AVH-P6300BT/XNUC
171
5
6
7
8
5
6
7
8
C
D
F
A
B
E
10.15 WAVEFORMS
CH1: TD1
0.5 V/div 10 ms/div
CH2: A
+
-A
-
10.0 V/div 10 ms/div (Oscilloscope LPF set to 10 kHz)
CH3: B
+
-B
-
10.0 V/div 10 ms/div (Oscilloscope LPF set to 10 kHz)
Traverse 900REV (short)
CH1: TD1
0.5 V/div 20 ms/div
CH2: A
+
-A
-
10.0 V/div 20 ms/div (Oscilloscope LPF set to 10 kHz)
CH3: B
+
-B
-
10.0 V/div 20 ms/div (Oscilloscope LPF set to 10 kHz)
Traverse 5000FWD (long)
CH1: TD1
0.5 V/div 20 ms/div
CH2: A
+
-A
-
10.0 V/div 20 ms/div (Oscilloscope LPF set to 10 kHz)
CH3: B
+
-B
-
10.0 V/div 20 ms/div (Oscilloscope LPF set to 10 kHz)
Traverse 5000REV (long)
TD1
0.2 V/div 500 us/div
Multi 32FWD (DVD)
TD1
0.2 V/div 500 us/div
Multi 32REV (DVD)
CH1: TD1
0.5 V/div 10 ms/div
CH2: A
+
-A
-
10.0 V/div 10 ms/div
CH3: B
+
-B
-
10.0 V/div 10 ms/div
Traverse 900FWD (short)
RF
0.5 V/div 100 us/div
DVDRF (BD1mm)
TD1
0.1 V/div 100 us/div
Interval FWD (DVD)
RF
0.2 V/div(AC) 100 ns/div
CDRF(x4CLV)
RF
0.2 V/div(AC) 50 ns/div
DVDRF(x1.3ZCAV)
TD1
0.1 V/div 100 us/div
Interval REV (DVD)
VHALF
0
0
VHALF
0
0
VHALF
0
0
VHALF
VHALF
2.2 V
VHALF
VHALF
VHALF
0
0
Note: 1. Circled numbers represent the measurement point in the circuit diagram.
2. Reference voltage: 1.65V (TD1, FD1) (= VHALF)
2.2V (RF) (= VREF)
This waveform is monitored based on GND, and 1.65V or 2.2V
offset is inserted using the oscilloscope.
1 RF
2 TD1
3 A+, A-
4 B+, B-
5 FD1
Waveform at each spot
