Parameter
Symbol
Min
Typ
Max
Unit
Second Control Loop:
(Horizontal Output to Flyback: Pin 14)
Control Sensitivity; Static (Note 2)
Control Range
∆td/∆to
td
−
400
−
µs/µs
µs
1 to 50
Controlled Edge
Negative
Phase Adjustment (Via 2nd Control Loop; Pin 14)
Control Sensitivity
−
−
25
−
−
µA/µs
µA
Maximum Permissible Control Current
Horizontal Oscillator (Pin 15):
Frequency (No Sync)
±I14
<50
fOSC
−
−
15625
<4
−
−
Hz
%
Frequency Spread (Cosc = 2.2nF; Rosc = 40kΩ)
∆fosc
Frequency Deviation Between Starting Point of Output Signal & Sta-
bilized Condition
6
<8
∆fosc
−
−
−
−
%
1.10
−4k−1
Temperature Coefficient
TC
−
Horizontal Output (Pin 11)
Output Voltage; High Level
V11−9
V11−9
−
−
−
<13.2
0.3
−
−
−
V
V
Voltage at which Protection Starts
0.5
Output Voltage; Low Level
Start Condition at I11 = 10mA
−
−
0.3
0.5
−
−
V11−9
V
Normal Condition at I11 = 40mA
Duty Factor of Output Signal During Starting
(No phase shift; voltage at pin 11 low)
−
−
−
−
65
−
−
%
50
%
%
Duty Factor of Output Signal without Flyback Pulse
45 to 55
Controlled Edge
Negative
µs
Duration of Output Pulse (Fig 3)
td +to + 2.5
Sandcastle Output Pulse (Pin 17):
Output Voltage During:
Burst Key
V18−9
−
−
>10
−
−
V
V
4.6
4.2 to 5
2.5
Horizontal Blanking
Vertical Blanking
V17−9
−
−
V17−9
V
2 to 3
Pulse Duration
Burst Key
tp
−
−
4
−
−
µs
Flyback
Pulse (note
3)
Horizontal Blanking
−
−
Vertical Blanking
for 50Hz application (−I12: 0 to 0.1mA)
for 60Hz application (−I12: typ −.2mA)
21
17
−
−
−
−lines
4.9
−
Delay Between the Start of the Sync at the Video Input & the Rising
Edge of the Burst Key Pulse
t2
µs
4.5 to 5.3