BY 332 BY 333 BY 334 BY 335 BY 336 BY 337 BY 338 BY 339 BY 350V.... BY 359... BY 359... BY 360/600 BY 396(P) BY 397(P} BY 398(P) BY 399(P) BY 3095 BY 400 BY 401 BY 402 BY 403 BY 404 BY 405, BY 406(A) BY 407(4) BY 409(A) BY 410 _ BY 428 BY 430F/1000 BY 431F/1000 BY 438 BY 448 BY 458 BY 459/1500 BY 459F/1500 BY 476(A) BY 477 BY 478 BY 500-.... BY 505 BY 509 BY 510 BY 520-10...-20 BY 527 BY 530-.... BY 550-._. BY 584 BY 588 BY 601 BY 602 BY 603 BY 604 BY 605 BY 606 BY 607 BY 608 BY 609 BY 610 BY 614 BY 617 BY 619 BY 620 BY 627 BY 705 BY 706 BY 707 BY 708 BY 709 BY 710 BY 711 BY 712 BY 713 BY 714 BY 715 BY 716 BY 717 BY 718 BY 719 BY 720 BY 721 BY 722 BY 723 BY 724 BY 2000 BY 4000 BY 6000 BYD....BYR BYD 11 D...M BYD 13D....M Gie,Mot Gie,Mot Gie,Mot Gie, Mot Gie,Mot Gie,Mot Gie Mot Gie,Mot Sie Phi Sie Itt, Mot,++ lit. Motas Itt, Mot.++ {tt, Mot, ++ Gie Mot Mot, Tix Mot, Tix Mot, Tix Mot, Tix Mot, Tix Phi,Mot Phi,Mot Phi {tt Phi Phi Phi Phi Aeg,Phi.Gie Aeg,Phi,Gie Phi Phi Phi Phi Gie,Mot, Die Phi Phi Phi Phi,Mot Gie Fag, Die Phi Phi Mot Mot Mot Mot Mot Mot Mot Mot Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Die Die Die Phi Phi Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di $i-Di Si-Di Si-Di Si-D) Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di _ Sibi Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di Si-Di S-Di Si-Di Si-Di Sri Si-Di Si-Di _FRr, 1000... 2000V, 0,5, Uf<1,5V(0,5A), 500ns_ LAV Rr, GAY, /6A, U3 2V(18) =BY 330: 200V =BY 330: 300V =BY 330: 400V =BY 330: =BY 330: 500V =BY 330: 800V =BY 330: 1000V _=BY 330: 1500V FRr, 1300... 1500V, 1,5A, <4ps _ 7 TV FRr, 800/1000...1300/1500V, 6,5/60A, <600ns =BY 359... (so fUf<2,3V(208\ FRr, 600V, 1A, Uf<1,1V(1A), <400ns TV Rr, 100V, 3A, Uf<1,2V(5A), <500ns =BY 396: 200V =BY 396: 400V =BY 396: 800V =BY 396: 1000V _ TVRr, , 1300V, 2/1 5A, Ufe1, 3V(3A), <500ns Rr, 50V, 0,5A, Uf<1,1V(0, 5A) =BY 401: 100V =BY 401: 200V =BY 401: 400V =BY 401: 600V, =BY 206: 0,8A =BY 207: 0,84 _ TV kV-Rr, 11,5/12,5kV, 2,5mA, Uf<36V(0,1A), 400ns FRr, Uni, 100V, 1A, Uf<1V(1A), <100ns TV Damper- Diode, hi-def, 1300/1400V. -/4A, <500ns FRr, Iso, 800/1000V, 5A, Uf<2,1V{10A), <110ns =BY 430F/1000: Uf<3,15V(10A), <85ns TV Damper-Di, 1200/1 200V, -/5A, Uf<1,5V{5A), <1ys TV Damper-Di, 1500/1500V, 2/8A, Uf<1,6V(3A), <20s =BY 448: 1200V _ 7 CRT FRr, 1500/1300V, 10/100A, <350ns, .. (f. Multi-sync Monitor) =BY 459/1500: iso TV kV-Rr, 16/18kV, 2,5mA, Uf<44V(0, 1A), 400s TV kV-Rr, 21/23kV, 2mA, Uf<50V(0,1A), 400ns =BY 477: 25/27,5kV TV Rr, 100...800V, 5A, Uf<1,35V(5A), <200ns .82kHz FRr, 2000/2200V, 0,05A, Uf<8,5V(0,1A), 200ns TY KV-Rr, 11.5/12,5kV, 4mA, <43V(0,1A), 200ns =BY 509: 17kV 800/1250V, ch & Ufc V(1A), 2,595 Rr,cont v., Rr, 50...800V, 5/60A, Ufc! Vea TY Rr, 1500/1800V, 0,05/0,8A, Uf<8,5V(0, 1A), 200ns TY Rr, Basis-Emitter-Di, 28, 1,5/10A, Uf<t 6V(3A) Rr, SOV, 1.54, Uf<1,15V(1,5A) =BY 601: 100V =BY 601: 200 =BY 601: 400V =BY 601: 600V =BY 601: 800V =BY 601: 1000V =BY 601: 1250V TV kVeRr, 12/15kV, 4mA, Ut<BOV(0, 1A), 200ns =BY 609: 12/17KV FRr, 2000/2200V, 0, 05/0,5A, Uf<6V(0,05A), <300ns TV KV-Rr, 7,5/9KV, 4mA, Uf<37, 5V(0,1A), 100ns TV kV-Rr, 12/15kV, 4mA, Uf<75V(0,1A), 100ns =BY 619: 12/17kV Impatt-Di, contrav., 1250V, 2/208, Ufet,15V(3A) KV-Rr, 4/5kV, 20mA, UF<21(0,1A), 200ns =BY 705: 5/6kV TV kV-Rr, 9/10KV, 4mA, Uf<52V(0,1A), 200ns TV KV-Rr, 10/12kV, 4mA, Uf<52V(0,1A), 200ns TV kV-Rr, 12/14kV, 4mA, Uf<52V(0,1A), 200ns TV KV-Rr, 14/17k, 3mA, Uf<70V(0, 1A), 200ns TV KV-Rr, 16/19KV, 3mA, Uf<70V(0,1A), 200ns TV kV-Rr, 18/22kV, 3mA, Uf<76V(0,05A}, 200ns TV KV-Rr, 20/24KV, 3mA, Uf<76V(0,05A), 200ns TV KV-Rr, 24/30kV, 3mA, Uf<76V(0,05A), 200ns KV-Rr, 4/5kV,