Features: • All necessary detection capabilities, such as a synchronous signal separation circuit, are integrated into a single microchip. The use of the microchip can simplify application circuits, and eliminate the need for adjustment. (Only two inputs are provided:video signal input and f...
M52393P: Features: • All necessary detection capabilities, such as a synchronous signal separation circuit, are integrated into a single microchip. The use of the microchip can simplify application cir...
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• All necessary detection capabilities, such as a synchronous signal separation circuit, are integrated into a single microchip. The use of the microchip can simplify application circuits, and eliminate the need for adjustment. (Only two inputs are provided:video signal input and fsc signal input.)
• Our original method is used for distinguishing EDTV2 identification signals from normal video signals.Therefore the accuracy of identification is improved.
• The detection level is adjustable.
• The microchip operates on a single supply voltage of 5V.
• Two types of packages are provided:DIP with a lead pitch of 2.54mm (M52393P); and SOP with a pitch of 1.27mm (M52393FP).
Symbol |
parameter |
Ratings |
Unit |
Vcc | Supply Voltage |
6 |
V |
Pd | Power dissipation |
1400(980) |
mW |
Topr | Operating temperature |
-20to75 |
|
Tstg | Storage Temperatare |
-40to125 |
|
K | Thermal derating(Ta25°C) |
14(9.8) |
mW/°C |
The M52393 are integrated-circuits of a semiconductor. The M52393 is developed especially for EDTV2 identification signal detection. In contrast to such ICs, few products on the IC market had the simple function of detecting identification signals. For that purpose,many manufacturers had to combine discrete components (non-ICs) with gate arrays. There was a great demand for ICs that enabled cost reduction.
In order to satisfy demand, we have developed the EDTV2 identification signal processing ICs that include all necessary capabilities for detection (synchronous signal separation, line counter, filters, level detection, and bit judgment). The use of such ICs reduces parts, eliminates the need for complicated adjustment,and enables easy handling and cost reduction.