC3 Rz ｨｰ6ｨｺｨ Ir 6ｨｰ ｨｨｨｪｨ ｨｬｨｨ ﾂ9ｨｺ66 RZ ｨｬ 96786ｨｰｨｨ95ｨｪｨｨ7 Rz Reference Voltage (ｨｪｨ 7873ｨｪｨｨ 9ｨｰｨ ｨ ｨｨ5ｨｨ4ｨ ｨｨｨｨ) Vref ｨ 7873ｨｪｨｨ 6ｨ 8ｨ ｨｰｨｪ66 RBV 786ｨ 67 Ir ｨ 8ｨ ｨｰｨｪ4ｨｦ ｨｰ6ｨｺ 78ｨｨ ｨｺ6ｨｰ686ｨｬ IRMAX ｨｨ4ｨｬ8ｨｪ6 ｨｪｨ 7873ｨｪｨｨ Vref Irmax 6ｨｮ5ｨｹ ｨｬｨ ｨｺ9ｨｨｨｬｨ 5ｨｹｨｪ66 4ｨｪｨ ﾂｨｪｨｨ7 ｨｰ6ｨｺｨ 786ｨ 67 3 ｨｬ8 Temperature Drift (ｨｰｨｬ78ｨ ｨｰｨｮ8ｨｪｨ 7 ｨｪ9ｨｰｨ ｨ ｨｨ5ｨｹｨｪ69ｨｰｨｹ) Ttemp 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｪｨ 7873ｨｪｨｨ7 65 ｨC5 Vref 6ｨ 8ｨ ｨｰｨｪ66 786ｨ 67 Vref 6ｨｰ 65 ｨｰｨｬ78ｨ ｨｰｨｮ84 ｨC7 ｨC7 Reverse Characteristics (ｨ 8ｨ ｨｺｨｰ8ｨｨ9ｨｰｨｨｨｺｨ 83ｨｨｨｬｨ 6ｨ 8ｨ ｨｰｨｪ66 9ｨｺ56 ﾂｨｪｨｨ7) Vr, Ir 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 6ｨ 8ｨ ｨｰｨｪ66 IREV ｨｪｨ 7873ｨｪｨｨ7 Vr 6ｨｰ NREV 5 6ｨ 8ｨ ｨｰｨｪ66 ｨｰ6ｨｺｨ Ir 7orward Characteristics (ｨ 8ｨ ｨｺｨｰ8ｨｨ9ｨｰｨｨｨｺｨ 8ｨ ｨ 6 ﾂ6 83ｨｨｨｬｨ ) Ifwd 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 6ｨ 8ｨ ｨｰｨｪ66 IS ｨC4 Vfwd ｨｰ6ｨｺｨ 6ｨｰ 76ｨｰ8ｨ 57ｨｬ66 RS ｨｪｨ 7873ｨｪｨｨ7 Vfwd IKF, XTI XTI 3 Vref ｨ 7873ｨｪｨｨ 9ｨｰｨ ｨ ｨｨ5ｨｨ4ｨ ｨｨｨｨ VREF,5 B Dropout ｨ 7873ｨｪｨｨ 6ｨｰ7ｨｮ9ｨｺｨ ｨｪｨｨ7 N (ViｨCVo) max IOmin Reference Voltage (ｨｪｨ 7873ｨｪｨｨ 9ｨｰｨ ｨ ｨｨ5ｨｨ4ｨ ｨｨｨｨ) ｨ ｨｺ9ｨｨｨｬｨ 5ｨｹｨｪｨ 7 8ｨ 4ｨｪｨｨｨ ｨｬ3ｨｮ 96ｨｪ4ｨｬ ｨｨ 946ｨｪ4ｨｬ ｨｪｨ 7873ｨｪｨｨｨｬ ｨｨｨｪｨｨｨｬｨ 5ｨｹｨｪ4ｨｦ 946ｨｪ6ｨｦ ｨｰ6ｨｺ Adjustment Pin Current (ｨｰ6ｨｺ ｨｮ9ｨｰｨ ｨｪ69ｨｺｨｨ) Iadj 66ｨｺ ｨｮ9ｨｰｨ ｨｪ69ｨｺｨｨ BETA 5 8 Output Impedance (946ｨｪ6 96786ｨｰｨｨ95ｨｪｨｨ) Zout 46ｨｪ6 96786ｨｰｨｨ95ｨｪｨｨ ｨｪｨ ｨｪｨｨ4ｨｺｨｨ ﾂｨ 9ｨｰ6ｨｰｨ Zero ﾁｨ 9ｨｰ6ｨｰｨ ｨｪｨｮ57 946ｨｪ66 ｨｺ5ｨｺ9ｨｪ66 96786ｨｰｨｨ95ｨｪｨｨ7 RR 8ｨ 9ｨｪ6ｨｬ8ｨｪ69ｨｰｨｹ 695ｨ ｨ 5ｨｪｨｨ7 7ｨｮ5ｨｹ9ｨ ｨｨｨｦ ｨｪｨ ｨｪｨｨ4ｨｺｨｨ ﾂｨ 9ｨｰ6ｨｰｨ, 9 ｨｨｨ 5ｨ Freguency ﾁｨ 9ｨｰ6ｨｰｨ, ｨｪｨ ｨｺ6ｨｰ686ｨｦ ｨｨ4ｨｬ8ｨｪ4 Zout ｨｨ RR IO 46ｨｪ6ｨｦ ｨｰ6ｨｺ, ｨｪｨ ｨｺ6ｨｰ686ｨｦ ｨｨ4ｨｬ8ｨｪ4 Zout ｨｨ RR VAF CPZ Current Limit (785ｨｹｨｪ6 4ｨｪｨ ﾂｨｪｨｨ 946ｨｪ66 ｨｰ6ｨｺｨ ) IO max ｨ ｨｺ9ｨｨｨｬｨ 5ｨｹｨｪ4ｨｦ 946ｨｪ6ｨｦ ｨｰ6ｨｺ RB Iofb, 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｰ6ｨｺｨ 6ｨ 8ｨ ｨｰｨｪ6ｨｦ 9974ｨｨ Iofb 6ｨｰ ESC Vi-Vo 8ｨ 4ｨｪｨｨ4 ｨｬ3ｨｮ 96ｨｪ4ｨｬ ｨｨ 946ｨｪ4ｨｬ ｨｪｨ 7873ｨｪｨｨｨｬ ViｨCVo ESC ｨC, EFB 5 EFB ｨC EB ｨｬｨｪ ｨｬ
36ｨ ｨ 5ｨｨｨ 3. ｨ ｨｪｨｨｨｰｨｪ4 98 ﾂｨｪｨｨｨｺｨｨ H(Oers), 8668ｨｨｨｪｨ ｨｰ4 ｨｺ8ｨｨ96ｨｦ ｨｪｨ ｨｬｨ ｨｪｨｨ ﾂｨｪｨｪ69ｨｰｨｨ MS Hysteresis Curve (88ｨｨ9ｨ 7 ｨｨ9ｨｰ84ｨｨ9ｨ ) A B (Gauss) ｨ ﾂｨ 5ｨｹｨｪｨ 7 ｨｬｨ ｨｪｨｨｨｰｨｪｨ 7 C, K 5 AREA, GAP PACK PATH 5ｨｨｨ ｨｪ694 78ｨｬｨ 56ｨｨ. 69765ｨｹ469ｨ ｨｪｨｪｨ 7 9 784ｨｮｨｴｨｨ 989ｨｨ7 ｨｬ65ｨｹ ｨｮ869ｨｪ7 LEVEL= ｨ 65ｨｹ3 ｨｪ ｨｨ9765ｨｹ4ｨｮｨｰ97 ｨｨ4-4ｨ 996ｨｦ ｨｬｨ 56ｨｦ 69ｨｰ698ｨｪ69ｨｰｨｨ. 96ｨ ｨｪｨｪ6 ｨ 65ｨｹ3ｨｨ 63ｨｨｨ ｨｺｨｨ ｨ 45ｨｨ 4ｨ ｨｬ ﾂｨｪ4 78ｨｨ ｨｬ65ｨｨ869ｨ ｨｪｨｨｨｨ 98 ﾂｨｪｨｨｨｺ69, ｨｨｨｬ6ｨｴｨｨ 4ｨ 4684 ｪ 9 989ｨｨｨｨ PSPICE A/D, 967ｨｴｨｦ 9 OrCAD V9., 6ｨｪｨｨ ｨｮ9ｨｰ8ｨ ｨｪｨｪ4. 3868ｨ ｨｬｨｬｨ PSPICE MODEL EDITOR ｨｪｨ 69ｨｪ69ｨ ｨｪｨｨｨｨ 5ｨｺ978ｨｨｨｬｨｪｨｰｨ 5ｨｹｨｪ4 6ｨｪｨｨ9ｨ ｨｰ 7ｨ 8ｨ ｨｬｨｰ84, 6ｨｰ8ｨ 3ｨ 6ｨｴｨｨ ｨｨ4ｨｨ ﾂ9ｨｺｨｨ 996ｨｦ9ｨｰ9ｨ ｨｬｨ ｨｪｨｨｨｰｨｪ4 ｨｬｨ ｨｰ8ｨｨｨ 569. 38ｨｨ 964ｨ ｨｪｨｨｨｨ ｨ ｨｦ569 ｨｬ65ｨｦ ｨｨ4 6ｨｪ66 ｨｬｨ ｨｰ8ｨｨｨ 5ｨ 9 8ｨ 4ｨｪ6ｨｦ 6ｨｬｨｰ8ｨｨｨｦ ｨｮ6ｨ ｨｪ6 ｨｨ9765ｨｹ469ｨ ｨｰｨｹ ｨｺ6ｨｪ9ｨｰ8ｨｮｨｺｨｨ6 88. 365ｨｹ469ｨ ｨｰ5ｨｹ 996ｨｨｨｰ 76 ｨｰ6 ﾂｨｺｨ ｨｬ ｨｺ8ｨｨ9ｨｮ6 ｨｪｨ ｨｬｨ ｨｪｨｨ ﾂｨｨ9ｨ ｨｪｨｨ7 ｨｨ ｨｮｨｺｨ 449ｨ ｨｰ 4ｨｪｨ ﾂｨｪｨｨ ｨｪｨ ﾂｨ 5ｨｹｨｪ6ｨｦ ｨｬｨ ｨｪｨｨｨｰｨｪ6ｨｦ 786ｨｪｨｨｨ ｨｬ69ｨｰｨｨ, ｨｪｨ 69ｨｪ69ｨ ｨｪｨｨｨｨ ﾂ6 7868ｨ ｨｬｨｬｨ 8ｨ 99 ﾂｨｨｨｰ49ｨ ｨｰ 7ｨ 8ｨ ｨｬｨｰ84 6 ｨｬ65ｨｨ (ｨｪｨ 7873ｨｪｨｪ69ｨｰｨｹ ｨｬｨ ｨｪｨｨｨｰｨｪ66 7657 ｨｮｨｺｨ 449ｨ ｨｰ97 9 589ｨｰｨ, ｨｬｨ ｨｪｨｨｨｰｨｪｨ 7 ｨｨｨｪｨｮｨｺｨｨ7 ｪ 9 ｨ ｨｮ99ｨ ). 3695 4ｨ ｨ ｨｪｨｨ7 ｨｪｨ ﾂｨ 5ｨｹｨｪ6ｨｦ ｨｬｨ ｨｪｨｨｨｰｨｪ6ｨｦ 786ｨｪｨｨｨ ｨｬ69ｨｰｨｨ ｨｨ 996ｨ 76 ｨｰ6 ﾂｨｺｨ ｨｬ ｨｺ8ｨｨ96ｨｦ ｨｨ9ｨｰ84ｨｨ9ｨ 8ｨ 99 ﾂｨｨｨｰ49ｨ 6ｨｰ97 7ｨ 8ｨ ｨｬｨｰ84 ｨｬ65ｨｨ ｨｬｨ ｨｪｨｨｨｰｨｪ66 98 ﾂｨｪｨｨｨｺｨ. ｨ 5 57 ｨｺ6ｨｪｨｺ8ｨｰｨｪ6ｨｦ ｨｺ6ｨｪ9ｨｰ8ｨｮｨｺｨｨｨｨ ｨｰ8ｨ ｨｪ968ｨｬｨ ｨｰ68ｨ ｨｨ5ｨｨ 869957 9 6ｨｺｨｪ Parameters 9967ｨｰ 4ｨｪｨ - ﾂｨｪｨｨ7 6ｨｬｨｰ8ｨｨ ﾂ9ｨｺｨｨ 8ｨ 4ｨｬ869 98 ﾂｨｪｨｨｨｺｨ AREA, PATH, GAP ｨｨ PACK. LEVEL, Vbe 3 8/ｨｬ 6ｨ ｨ 5ｨｨｨ 3. 68ｨ ｨｪ4ｨｨ9ｨｰ684 ｨ 85ｨｨｨｪｨｰ6ｨｪｨ 68ｨ ｨｪ4ｨｨ9ｨｰ684 ｨ 85ｨｨｨｪｨｰ6ｨｪｨ 3ｨ 9768ｨｰｨｪ4 ｨ ｨｪｨｪ4 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨ ｨ 85ｨｨｨｪｨｰ6ｨｪｨ, ｨｺ6ｨｰ684 996ｨｨｨｰ 765ｨｹ469ｨ ｨｰ5ｨｹ, ｨｨ 97ｨｨ96ｨｺ 7ｨ 8ｨ ｨｬｨｰ869 6 ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺ6ｨｦ ｨｬ65ｨｨ, ｨｺ6ｨｰ684 8ｨ 99 ﾂｨｨｨｰ49ｨ 6ｨｰ97 76 7868ｨ ｨｬｨｬ, 78ｨｨ9ｨｪ4 9 ｨｰｨ ｨ 5. 3. 68ｨ ｨｪ4ｨｨ9ｨｰ68ｨ ｨ 85ｨｨｨｪｨｰ6ｨｪｨ ｨｪ ｨｨｨｬｨｰ 99ｨｰ86ｨｪｨｪ6ｨｦ ｨｬ65ｨｨ ｨｪ6 ｨｨｨｬｨｰ 9ｨｰｨ ｨｪｨ 8ｨｰｨｪｨｮ6 ｨｬｨ ｨｺ86ｨｬ65ｨｹ 38ｨｨ9ｨｬ 78ｨｨｨｬ8 ｨｬｨ ｨｺ86ｨｬ65ｨｨ ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨ ｨ 85ｨｨｨｪｨｰ6ｨｪｨ (7868ｨ ｨｬｨｬｨｮ 3). 8/ｨｬ 564ｨ ｨｪｨｨ 9ｨｨｨｬ96569 ｨｬ65ｨｦ ｨｺ6ｨｪｨｪｨｰ69 OrCAD-9 9ｨｰｨｹ 964ｨｬ63ｨｪ69ｨｰｨｹ ｨ 9ｨｰ6ｨｬｨ ｨｰｨｨ ﾂ9ｨｺ6ｨｦ ｨｪ8ｨ ｨｨｨｨ 9ｨｨｨｬ96569 ｨｺ6ｨｪｨｪｨｰ69 6ｨｪ698ｨｬｨｪｨｪ6 9 964ｨ ｨｪｨｨｨｬ ｨｨ ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺｨｨ ｨｬ65ｨｦ. (ｨｪ ｨｨ4ｨｬｨｪ7ｨｰ97) 57 5ｨｰ66 9 7868ｨ ｨｬｨｬ PSPICE MODEL EDITOR 9 ｨｬｨｪ6 Tools/Options ｨｪｨ 6 ｨｮ9ｨｰｨ ｨｪ69ｨｨｨｰｨｹ Vbe On Voltage Data (ｨ ｨｪｨｪ4 76 ｨｪｨ 7873ｨｪｨｨ6 ｨｪｨ 786 ｨ ｨ 4ｨ -5ｨｬｨｨｨｰｨｰ8) 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｪｨ 7873ｨｪｨｨ7 ｨ ｨ 4ｨ -5ｨｬｨｨｨｰｨｰ8 Vbe 6ｨｰ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ IS 9,87 ｨC4 RB,4 R 8 R AREA,893 Current Gain (79ｨｨ5ｨｪｨｨ 76 ｨｰ6ｨｺｨｮ), hee 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｺ65ｨｨｨｨｨｪｨｰｨ ｨｮ9ｨｨ5ｨｪｨｨ7 76 769ｨｰ67ｨｪｨｪ6ｨｬｨｮ ｨｰ6ｨｺｨｮ ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨ ｨ 85ｨｨｨｪｨｰ6ｨｪｨ 6ｨｰ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ (78ｨｨ ｨｪｨ 7873ｨｪｨｨｨｨ ｨｺ655ｨｺｨｰ68 5ｨｬｨｨｨｰｨｰ8 Vce=4) BF 67 IKF,34685 ISE, ｨC NE,48 NK Vce Saturation Voltage (ｨ 7873ｨｪｨｨ ｨｪｨ 94ｨｴｨｪｨｨ7 ｨｺ655ｨｺｨｰ68-5ｨｬｨｨｨｰｨｰ8), Vce 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ ｨｪｨ 7873ｨｪｨｨ7 ｨｪｨ 94ｨｴｨｪｨｨ7 ｨｺ655ｨｺｨｰ68-5ｨｬｨｨｨｰ8 Vce BR,795 6ｨｰ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ. ｨｰｨｪ63ｨｪｨｨ ｨｰ6ｨｺｨ ｨｺ655ｨｺｨｰ68ｨ ｨｺ ｨｰ6ｨｺｨｮ ｨ ｨ 44 9 IKR,735 83ｨｨｨｬ ｨｪｨ 94ｨｴｨｪｨｨ7 /Ib= ISC,63 ｨC NC,878 RC,4458 Input Capacitance (6ｨｪｨ 7 ｨ ｨ 8ｨｹ8ｨｪｨ 7 ｨｬｨｺ69ｨｰｨｹ) Veb, Cibo 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 96ｨｪ6ｨｦ ｨｬｨｺ69ｨｰｨｨ 5ｨｬｨｨｨｰ8-ｨ ｨ 4ｨ (Cibo) 6ｨｰ CJE ｨC ｨｪｨ 7873ｨｪｨｨ7 6ｨ 8ｨ ｨｰｨｪ66 9ｨｬｨｴｨｪｨｨ7 5ｨｬｨｨｨｰｨｰ8-ｨ ｨ 4ｨ Vr VJE,75 MJE,33 Ouput Capacitance (46ｨｪｨ 7 ｨ ｨ 8ｨｹ8ｨｪｨ 7 ｨｬｨｺ69ｨｰｨｹ) Vcb, Cobo 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 946ｨｪ6ｨｦ ｨｬｨｺ69ｨｰｨｨ ｨｺ655ｨｺｨｰ68-ｨ ｨ 4ｨ (Cobo) 6ｨｰ CJC E ｨC ｨｪｨ 7873ｨｪｨｨ7 6ｨ 8ｨ ｨｰｨｪ66 9ｨｬｨｴｨｪｨｨ7 ｨｺ655ｨｺｨｰ68-ｨ ｨ 4ｨ Vr VJC,75 MJC,33 Storage Time (8ｨｬ7 8ｨ 99ｨ 949ｨ ｨｪｨｨ7 4ｨ 87ｨ ) 8ｨｬ7 78ｨｺ56 ﾂｨｪｨｨ7 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨ ｨ 85ｨｨｨｪｨｰ6ｨｪｨ TR ｨC9 Ib 66ｨｺ ｨ ｨ 44, ﾂｨｰ6ｨ 4 9ｨｺ56 ﾂｨｨｨｰｨｹ ｨｰ6ｨｺ ｨｺ655ｨｺｨｰ68ｨ Ib 66ｨｺ ｨ ｨ 44, ﾂｨｰ6ｨ 4 94ｨｺ56 ﾂｨｨｨｰｨｹ ｨｰ6ｨｺ ｨｺ655ｨｺｨｰ68ｨ Rise time (8ｨｬ7 ｨｪｨ 8ｨ 9ｨｰｨ ｨｪｨｨ7) Vcc ｨ 7873ｨｪｨｨ 7ｨｨｨｰｨ ｨｪｨｨ7 ｨｺ655ｨｺｨｰ68ｨ TF ｨC9 Ib 5ｨｨ ﾂｨｨｨｪｨ ｨｰ6ｨｺｨ 9ｨｰｨｮ7ｨｪ ﾂｨ ｨｰ66 96ｨｪ66 9ｨｨｨｪｨ 5ｨ RL 56786ｨｰｨｨ95ｨｪｨｨ ｨｪｨ 8ｨｮ4ｨｺｨｨ ｨｺ655ｨｺｨｰ68ｨ Diode forward current (ｨｨ6ｨｪ4ｨｦ 787ｨｬ6ｨｦ ｨｰ6ｨｺ) Vfwd, 5ｨ 9ｨｨ9ｨｨｨｬ69ｨｰｨｹ 787ｨｬ66 ｨｰ6ｨｺｨ ﾂ84 99ｨｰ86ｨｪｨｪ4ｨｦ 9 ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68 IS EｨC4 Ifwd ｨ 85ｨｨｨｪｨｰ6ｨｪｨ 4ｨ ｨｴｨｨｨｰｨｪ4ｨｦ ｨｨ6 6ｨｰ 787ｨｬ66 ｨｪｨ 7873ｨｪｨｨ7 RS, N IKF R 4 Q R Q 4ｨｨ9. 7. 5ｨｬｨ 9ｨｰｨ ｨｪｨ 8ｨｰｨｪ6ｨｦ ｨｬｨ ｨｺ86ｨｬ65ｨｨ ｨｰ8ｨ ｨｪ4ｨｨ9ｨｰ68ｨ ｨ 85ｨｨｨｪｨｰ6ｨｪｨ 3 D 5ｨ ｨｪｨ 786ｨｰｨｨ9 ｨｺ6ｨｬｨ ｨｪ4 Always Create Part When Saving Mo-del. Always Crete Part When Saving Model ｪ 9ｨｺ56 ﾂｨｪｨｨ/94ｨｺ56 ﾂｨｪｨｨ 83ｨｨｨｬｨ ｨ 9ｨｰ6ｨｬｨ ｨｰｨｨ ﾂ9ｨｺ66 964ｨ ｨｪｨｨ7 9ｨｨｨｬ96569
37695 969ｨｰｨ 95ｨｪｨｨ7 ｨｨ ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺ6ｨｦ ｨｬ65ｨｨ. Save Editor Capture/Shematics ｪ 968ｨ ｨｪｨｪｨｨ 68ｨｬｨ ｨｰ69 964ｨ 9ｨ ｨｬ66 9ｨｨｨｬ965ｨ. 9ｨｨｨ 6 9 68ｨｬｨ ｨｰ OrCAD (Capture), 5ｨｨｨ 6 9 68ｨｬｨ ｨｰ 784ｨｮｨｴｨｦ 989ｨｨｨｨ (Shematics) 8ｨ ｨｨ ﾂ9ｨｺ66 8ｨ ｨｺｨｰ68ｨ 9ｨｬ Design LAB V8. Save Part TO/Part library path same as model library ｪ 968ｨ ｨｪｨｪｨｨ 9ｨｨｨｬ96569 ｨｺ6ｨｪｨｪｨｰ69 9 ｨｰｨｬ 3 ｨｨｨｬｨｪｨｬ, ﾂｨｰ6 ｨｨ ｨ ｨｨｨ 5ｨｨ6ｨｰｨｺｨ ｨｬｨ ｨｰｨｬｨ ｨｰｨｨ ﾂ9ｨｺｨｨ ｨｺ6ｨｪｨｪｨｰ69. Save Part TO/Use-defined part library ｪ ｨｨ9765ｨｹ469ｨ ｨｪｨｨ 8ｨｮ66 ｨｨｨｬｨｪｨｨ 57 ｨ ｨｨｨ 5ｨｨ6ｨｰｨｺｨｨ 9ｨｨｨｬ96569 ｨｺ6ｨｪｨｪｨｰ69. Base Parts On/Parts in an existing part library ｪ ｨｨ9765ｨｹ469ｨ ｨｪｨｨ ｨ ｨ 44 9ｨｨｨｬ96569 ｨｨ4 9ｨｮｨｴ9ｨｰ9ｨｮ6ｨｴｨｦ ｨ ｨｨｨ 5ｨｨ6ｨｰｨｺｨｨ. 38ｨｨ 5ｨｰ6ｨｬ ｨｪｨ 6 ｨｮｨｺｨ 4ｨ ｨｰｨｹ 7ｨｮｨｰｨｹ ｨｺ 5ｨｰ6ｨｦ ｨ ｨｨｨ 5ｨｨ6ｨｰｨｺ. Translator ｪ ｨｮｨｺｨ 4ｨ ｨｪｨｨ 7ｨｮｨｰｨｹ ｨｺ ｨｰ8ｨ ｨｪ957ｨｰ68ｨｮ 9ｨｨｨｬ96569. Misc Setting/Current library path ｪ ｨｰｨｺｨｮｨｴｨｨｨｦ 7ｨｮｨｰｨｹ ｨｺ ｨ ｨｨｨ 5ｨｨ6ｨｰｨｺ. Misc Setting/Backub Dirrectory ｪ ｨｨ88ｨｺｨｰ68ｨｨ7 57 8489ｨｪ66 968ｨ ｨｪｨｪｨｨ7. Misc Setting/Synchronize Graph Splitter Windows ｪ 9ｨｨｨｪ86ｨｪｨｨ4ｨ ｨｨ7 8ｨ 45ｨｪｨｪ4 8ｨ ｨｨ ﾂ9ｨｺｨｨ 6ｨｺ6ｨｪ. Misc Setting/Automa-ticaly Update Graph ｪ ｨ 9ｨｰ6ｨｬｨ ｨｰｨｨ ﾂ9ｨｺ6 6ｨ ｨｪ695ｨｪｨｨ 8ｨ ｨｨｨｺ69. 5 3ｨｰ8ｨ ｨｺ69, petrakov@mtu-net.ru ｧｱｧ筴爰ﾔｧ筴ﾑｧﾞｧﾞｧﾑ 3 QN64 Darlington Transistor macromodel3 subcircuit created using Parts release 8. on /8/97 at 5:6 Parts is an Cadence Design Systems product. connections: Collector Base Emitter.SUBCKT QN64 3 Q 4 Qmodel Q 4 3 Qmodel 3.7647 D 3 Dmodel R 4 8.E3 R 4 3.MODEL Dmodel D + IS=.E-5 RS=.E-3 N= XTI=3 + CJO=.E- VJ= M=.5 FC=.5.MODEL Qmodel PNP + IS=9.58f BF=39.769 NF= VAF= + IKF=.85339 ISE=4.6688p NE=.5877 BR=.3437 + NR= VAR= IKR=.336u ISC=f + NC= RB=7.77763 NK=.5443 + RE= RC=.4368 EG=. + CJE=45.6E- VJE=. MJE=.487 TF=.8n + XTF= VTF= ITF= CJC=45.9E- + VJC=.5 MJC=.688 XCJC=.9 FC=.5 + TR=u.MODEL Qmodel PNP + IS=9.58f BF=39.769 NF= VAF= + IKF=.85339 ISE=4.6688p NE=.5877 BR=.3437 + NR= VAR= IKR=.336u ISC=f + NC= RB=7.77763 NK=.5443 + RE= RC=.4368 EG=. + CJE=45.6E- VJE=. MJE=.487 TF=.8n + XTF= VTF= ITF= CJC= + VJC=.5 MJC=.688 XCJC=.9 FC=.5 + TR=u.ENDS