Service Manual
Page 33
This is shared with ROM Address line 11. The DDDS also uses the R_CLK to drive internal digital logic. 5.Fixed Frequency Clock (FCLK) synthesized by LDDS (LCLK). SG-0173 T_CLK is derived from the TCLK/XTAL pad input. 2.Reference Clock (R_CLK) synthesized by RCLK PLL ... internal crystal oscillator and corresponding logic. Clock Generation The FLI8125 accepts the following input sources: 1.Crystal Input Clock (TCLK and XTAL). Used by the decoder. 7.A fixed frequency clock created by FDDS.
This is shared with ROM Address line 11. The DDDS also uses the R_CLK to drive internal digital logic. 5.Fixed Frequency Clock (FCLK) synthesized by LDDS (LCLK). SG-0173 T_CLK is derived from the TCLK/XTAL pad input. 2.Reference Clock (R_CLK) synthesized by RCLK PLL ... internal crystal oscillator and corresponding logic. Clock Generation The FLI8125 accepts the following input sources: 1.Crystal Input Clock (TCLK and XTAL). Used by the decoder. 7.A fixed frequency clock created by FDDS.
Service Manual
Page 35
... performs Digital Clamp Loop Control for digitization. CONFIDENTIAL - Digital Front End (Digital Processing after AFE) The DFE consists of 3 channels that can support the following Fixed-position formats: Channels 1, 2 and 3 can be either R,G,B, or Y,U,V or 2 channels of Y and C or one channel of CVBS. The Input to the DFE is 4fsc Sampled...
... performs Digital Clamp Loop Control for digitization. CONFIDENTIAL - Digital Front End (Digital Processing after AFE) The DFE consists of 3 channels that can support the following Fixed-position formats: Channels 1, 2 and 3 can be either R,G,B, or Y,U,V or 2 channels of Y and C or one channel of CVBS. The Input to the DFE is 4fsc Sampled...
Service Manual
Page 41
... acting as driver-level (or Application Programming Interface - A parallel port with separate address and data busses is generated using 6-bit panel (dithering from 10 down to 6 bits per pixel) or using Genesis Workbench. The OSD content is available for defining OSD menus... API) functions residing in internal ROM. Two dithering algorithms are fixed) Programmable channel polarity swapping Supports up to SXGA 75Hz output On-Chip Microcontroller (OCM) The on the panel output whether using 8-bit panel (dithering from an external controller. The benefit of dithering is...
... acting as driver-level (or Application Programming Interface - A parallel port with separate address and data busses is generated using 6-bit panel (dithering from 10 down to 6 bits per pixel) or using Genesis Workbench. The OSD content is available for defining OSD menus... API) functions residing in internal ROM. Two dithering algorithms are fixed) Programmable channel polarity swapping Supports up to SXGA 75Hz output On-Chip Microcontroller (OCM) The on the panel output whether using 8-bit panel (dithering from an external controller. The benefit of dithering is...
User Manual
Page 28
..., page 29. Adjusts the balance level between the channels. Treble - Parental Controls Note: you change this option is "0000". Block Unrated - VIZIO P50 HDM User Guide Version - 5/24/2005 27 www.vizioce.com Adjusts the treble. Balance - Auto Volume - Audio out - Options include... Fixed Volume or Variable Volume. Using the Parental Controls, page 29. Audio Settings Bass - Adjusts the bass. The default password is only ...
..., page 29. Adjusts the balance level between the channels. Treble - Parental Controls Note: you change this option is "0000". Block Unrated - VIZIO P50 HDM User Guide Version - 5/24/2005 27 www.vizioce.com Adjusts the treble. Balance - Auto Volume - Audio out - Options include... Fixed Volume or Variable Volume. Using the Parental Controls, page 29. Audio Settings Bass - Adjusts the bass. The default password is only ...