Replaceable Electrical Parts—2215A Service
Tektronix
Serial/Model No.
Mfr
Component No.
Part No.
Eff
Dscont
Name & Description
Code
Mfr Part Number
A 1 U 5 0 6
1 5 6 -1 6 39 -0 0
M IC R O C IR C U IT .D I:E C L ,D U A L D M A -S L A V E FF
0 4 7 1 3
M C 1 0 H 1 3 1 (P O R L)
A 1 U 5 3 2
156 -0 2 05 -0 3
M IC R O C IR C U IT .D IrQ U A D 2 -IN P U T N O R G A T E .E L C
0 4 7 1 3
M C I 0 1 0 2 L O R P
A 1 U 5 3 7
1 5 6 -0 7 21 -0 2
M IC R O C IR C U IT .D IrQ U A D 2 -IN N A N D S C H M IT T T R I
0 4 7 1 3
S N 7 4 L S 1 3 2 N D S
A l l ! 540
156-0 3 88 -0 3
M IC R O C IR C U IT .D IrD U A L D F U P -F L O P
0 7 2 6 3
7 4 L S 7 4 A
A 1 U 5 5 5
1 5 6 -0 7 28 -0 2
M IC R O C IR C U IT .D IrQ U A D 2 IN P U T S TATE W /O C
8 0 0 0 9
7 4 L S 0 9
A 1 U 5 6 5
1 5 6 -0 3 84 -0 2
M IC R O C IR C U IT ,D I:Q U A D 2 -IN P N A N D G ATE
0 1 2 9 5
S N 7 4 L S 0 3
A 1 U 7 5 8
1 5 6 -1 1 49 -0 0
M IC R O C IR C U IT .L IrO P E R A T IO N A L A M P .J F E T IN P U T
2 7 0 1 4
G L E A 1 3 4
A 1 U 9 3 0
1 5 6 -1 6 27 -0 0
M IC R O C IR C U IT ,L lrP O W E R W ID T H M O D U L A T E D C O N T 0 1 2 9 5
T L 5 9 4 C N
A 1U 975
1 5 2 -0 8 06 -0 0
S E M IC O N D D V C .D IrH V M U L T IP L IE R ,4 K V A C IN P U T
S4431
M S L 8 5 1 3
A 1 V R 6 4 5
1 5 2 -0 3 17 -0 0
S E M IC O N D D E V IC E :Z E N E R ,0 .2 5 W ,6 .2 V .5 %
0 4 7 1 3
S Z G 2 0 0 1 2
A 1 V R 7 1 2
1 52 -0 5 0 8 -0 0
S E M IC O N D D E V IC E rZ E N E R .0 .4 W .1 2 .6 V ,5 %
8 0 0 0 9
1 52 -0 5 0 8 -0 0
A 1V R 764
1 52 -0 5 0 8 -0 0
S E M IC O N D D E V IC E :Z E N E R .0 .4 W ,1 2 .6 V .5 %
8 0 0 0 9
1 5 2 -0 5 0 8 -0 0
A 1V R 782
1 52 -0 2 4 3 -0 0
S E M IC O N D D E V IC E :Z E N E R .0 .4 W ,1 5 V ,5 %
1 4552
T D 3 8 1 0 98 3
A 1 V R 8 2 8
1 52 -0 5 1 4 -0 0
S E M IC O N D D E V IC E :Z E N E R ,0 .4 W ,1 0 V .1 %
8 00 0 9
1 5 2 -0 5 1 4 -0 0
A 1 V R 9 2 5
1 52 -0 1 6 6 -0 0
S E M IC O N D D E V IC E :Z E N E R ,0 .4 W ,6 .2 V ,5 %
0 4 7 1 3
S Z 1 1 7 3 8 R L
A 1 V R 9 3 5
1 5 2 -0 2 55 -0 0
S E M IC O N D D E V IC E :Z E N E R ,0 .4 W ,5 1 V ,5 %
8 0 0 0 9
1 5 2 -0 2 5 5 -0 0
A 1 V R 9 4 3
1 52 -0 3 1 7 -0 0
S E M IC O N D D E V IC E :Z E N E R ,0 .2 5 W ,6 .2 V ,5 %
0 4 7 1 3
S Z G 2 0 0 1 2
A 1 W 1 4 2
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 .2 2 A W G
5 7 6 6 8
J W W -0 2 0 0 E 0
A 1 W 1 4 3
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
J W W -0 2 0 0 E 0
A 1 W 1 9 2
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 .2 2 AW G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 1 9 3
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S ,2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 2 8 2
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 .2 2 A W G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 2 8 3
1 31 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S ,2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 3 1 0
1 31 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 .2 2 A W G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 3 3 5
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S ,2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 3 5 0
1 31 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
J W W -0 2 0 0 E 0
A1W 351
1 31 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 AW G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 4 0 8
1 31 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 AW G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 4 1 0
131 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -02O 0E 0
A 1 W 4 1 9
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 .2 2 A W G
5 7 6 6 8
J W W -0 2 0 0 E 0
A 1 W 4 2 8
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 AW G
5 7 6 6 8
J W W -0 2 0 0 E 0
A 1 W 4 2 9
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 AW G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1W 494
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 5 3 5
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 5 3 7
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 AW G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 5 3 8
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 AW G
5 7 6 6 8
J W W -0 2 0 0 E 0
A 1 W 5 5 5
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0 2 0 0E O
A 1 W 5 5 6
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 AW G
5 7 6 6 8
J W W -0 2 0 0 E 0
A 1 W 5 5 8
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 AW G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 5 6 0
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 .2 2 A W G
5 76 6 8
JW W -0 2 0 0 E 0
A 1 W 5 8 2
1 31 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 AW G
5 7 6 6 8
JW W -0 2 0 0E O
A 1 W 5 9 0
1 31 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0 2 0 0 E 0
A1W 591
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 AW G
5 7 6 6 8
J W W -0 2 0 0 E 0
A 1 W 5 9 2
1 31 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0200E O
A 1 W 6 0 2
1 31 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0200E O
A 1 W 6 0 3
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 6 3 5
1 31 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 6 4 9
1 31 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 7 3 2
1 3 1 -0 5 66 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0 2 0 0 E 0
A 1 W 7 7 0
1 3 1 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -02O 0E 0
A 1 W 7 8 0
1 3 1 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 A W G
5 7 6 6 8
JW W -0200E O
A 1 W 8 8 5
1 3 1 -0 5 6 6 -0 0
B U S C O N D U C T O R rD U M M Y R E S .2 .3 7 5 ,2 2 AW G
5 7 6 6 8
JW W -0200E Q
8-18
REV JU L 1984
Summary of Contents for 2215A
Page 1: ......
Page 9: ...2215A Service 4735 01 vi The 2215A Oscilloscope ...
Page 138: ...2215A Service 4735 04 Figure 9 4 Basic block diagram ...
Page 139: ......
Page 145: ...CIRCUIT BCARD N TER CONNECTIONS 2 2 1 5 A 4755 20 ...
Page 153: ...2215A S e rv ic e D UJ o C D GO CO in 10 CJ Figure 9 8 Circuit view of A1 Main board ...
Page 157: ...1 p 2 m 3 p 4 p 5 P 6 p 7 p 8 p 9 A T B Z 2 I5 A ...
Page 158: ...H T J t K t L t M T N T p t S 4 7JS Z2 ...
Page 168: ...I 2 3 4 5 6 7 8 9 B H K L M N 2 2 I 5 A 473S Z ...
Page 173: ...I 2 to 3 to 4 to 5 to 6 7 to 8 to 9 2 215A B TIMING ALTERNATE B SWEEP S ...
Page 176: ......
Page 181: ...I 2 3 4 5 6 7 8 9 AXIS CRT ...
Page 189: ...2215A Service 4735 11 ...
Page 193: ...3 ...
Page 194: ...2215A SERVICE ...
Page 195: ...4 7 5 ...
Page 200: ......
Page 202: ...2215A SERVICE ...
Page 205: ...000 2775 00D ...