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STV9212 Datasheet(PDF) 25 Page - STMicroelectronics |
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STV9212 Datasheet(HTML) 25 Page - STMicroelectronics |
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25 / 34 page ![]() 25/34 STV9212 Electrical Specifications 4.4 Dynamic Electrical Characteristics TAMB = 25°C, VCCA = 5 V, VCCP = 8 V, Vi = 0.7 VPP, CLOAD = 5 pF, RS = 100 Ω serial resistor between output pin and CLOAD, unless otherwise specified. “x” denotes channel number and can assume values of 1, 2 and/or 3. All voltages refer to the GNDA pin. RHS Input resistance HS 40 k Ω VAMPSB Output voltage at AMPCTL pin, standby (Figure 18) I²C-bus bit ASTBY = 1 or/and VCCP < VCCPS Sink current 200µA 80 200 mV VAMPBL Output voltage at AMPCTL pin, blanking (Figure 18) I²C-bus bit ASTBY = 1 I²C-bus bit ABLEN = 1 Sink current 0µA BLKI at high level TBD 1.6 TBD V VAMPHI Output voltage at AMPCTL pin, no standby, no blanking (Figure 18) I²C-bus bit ASTBY = 0 and VCCP > VCCPS Sink current 0µA 3.1 V Symbol Parameter Test Conditions Min. Typ. Max. Units Video Output Signal (Pins 18, 20 and 22) - Contrast and Drive G Maximum total gain for video path with PictureBooST off I²C-bus fields CRST = 7Eh, DRIVEx =7Eh PBGEN = 0 12 dB VOM Maximum video output voltage( 2) I²C-bus fields CRST = 7Eh, DRIVEx =7Eh PBGEN = 0 PBGEN = 1 2.8 4.0 V V VON Nominal video output voltage I²C-bus fields CRST = 40h, DRIVEx = 40h (POR state) TBD V CAR Contrast control range Max. to min. contrast ( CRST = 7Eh to CRST = 01h) 28 dB DAR Drive control range Max. to min. drive ( DRIVEx = 7Eh to DRIVEx = 01h) 13 dB GM Gain matching ( 3) I²C-bus fields CRST = 40h, DRIVEx = 40h (POR state) ±0.1 dB Video Output Signal - OSD VOSD OSD insertion output level referenced to output black level DRIVEx = 7Eh OSDCRST = 0Fh OSDCRST = 0h 4.9 0 V V Video Output Signal - VIP VVIP Video Insertion Pulse level From Infrablack level to black level VIP = 1 VIP = 0 (4) 0.4 0.2 Vpp Vpp Video Output Signal - Infra Black Level (Figure 15) Vibmin Infra black level pedestal 0.4 V Vibof Infra black offset component IBOF = 3Fh IBOF = 0h 2.1 0 V V Vibl[x] Infra black level component IBLx = 0h or MOD = 1 (AC mode) IBLx = FFh, MOD = 0 (DC mode) IBLRG = 1 IBLRG = 0 0 1.3 1.8 V V V Symbol Parameter Test Conditions Min. Typ. Max. Units |
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