B&K 415 - List of Illustrations

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LIST OF ILLUSTRATIONS
Section 1.0 415 SWEEP/MARKER GENERATOR
SPECIFICATIONS
Fig. 1.1 Accessories Furnished With the Model
415.
Section
2.0 TELEVISION SIGNAL PROCESSING
Fig. 2.1 Simplified Television Signal Spectrum
(Channel
10).
TABLE 2.1 TELEVISION CHANNEL FREQUENCY
SPECTRUM
Fig. 2.2 Frequency Spectrums of Channels 9, 10,
and 11 Showing Relationships of Adja-
cent Channel Interfering Carriers.
Fig.
2.3 Block Diagram of Typical Black and
White Television Receiver.
2.4 Block Diagram of Typical Color
Television Receiver.
Fig.
2.5 Simplified Television Receiver Block
Diagram.
Fig. 2.6 Signal Processing Circuits of Color
Television Receiver.
Fig. 2.7 Typical Tuner and I-F Response Curves
Showing Relative Bandwidths.
Fig.
2.8 Overall Response of Stagger-Tuned
Circuits.
Fig. 2.9 Effects of Trap Circuits on Overall
Curves.
Fig.
2.10 Effects of Coupling on Overall Response
of Two Tuned Circuits.
Fig. 2.11 Core Positions at Resonance in Tunable
Coil Assemblies.
fig. 2.12 Effects of Slug Locations in Double-
Tuned Circuits.
Fig.
2.13
Fig. 2.14
Section 3.0
Fig. 3.l
Fig. 3.2
Fig. 3.3
Typical Chroma Bandpass Transformer.
Television Response Curves Obtained
Using Sweep-Frequency Techniques.
MODEL 415 SWEEP/MARKER
GENERATOR BLOCK D1AGR1'.\M
Model 415 Block Diagram.
Video Sweep Generation.
Marker Frequency Relationships
in the
Model 415.
Section
4.0 MATCHING THE MODEL 415 TO THE
RECEIVER
Fig. 4.l Model 415 Block Diagram for VIDEO
Function.
Fig. 4.2 Color TV Receiver Block Diagram fo:r
Video Alignment
Fig.
4.3 Chroma ResponsH Curve with Markers
Added.
Fig. 4.4 Model 415 Block Diagram for I-F Align-
ment and Overall Chroma Alignment.
Fig. 4.5 Color TV Receiver Block Diagram for
I-F and Overall Chroma Alignment.
Fig. 4.6 Typical I-F Response Curve with
Reference Markers Added.
Fig.
4.7 Enlarged Portion of I-F Response Curve
Showing Sound and Chroma Region.
Fig.
4.8 Reversal of Sweep of Figure 4.7 by Use
of CHROMA Switch.
Fig. 4.9
Fig. 4.10
Fig. 4.11
Fig. 4.12
Fig. 4.13
Fig. 4.14
Fig. 4.15
Fig.
4.16
4.17
Fig. 4.18
Fig. 4.19
4.20
fig. 4.21
Seeton 5.0
Fig. 5.1
fig. 1.1
Fig. 6.2
Fig. 5.3
Fig. 5.4
Chroma Bandpass Response Curve.
Model 415 Block
Diagram for MKR
Function.
Color TV Receiver Block Diaaram for
MKR Function. ~
Model 415 Block
MKR Function.
Color
TV Receiver Block Diagro:m for
MOD MKB Function.
415
Block ;irr,rrn"f-m for CH 4 Function.
Color TV Receiver Block Jirrrrn'fl"Yl for
CH 4
Function.
Setting Fine
Tuning Using S01.:.::1d Notch
of Response Curve (Channel 4 Mmker
Frequencies
Shown).
Increasing Sound Notch
Hesolntion io
Adjust Receiver Fine ControL
415 Block Diagram ior CH 10 Function.
Color TV Recei:11",r Block for
CH 10 Fu net.ion ..
Model
415 Block "~~ •. ~,~ fo:c 10.7 MHz
Function.
Typical
f . .M Receiver Block Diugrnm.
USING THE MODEL 415
SWEEP/MARKER GENERATOR
Front Panel Controls and Outputs of the
Model 415.
(Repeated) Accessories Furnished
with
the
Model 415.
Equipment
Interconneciion.
Centering Sweep Hange Use of ADJ
PIX and ADJ
SND Markers.
Receiver
I-F Response Between ADJ PIX
o:nd ADJ SND Markers.
Fig. 5.5 Ttpical I-f Response Curve with
Markers Added.
Fig. 5.6 Response Curve of Figure 5.5 with
Markers Tilted.
Fig. 5.7 Using Sweep Width Control to Enlarge
Portion of l-F Response Curve.
fig. 5.8 Location of Low Frequency Compensa-
tion Control (R-99).
5.9 Correction of
Pattern Tilt Using the
Model 415 Low Frequency Compensa-
tion Control (R-99).
Fig. 5.10 Using 100 KHz Markers With I-F
Reference Markers.
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