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FS453/4 AND FS455/6

DATA SHEET: HARDWARE REFERENCE

11. Order Information

Order Number

Temperature Range

Screening

Package

Product

444-2133

0°C to 70°C

Commercial

80 Lead PQFP

FS453, Tape & Reel

444-2134

0°C to 70°C

Commercial

80 Lead PQFP

FS454, Tape & Reel

444-2137

0°C to 70°C

Commercial

88 Lead FBGA

FS455, Tape & Reel

444-2138

0°C to 70°C

Commercial

88 Lead FBGA

FS456, Tape & Reel

Package Markings:

FOCUS
Enhancements
<FS45x><LF><solder>
<YYWWR>
<fab lot id>

where x = 3, 4, 5 or 6; LF = lead free; YY = year; WW = work week; R = die revision

solder = lead-free solder type (only present on devices with lead-free solder)
See

http://www.jedec.org/download/search/JESD97.pdf

Note:

Any of the above SKUs can be ordered with lead-free solder. To place an order for a part with lead-free
solder, append “LF” to the end of the SKU. For example 444-2137LF would be an FS455 with lead-free
solder. All of these devices utilize the same die. They function identically except for Macrovision features
(enabled in FS454 :& FS456), package type, and solder type.

Please forward suggestions and corrections as soon as possible to the email address below. The
information herein is accurate to the best of FOCUS’ knowledge, but not all specifications have
been characterized or tested at the time of the release of this document. Parameters will be
updated as soon as possible and updates made available.

All parameters contained in this specification are guaranteed by: design, characterization, sample testing
or 100% testing as appropriate. Focus Enhancements reserves the right to change products and
specifications without notice. This information does not convey any license under patent rights of Focus
Enhancements, Inc. or others.

Critical Applications Policy

Focus Enhancements components are not designed for use in Critical Applications. Critical Applications
are products whose use may involve risks of death, personal injury, severe property damage or
environmental damage or life support applications, devices, or systems, wherein a failure or malfunction
of the component can reasonably be expected to result in death or personal injury. The user of Focus
Enhancements components in Critical Applications assumes all risk of such use and indemnifies Focus
Enhancements against all damages.

FOCUS Enhancements, Inc.

1370 Dell Avenue

Phone:

(408) 866-8300

Campbell, CA 95008

Fax:

(408) 866-4859

www.FOCUSinfo.com

Email:

[email protected]

JANUARY, 2005, VERSION 3.0

41

COPYRIGHT

©

2003-4 FOCUS ENHANCEMENTS, INC.

FOCUS Enhancements Semiconductor

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Содержание FS453

Страница 1: ...453 4 and FS455 6 applications This section now includes PCB Layout Guide The FS453 4 and FS455 6 Software Firmware Reference is for programmers It provides information on programming the FS453 4 and...

Страница 2: ...28 8 2 88 Lead FBGA Package 29 9 Component Placement 30 9 1 Power Ground 30 9 1 1 Power 30 9 1 2 Ground 31 9 2 DIGITAL SIGNALS 31 9 2 1 Digital Signal Routing 31 9 2 2 Video Inputs 32 9 3 ANALOG SIGN...

Страница 3: ...nts lists the pin names and maps their correspondence to sample host graphics controller chips Describes pin functions Begins on page 14 6 Control Register Function Map lists the Control Register func...

Страница 4: ...ely increase or decrease the number of video lines and pixels per line to correspond to the specific SDTV standard This allows the FS453 to precisely fill the user s television screen without adding a...

Страница 5: ...nt Oscillators and PLL Serial Control Interface Sync Timing Generator P 23 0 Demux Encoder Inverse Color Space 10 bit 10 bit 10 bit DAC A Multiplexer Sync Timing Generator VSync HSync Blank Field Colo...

Страница 6: ...th SDTV and HDTV color space matrices 2 3 Patented 2D Scaler The Patented 2D Scaler receives data from the Color Space Converter It performs vertical up or down scaling based on the value programmed i...

Страница 7: ...minance luminance and timing information into broadcast quality NTSC or PAL composite and YC S Video signals and sends them to the DACs The Inverse Color Space transforms YCrCb video data to the RGB c...

Страница 8: ...SET_L pin 2 13 Sync Timing Generator The Sync Timing Generator provides accepts HSync VSync Field and Blank signals to from the graphics controller 2 14 Input Synchronization The FS453 can operate in...

Страница 9: ...ital video data by adding artifacts Examples of artifacts are the introduction of repeated pixels the complete loss of pixel data and the creation of new pixel colors that are not interpolations of or...

Страница 10: ...are reduced to grays Detailed areas of video such as the gap in the letter e lose their distinction 3 2 1 Flicker Filter Challenges The goal is to completely remove flicker from the image without blu...

Страница 11: ...ood to 5Hz and horizontal lock with zero SC H phase The encoder must use a low jitter crystal 50 ppm to drive DAC output directly The DACs should have 10 bits of resolution and exhibit good differenti...

Страница 12: ...n though the output is interlaced because interlacing is done after vertical scaling G C C _V A C T IV E G C C _V T O T A L T V _V A C T IV E T V _V T O T A L For downscaling V SC T V _V T O T A L G C...

Страница 13: ...The image must be scaled down horizontally so HDSC is 208 D0h and HSC 00D0h For a case where input VGA width is 640 and the desired TV pixel count is 720 the image must be scaled up HUSC is 32 20h an...

Страница 14: ...19 V656_7 48 ALT_ADDR 68 DAC_A 9 P4 29 P20 49 PREF 69 VDD_DA 10 P5 30 VDD_33 50 GPIO0 70 DAC_B 11 P6 31 VSS_33 51 CLKIN_N 71 VDD_DA 12 P7 32 P21 V656_H 52 GPIO1 72 DAC_C 13 P8 33 P22 V656_V 53 RESET_L...

Страница 15: ...L P4 P3 G13 G12 G2 G1 GPIO0 CLKIN_N P6 P5 H13 H12 H2 H1 ALT_ADDR PREF P8 P7 J13 J12 J2 J1 VDD_33 VDD_18 P10 P9 K13 K12 K2 K1 SDATA SCLK P12 V656_0 P11 L13 L12 L2 L1 VSS_33 VSS_18 VDD_33 P13 V656_1 M13...

Страница 16: ...G1 10 P5 LCD_D21 LD14 LTVDATA5 LDD_13 TVDAT5 G2 11 P6 LCD_D22 LD15 LTVDATA6 LDD_14 TVDAT6 H1 12 P7 LCD_D23 LD16 LTVDATA7 LDD_15 TVDAT7 H2 13 P8 LCD_D8 LTVDATA8 TVDAT8 J1 14 P9 LCD_D9 LTVDATA9 TVDAT9 J...

Страница 17: ...al state machines and initializes default register values RSVD0 N11 39 TTL input internal pull down Reserved Manufacturing Test Pin Tie to VSS GPIO3 GPIO0 C1 C2 F1 3 G13 2 3 52 50 TTL input output Gen...

Страница 18: ...nts Semiconductor Pin Name FBGA Pin Number PQFP Pin Number Type Value Pin Function Description BLANK M11 38 GTL TTL input Digital BLANK VGA input True outside of GCC active area Connects to GCC blank...

Страница 19: ...Use 549 for a 37 5 load common or 1 1k for a 75 load Note that there is a 75 Ohm terminating resistor in consumer televisions COMP B4 75 0 1 F Compensation A 0 1 F capacitor must be connected between...

Страница 20: ...tal Power 1 8V 1 8 volt power for digital section of chip VDD_DAD B2 1 3 3 V D A Converter Digital Power VDD_DA B5 B6 B7 B8 67 69 71 73 3 3 V D A Converter Power Filtered 3 3 volt power for 10 bit vid...

Страница 21: ...onversion matrix settings QPR The Quick Program Register for rapid programming of the entire FS453 General Function Name Offset Default Value SDTV Input IHO 00h 0000h SDTV Input IVO 02h 0000h SDTV Inp...

Страница 22: ...put CR_GAIN 62h 89h SDTV Output TINT 65h 00h SDTV Output BR_WAY 69h 16h SDTV Output FR_PORCH 6Ch 20h SDTV Output NUM_PIXELS 71h 00B4h SDTV Output 1ST_LINE 73h 15h SDTV Output MISC_74 74h 02h SDTV Outp...

Страница 23: ...Color Matrix BLU_SCL ACh 0000h SDTV Output CLOSED CAPTION FIELD 1 AEh 0000h SDTV Output CLOSED CAPTION FIELD 2 B0h 0000h SDTV Output CLOSED CAPTION CONTROL B2h 0000h SDTV Output CLOSED CAPTION BLANKI...

Страница 24: ...DA VDD DA 0 3 V Forced current c d 10 0 10 0 mA Digital Outputs 3 3 V logic applied voltage Measured to VSS_33 b 0 3 0 VDD 33 VDD 33 0 3 V 5V Tolerant TTL logic applied voltage 0 3 3 0 3 6 3 8 V Force...

Страница 25: ...L Output Voltage LOW IOL 4mA 0 4 V Scalable GTL Inputs and Outputs CI I O Capacitance 4 8 pF IIH Input Current HIGH VDD 33 3 3 0 3V VIN max 10 A IIL Input Current LOW VDD 33 3 3 0 3V VIN 0 V 10 A VIH...

Страница 26: ...put Current Logic LOW 4 0 mA VOH 1 8V Output Voltage HIGH IOH 4mA 1 2 V VOL 1 8V Output Voltage LOW IOL 4mA 0 40 V IOH 1 5V Output Current Logic HIGH 4 0 mA IOL 1 5V Output Current Logic LOW 4 0 mA VO...

Страница 27: ...el Input Port tPDH Pixel Clock 0 to Data Control Hold Time VREF 0 75V 1 5V signaling 0 ns tPDH Pixel Clock 1 to Data Control Hold Time VREF 0 75V 1 5V signaling 0 ns tPSU Pixel Clock 0 to Data Control...

Страница 28: ...1 10 14 00 e BASIC 65 L 15 10 88 b 05 30 0 7 ddd 12 NOM ccc MAX 10 Notes 1 All dimensions in millimeters 2 Dimensions shown are nominal with tolerances as indicated 3 Foot length L is measured at gage...

Страница 29: ...ND FS455 6 DATA SHEET HARDWARE REFERENCE 8 2 88 Lead FBGA Package Figure 10 FBGA Package Outline Dimensions JANUARY 2005 VERSION 3 0 29 COPYRIGHT 2003 4 FOCUS ENHANCEMENTS INC FOCUS Enhancements Semic...

Страница 30: ...d reduce EMI radiation Within the FS453 separate power is routed to each functional section of the die including the phase locked loops D A converters digital processors and digital drivers Segregate...

Страница 31: ...ines is recommended in those situations A single regulator can be used for both VDD_PA and VDD_DA lines provided that those lines each have their own passive filter networks see Figure 11 above Placin...

Страница 32: ...ce the analog video output impedance cable impedance and load impedance should be matched This will reduce signal transmission reflection The output DACs of the FS453 may be configured for many differ...

Страница 33: ...ut Filter Network Figure 12 below shows the suggested output filter network for the FS453 Note that SDTV and HDTV use different values Figure 12 Recommended Output Filter JANUARY 2005 VERSION 3 0 33 C...

Страница 34: ...al will challenge the subcarrier tracking capability of the destination receiver This may range from a few ppm for broadcast equipment to a few hundred ppm for consumer equipment Crystal based clock s...

Страница 35: ...culator that can help define the characteristic impedance of a trace on a PCB Maximum power transfer and minimum reflection occur when the load resistor equals the trace impedance Also be careful to p...

Страница 36: ...OUT CLK IN SYNC DATA 9 4 3 2 Slave Mode In Slave Mode shown below the FS453 is under the complete control of the GCC The GCC provides the FS453 with all of the signals needed to produce an analog vid...

Страница 37: ...le topology and simply add the ferrite in series with the inductor Ferrite and shunt capacitor placement is critical If they are not both right on the pin HF will escape one way or another 3 Use a nea...

Страница 38: ...3sec 20 60sec Over 200 C 3 C sec Max 140 160 C 60 120sec 3 C sec Max Max 240 C Cooling down F Re flow peak E Maintain D Heat up C Pre heat B Heat up A Peak Temp IR Re flow Profile for Pre conditioning...

Страница 39: ...rption Condition 30 Moisture Absorption Condition 30 C 60 RH 192hrs C 60 RH 192hrs IR sequence Bake IR sequence Bake Absorption Absorption IR 3 times IR 3 times IR Re flow Profile Moisture Absorption...

Страница 40: ...al Highlights and Scaling and Positioning Notes Physical Layout Reference combined with Hardware Reference March 7 2003 Release V2 1 Misc minor edits Replace and corrected part numbers Noted incorpora...

Страница 41: ...e best of FOCUS knowledge but not all specifications have been characterized or tested at the time of the release of this document Parameters will be updated as soon as possible and updates made avail...

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