Off after 2 or 3 seconds - Sharp Televison & Video

3,153,600,000 seconds in a century.

There are 24 hours in a day, 60 minutes in an hour, 60 seconds in a minute, so there are:

24 hours per day
24* 60 = 1,440 minutes per day
1440 * 60 = 86,400 seconds per day

13 days = 312 hours 0 minutes 0 seconds
or
13 days = 18,720 minutes 0 seconds
or
13 days = 1,123,200 seconds

The blinking should be in a pattern.

Power Green On (S0) Computer on
Power Green 1 blink every 2 seconds (S1) Suspend Mode
Power Green 1 blink every 2 seconds (S3) Suspend to RAM
Power Green Off (S4) Suspend to Disk (if applicable)
Power Clear Off (S5) Computer off
Power Red 1 blink followed by 2-second
pause - Repeat
Power Supply failure
Power Red* 2 blinks 1 second apart CPU thermal shutdown
Power Red* 3 blinks 1 second apart CPU not installed
Power Red* 4 blinks 1 second apart Power supply overload (crow bar)
Power Red* 5 blinks 1 second apart No memory
Power Red* 6 blinks 1 second apart No graphics
Power Red* 7 blinks 1 second apart System board failure (detected prior to video)
Power Red* 8 blinks 1 second apart Invalid ROM
Hard Drive Green Blinking Hard drive activity
*Blinking

Rohan arrives 1 second too late, and waits 299 seconds.
Rohan arrives 2 seconds too late, and waits 298 seconds.
...
Rohan arrives 298 seconds too late, and waits 2 seconds.
Rohan arrives 299 seconds too late, and waits 1 second.
Rohan arrives 300 seconds too late, and waits 0 seconds.

Rohan arrives 301 seconds too late, and waits 0 seconds.
Rohan arrives 302 seconds too late, and waits 0 seconds.
...
Rohan arrives 539 seconds too late, and waits 0 seconds.
Rohan arrives 540 seconds too late, and waits 0 seconds.

So, add the 299 different delays (299, 298, ... , 1)
to the 241 non-delays, and divide by 540 seconds,
to compute an "average" wait-time.

Setting DELAY for All Search Ranges
You can set the scanner to have a delay after the end of a transmission before searching
resumes. This slows searching, but helps you prevent missing replies on a frequency.
1:SERVICE OPTION → :CHAIN SEARCH → 3:DELAY
1:NONE
The delay is turned off.
2:1 SECOND
The delay time is 1 second.
3:2 SECONDS
The delay time is 2 seconds.
4:4 SECONDS
The delay time is 4 seconds.
28
5:INFINITE
When the scanner stops on a transmission, you must press RSM to resume
searching.
6: -2 SECONDS
The scanner only stops on transmissions for 2 seconds, then automatically
resumes. To hold on the transmission, press /HOLD during the 2-second pause.
7: -5 SECONDS
The scanner only stops on transmissions for 5 seconds, then automatically
resumes. To hold on the transmission, press /HOLD during the 5-second pause.
8: -10 SECONDS
The scanner only stops on transmissions for 10 seconds, then automatically
resumes. To hold on the transmission, press /HOLD during the 10-second pause.

Your TAG is fitted with EOL (end of life) feature. This is the cause of that 4 seconds interval movement of seconds hand and thus indicating the time for battery replacement. The timekeeping is not affected by this- it is just warning to replace battery a.s.a.p.
Find your nearest watchmaker and ask for battery replacement.

Do not forget to rate, please.

Hello,
Use the witeView Mode or fraction mode
20000s /3600s/h gives 5 full hours, remain 2000 seconds,
2000s/60s/h gives 33 minutes remain 20 seconds.
Result is 5h 33 min 20 sec
Do not confuse the DMS degree, minute, seconds with th hour minute seconds.

Hope it helps.

You have to replace capacitor in your watch. After that it will run like new.

Full size image: Approximately 48 seconds for Super Fine images, 5 seconds for Fine, 2 seconds for Standard, 1.5 sec for Economy Half size image: Approximately 12 seconds for Super fine images, 1.8 second for Fine, 1.5 second for Standard, 1.3 second for Economy. The recording time may vary according to the scenes.