Digital Display Video Product Sales Guide

2 Digital Display_Signal Path LCD TV Block Diagram

3 What does the video filter replace? Discrete Implementation for Filtering Current solution is discrete Channels filter and drive: R, G, B, Y, C, CVBS

4 Integrated Solution for Filtering Y in DAC Y OUT C in DAC C OU T CV OUT1 CV OUT2 75ohm 220uF 0.1uF Video filter sync tip clamp circuits anti-aliasing circuits video filters video amplifiers and line driver composite video generator 75ohm 220uF 75ohm

5 Why do we need Video Filter-Drivers? Widest Selection of Single-Chip High-Performance Video Filter/Drivers Advantages of Integrated Filters: Reduced Parts Count Greater Design Flexibility with Guaranteed Optimal Performance Provide S-Video, Composite Video, RGB, YUV Outputs Variety of Filter Bandwidths Available for Each Application Outputs Drive 75Ω Back-Panel Cables Directly With No External Components Single-Chip Provides Complete Video Output Solution Includes filters, drivers, clamps, and other useful functionality Two Types of Video Filters Anti-Aliasing (Input: LCD TV, DVD-R, PVR) Prior to Digital Sampling at input Reconstruction (Output: STB) Remove DAC errors and reduce noise after Digital Processing and conversion to analog Provides ESD Protection

6 Analog Filters and Buffers

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9 Low Cost Video Filters (SD) with clamp  3,5 or 6 channels  4 th order 8 MHz (SD) Butterworth filters  AC or DC coupled inputs with diode clamps  Transparent input clamp  DC outputs eliminate expensive AC- coupling capacitors  Dual video load drive (2Vpp, 75 ohms)  8KV ESD protection Functional Block Diagram Feature

10 FMS Low Cost Video Filter (HD) with clamp  3 channels, RGB  6 th order 30 MHz (HD) Butterworth filters  AC coupled inputs with diode clamps  Outputs can be AC or DC coupled  DC coupling outputs eliminates expensive AC-coupling capacitors  Dual video load drive (2Vpp, 75  ) FeatureFunctional Block Diagram

11 FMS6410B - Integrated Filters and Composite Video Summer  7.1MHz 5th order Y,C filters with composite summer  42dB stopband attenuation at 27MHz on Y, C and CV outputs  Better than 1dB flatness to 4.5MHz on Y,C and CV outputs  No external frequency selection components or clocks  < 9ns group delay on Y, C and CV outputs  AC-Coupled Inputs  AC or DC-Coupled Outputs  Continuous time low pass filters  Integrated DC restore circuitry with low tilt  Lead (Pb) Free SOIC-8 Package FeatureFunctional Block Diagram

12 FMS Switchable Antialiasing Filter  Three video anti-aliasing or reconstruction filters  2:1 Mux inputs for YPbPr / RGB or YPbPr / YC-CV inputs  Selectable 8MHz / 15MHz / 30MHz  6th order filters plus bypass for SD (480i), Progressive (480p) and HD (1080i / 720p)  Includes DC Restore / Bias circuitry  All outputs can drive AC or DC coupled 75  loads and provide either 0 or 6dB of gain  0.6% differential gain, 0.15  differential phase FeatureFunctional Block Diagram

13 FMS6403 – 1080P Support (In case of bypass) FMS6407 (Pin to pin)  Three video anti-aliasing or reconstruction filters  2:1 Mux inputs for YPbPr / RGB or YPbPr / YC-CV inputs  Selectable 8MHz / 15MHz / 30MHz  6th order filters plus bypass for SD (480i), Progressive (480p) and HD (1080i / 720p)  Includes DC Restore / Bias circuitry  All outputs can drive AC or DC coupled 75  loads and provide either 0 or 6dB of gain  0.6% differential gain, 0.15  differential phase FeatureFunctional Block Diagram

14 FMS6346 – Six Channel 6 th Order Standard Definition / High Definition Video Filter Driver  Three selectable 6 th - order 8/32 MHz (SD/HD) filters  Three fixed 6 th - order 8MHz (SD) filters  Transparent input clamping  Single video load drive (2Vpp, 150Ω, AV6dB)  AC or DC-coupled inputs  AC or DC-coupled outputs  DC-coupled outputs eliminate AC- coupling capacitors  Low Power  Available with 9dB gain option  Lead (Pb) Free package - TSSOP-20 FeatureFunctional Block Diagram

15 FMS6690 – Six Channel 6 th Order SD/PS/HD Video Filter Driver  Three selectable 6 th - order 15/32MHz (PS/HD) filters  Three fixed 6 th - order 8MHz (SD) filters with muxed input  Transparent input clamping  Single video load drive (2Vpp, 150Ω, AV 6dB)  AC or DC-coupled inputs  AC or DC-coupled outputs  DC-coupled outputs eliminate AC- coupling capacitors  Low Power  Lead (Pb) Free package - TSSOP- 20 FeatureFunctional Block Diagram

16 FMS6203 – Low Cost 3-Channel Video Filter Drivers for SD/PS/HD with Disable  Three 6th order video anti-aliasing or reconstruction filters  Supports Component (YUV,YPrPb) or RGB video  Three channels selectable to 8Mhz,15Mhz, 30Mhz for SD/PS/HD applications.  Includes wide bandwidth bypass mode  Selectable Clamp or Bias mode on B,R / Pb,Pr inputs  Single video load drive capability (2Vpp, 150Ω)  AC or DC-coupled inputs  AC or DC-coupled outputs  DC-coupled outputs eliminate AC- coupling capacitors  Output disable  Lead (Pb) Free package - TSSOP-14 FeatureFunctional Block Diagram

17 FHP Amplifier / Multiplexer

18 FHP3130, FHP3230, FHP3430 Single, Dual, and Quad, High Speed, 2.5V to 12V, Rail-to-Rail Amplifiers Key Features  2.5mA supply current per amplifier  0.008% / 0.01° differential gain/phase  16MHz 0.1dB bandwidth at V o = 2V pp  170MHz unity gain bandwidth  110V/µs slew rate  ±100mA output current  >100dB PSRR, CMRR, and Open Loop Gain Part Numbers  Supply voltage range: 2.7V to 12V (±1.35V to ±6V)  Temperature Range: -40°C to +125°C  Lead (Pb) – Free, RoHS Compliant, Package Options:  FHP3130IS5X SOT23-5  FHP3130IM8X MSOP-8  FHP3230IMU8X MSOP-8  FHP3230IM8X SOIC-8  FHP3430IMTC14XTSSOP-14  FHP3430IM14XSOIC-14 Drop-In Replacement for Products Like: AD8052 (FHP3230) LMH6643 (FHP3230)

19 FHP3350, FHP3450 Triple and Quad Voltage Feedback Amplifiers Key Features  3.4mA supply current per amplifier  170MHz full power bandwidth (G=2, Vo=2V pp )  0.05%/0.05 differential gain/phase  1,200V/µs slew rate  ±55mA output current  Extremely low input bias current: 0.3µA maximum  Triple offers disable with 40µA disabled supply current Part Numbers  Supply voltage range: 3V to 12V (±1.5V to ±6V)  Temperature Range: -40°C to +125°C  Lead (Pb) – Free, RoHS Compliant, Package Options: FHP3350IMTC14XTSSOP-14 FHP3350IM14XSOIC-14 FHP3450IMTC14XTSSOP-14 FHP3450IM14XSOIC-14 Drop-In Replacement for Products Like: RC6333 (FHP3350) AD8073 (FHP3350) LMH6683 (FHP3350)

20 FHP3194, FHP3392 4:1 High Speed Multiplexer and Triple 2:1 High Speed Video Multiplexer Key Features  0.1dB gain flatness to 155MHz  7.5ns channel switching time  0.02%/0.03 differential gain/phase error  335MHz full power -3dB bandwidth at G=2  1,600V/us slew rate  60mA output current (drives 3 video loads)  70dB channel to channel isolation Part Numbers  Supply voltage range: 5V to 12V (±1.35V to ±6V)  Temperature Range: -40°C to +125°C  Lead (Pb) – Free, RoHS Compliant, Package Options:  FHP3194IM14XSOIC-14Single 4:1 MUX  FHP3392IM14XSOIC-14Triple 2:1 MUX Drop-In Replacement for Products Like: AD8174 (FHP3194) LMH6754 (FHP3194)

21 Triple Video DACs

22 FMS MHz Triple Video 8-bit D/A Converter Functional Block Diagram Feature  2.5% gain matching  0.5% LSB Linearity error  Internal bandgap voltage reference  Low glitch energy  Single 3.3 Volt power supply

23 FMS MHz Triple Video 10-bit D/A Converter Functional Block Diagram Feature  10-bit resolution  150 megapixels per second  0.1% linearity error  Sync and black controls  Double buffered data for low distortion  Internal bandgap voltage reference  Low glitch energy  Single 5 Volt power supply

24 FMS MHz Triple Video 8-bit D/A Converter Functional Block Diagram Feature  8-bit resolution  150 megapixels per second  0.2% linearity error  Sync and black controls  Double buffered data for low distortion  Internal bandgap voltage reference  Low glitch energy  Single 5 Volt power supply

25 FMS MHz Triple Video 8-bit D/A Converter Functional Block DiagramFeature  8-bit resolution  150 megapixels per second  0.2% linearity error  Sync and black controls  Double buffered data for low distortion  Internal bandgap voltage reference  Low glitch energy  Single 5 Volt power supply

26 Video Switches

27 FSHDMI04 Switch Application DiagramFeature  1.65Gbps Throughput  8kV ESD Protection  -25dB non-adjacent channel crosstalk at 825MHz  Isolation ground between channels  Low skew  Fast turn on/off time  Low power consumption(1uA max)  Control input : TTL compatible  QVSOP package

28 High Definition Analog Video Routing FSAV430 RAMDAC 3 RGB Composite 3 3 LCD Monitor 1 LCD Monitor 2 High-end TV Select Termination Analog RGB Routing FSAV430 RAMDAC 3 RGB Composite 3 3 LCD Monitor 1 LCD Monitor 2 High-end TV Select Termination FSAV430 RAMDAC 3 RGB Composite 3 3 LCD Monitor 1 LCD Monitor 2 High-end TV Select Termination Analog RGB Routing FSAV430/450 Quad SPDTFeature  Bandwidth (up to 1.1 GHz)  Superior Off Isolation  Crosstalk  0.1 dB Flatness Competitive Advantages  Wide Bandwidth  Low Power Consumption (<1uA)  Bi-Directionality increases versatility for multiple applications

29 High Definition Analog Video Routing Feature  Bandwidth (>500MHz)  Superior Off Isolation  Crosstalk  0.1 dB Flatness Competitive Advantages  SP3T Configuration allows enhanced display functionality  Low Power Consumption (<1uA)  Bi-Directionality increases versatility for multiple applications FSAV433 Triple SP3T

30 Bandwidth for Optimal Signal Integrity Bandwidth by Analog Computing Resolution VGA (130 MHz) (640X480) SVGA (204 MHz) (800X600) XGA (334 MHz) (1024X768) SXGA (525 MHz) (1280X1024) UXGA (800MHz) (1600X1200) Bandwidth by Analog Video Format HDTV (743 MHz) 1080p SDTV (67-90 MHz) 480i/576i/480p FSAV330 Video Switch High Performance Video Switch FSAV430 Performance Video Switch FSAV450 EDTV (180 MHz) 576p QXGA (1.0 GHz) (2048X1536) HDTV (372 MHz) 1080i/720p Bandwidths required to pass the 5 th Harmonic of the Video Sampling Frequency Performance Video Switch FSAV433