Demonstration Board TMC22091 TMC2490 Digital Video Encoders Featu

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Demonstration Board TMC22091 TMC2490 Digital Video Encoders Featu

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TMC2063
Demonstration Board TMC22091 TMC2490 Digital Video Encoders
Features
Parallel CCIR-656-format input Multiple video formats NTSC, NTSC-EIA (Japan) PAL-B,G,I, PAL-M, PAL-N Composite S-Video outputs Built-in test patterns Color bars TMC22091 Modulated ramp TMC22091, TMC2490 external components required Serial interface control TMC2490 Master mode port control TMC2490
Description
TMC2063P7C encoder demonstration board converts 8-bit parallel digital component video, (CCIR Rec. ANSI/SMPTE 125M, a.k.a. "601") into analog composite video using TMC22091 TMC2490 digital video encoders. board supports multiple standards, operating PAL, PAL-M, NTSC, NTSC-EIA (zero setup) television formats. crystal oscillator provided cases where CCIR-601 source available. When operated from on-board oscillator, only internally generated color bars modulated ramp produced from TMC22091. TMC2063 designed demonstrate performance TMC22091 TMC2490 Digital Video Encoders, while providing convenient testbed developing specific programming encoder evaluating resulting waveforms. also offers example design practices that result high-quality video performance. board supports multiple standards, operating PAL, PAL-M, NTSC, NTSC-EIA (zero setup) television formats. data must provided with proper frame rate, supported 50Hz format produced with supplied programs.
Applications
Evaluation TMC22091 TMC2490 digital encoders System breadboarding Encoder control program development
Block Diagram
SERIAL PORT S-VIDEO OUTPUT
FILTER
ECL/TTL TRANSLATOR
CHROMINANCE OUTPUT LUMINANCE OUTPUT COMPOSITE OUTPUT
TMC2490 DIGITAL VIDEO ENCODER
FILTER FILTER
DIGITAL INPUT
PXCK
TMC2490 PROGRAMMER TMC22091
SWITCH PATTERN SELECT PAL/NTSC SELECT SOFTWARE RESET
S-VIDEO OUTPUT CHROMINANCE OUTPUT LUMINANCE OUTPUT COMPOSITE OUTPUT
65-2063-01
TIMING EXTRACT DATA DEMUX
TMC22091 DIGITAL VIDEO ENCODER
FILTER FILTER FILTER
1.0.2
TMC2063
PRODUCT SPECIFICATION
board accepts 8-bit parallel digital component video, (CCIR Rec. SMPTE 125, a.k.a. "D1") standard connector differential format translates data format. TMC2490 accepts multiplexed data stream internally strips Timing Reference Signal (TRS) produce required horizontal vertical references. data TMC22091 externally processed strip Timing Reference Signal from data stream generate Sync, demultiplexed pass digital video stream Encoder 16-bit 13.5 format. TMC2490 also operated Master Mode interfacing Pixel Data (PD) through header JP1. simple EPROM-based programmer provided, which downloads selected configuration (one digital Encoders when reset button pressed, through parallel microprocessor interface. This EPROM holds both control register data Color-Look-Up-Table (CLUT) patterns blocks. Sixteen pages selected rotary switch, additional switches provided selecting required video standard. board operates from standard supplies. When used stand-alone mode, only required.
Horizontal Vertical Timing TMC22091
pixel counter (U3, U11, decoded produce VHSYNC signals required TMC22091 Slave Mode horizontal synchronization. line rate clock, H/2_CLK, used VVSYNC generation, also produced along with P_CLOCK DATA_EN. P_CLOCK used clock program counters DATA_EN signal used demultiplexing circuit. 4-bit counter embedded started whenever goes HIGH, which occurs beginning each vertical blanking interval. This counter clocked H/2_CLK, which enables VVSYNC pulse produced same time first vertical sync pulse each field. output signal ensures that software reset signal, RES_OUT, goes HIGH half-line periods before program counter starts.
Software Reset
software reset occurs whenever pushbutton switch, depressed. software reset latched through ensure known relationship between internal pixel clock external PXCK clock master mode. When depressed internal state machines TMC22091 TMC2490 reset outputs disabled. When released program counter started beginning next vertical blanking period, when input provided, immediately TMC22091 being programmed produce master mode test patterns. Software Reset required after power-up after each functional change.
CCIR-601 Interface
CCIR-601 data stream terminated into differential ECL-to-TTL converters. translated data latched through rate then passed directly TMC2490, demultiplexer, decoder. TMC2490 locks internal state machines words embedded data stream. horizontal state machine produces control signals required separate CbYCr[Y] data interpolate CbCr color difference signals luminance sample rate. TMC22091, luminance chrominance data words separated into data streams termed respectively, externally demultiplexer. This data goes directly into TMC22091, which separates data stream into color difference signals interpolates them same sample rate data. This interpolation, TMC2490, improves horizontal color definition. decoder extracts field (F), vertical blanking (V), horizontal blanking information from data stream timing signal generation board. decoder also produces pixel counter reset signal latching data into TMC22091.
Programming TMC22091 TMC2490
12-bit counter (U1, U10) used produce addresses used programming TMC22091 TMC2490. produces required R/W, A1:0, signals TMC22091 while produces R/W, ADR, required TMC2490. EPROM, U22, contains different pages setup data NTSC another pages (selected switch S3). Switch selects between different flavors NTSC operation. ensure that outputs programmable logic (U13 U17) correctly timed transitions microprocessors data bus, they addressed four times rate that addressed. pages setup data selected rotary switch shown Table TMC2490 produces internal ramp pattern rotary switch positions encodes input data positions through programming encoder operation into each memory pages banks video standard (Table entirely arbitrary: could easily assign CCIR-601 operation four supported formats pages 0-3, color bars pages 4-7. user encouraged replace EPROM with programmed with other formats interest.
Master Mode Interface
MASTER mode pixel data available header JP1. default slave mode, pins left unconnected. port TMC2490 receives input from slave interface. connecting pins TMC2490 receives pixel data (PD) from header JP1. addition, synchronization pins connected which allows access these pins when TMC2490 operates MASTER mode.
PRODUCT SPECIFICATION
TMC2063
On-Board Read-Only Memory
Table shows content format EPROM that holds pages setup data. encoder register contents defined TMC22091/TMC22191 data sheet. TMC2490 produces internal ramp pattern rotary switch positions encodes input data postions through
Table Operational Setups TMC2063
Rotary Switch Position
TMC22091 Function Color bars test signal (8-bars) Color bars test signal (9-bars) Modulated ramp test signal Encodes CCIR-601 input data (normal operation) Subcarrier data limited 28-bit resolution Subcarrier data limited 24-bit resolution
TMC2490 Function Internal Test Ramp, Slave mode without PDC, Trad, VSync Internal Test Ramp, Slave mode without PDC, Trad, VSync Internal Test Ramp, Slave mode without PDC, Trad, VSync Encodes CCIR-601 input data Slave Mode with Timing PDC, Trad, Vsync Encodes CCIR-601 input data Slave Mode with Timing CBSEL Field Encodes CCIR-601 input data Slave Mode with Timing PDC, Trad, Vsync Chroma Bandwidth limited Encodes CCIR-601 input data Slave Mode with Timing PDC, Trad, Vsync with YCDelay Active Same Rotary Switch Position Same Rotary Switch Position Same Rotary Switch Position Same Rotary Switch Position Same Rotary Switch Position Same Rotary Switch Position Same Rotary Switch Position Same Rotary Switch Position Same Rotary Switch Position
Luminance data limited 6-bit resolution Chrominance data limited 6-bit resolution Luminance chrominance data limited 6-bit resolution Inverted luminance data Inverted luminance data 180° phase shift chrominance Chrominance data constant value CLUTs Color burst phase advanced Color burst phase retarded Reduced active video line length Black burst (NTSC includes pedestal)
TMC2063
PRODUCT SPECIFICATION
Table Standards Selection
NTSC NTSC Format NTSC NTSC-EIA PAL-M Memory Pages 0-15 16-31 32-47 48-63
Output Reconstruction Filters
oversampling internal digital data before output converters TMC22091 TMC2490 only reduces Sin(x)/x high-frequency roll-off eliminates complicated reconstruction filters. This particularly important frequency response digital filters dependent upon sample rate, while frequency aliased subcarrier component fixed. TMC22091 TMC2490 encoder designed drive line, terminated both source load (that 37.5 load). filters internally source terminated. Optional load terminations provided board. these required, simply remove appropriate links behind connectors E10, E11, E12, E13, E14).
Table EPROM Address
Address 1023 CLUT address pointer Start CLUT data Vn-1 Vn+1 CLUT data Control Register pointer Start Control Register data Control Register data Unused locations Unused locations address pointer Start control register data control register data Unused locations Unused locations Contents
TMC22091 Operation Without CCIR-601 Source
Only rotary switch positions useful without digital video source available. These switch positions produce color bars modulated ramp. These test patterns inserted into pixel data path after CLUTs format demonstrate circuitry TMC22091. provide PXCK absence source, switch INTernal.
Power Supply Requirements
TMC2063P7C board requires Amps from Volt power supply 0.25 Amps from Volt power supply. Volt power supply powers logic devices which have relatively good noise immunity. Volt power supply only drives logic devices also provides power TMC22091 TMC2490. Therefore, recommended that bench power supply used with cable lengths kept minimum. When operating stand-alone mode, only Volt supply required.
PRODUCT SPECIFICATION
TMC2063
Table TMC2063 Parts List
Item Part/Value Ferrite Beads Inductors, 1.8µH Inductors, 1.0µH Ceramic capacitor, 0.1µF Ceramic capacitor, 0.01µF Ceramic capacitor, Ceramic capacitor, Ceramic capacitor, Ref. Designator C41, C49, C42, P/N, Mfg. 2743001112, FAIR-RITE Product Corporation IMS-2 1.8µH Dale IMS-2 1.0µH Dale MD015C104KAB, (C46 optional) MD015C103KAB,
C65, C67, C69, C71, C73, SR151A270JAA, C52, C54, C56, C58, C60, SR151A101JAA, C53, C55, C57, C59, C61, C63, C64, C66, C68, C70, C74, R29-R46 R1-R5, R23, R19, R13, R14, R17, R18, R20, R27, R25, CR7, CR3, CR1, CR20 U15, SR151A331JAA,
Tantalum capacitor, 0.47µF Tantalum capacitor, Resistor, Resistor, Resistor, Resistor, 3.32k Resistor, 4.75k Resistor, 47.5k resistor, 3.3k resistor, 3.3k Variable resistor, Resistor, .25W Resistor, Resistor, 1N4148 Silicon Diode LT1004 Bandgap Reference 1N4004 Silicon Diode Orange 1N5818 Silicon Diode TMC22091 Encoder TMC2490 Encoder 16R8 20R8 20R4 27512 EPROM
TAP474K035SCS, TAP226K035HSB, RN50C75R0F RN50C1210F RN50C4750F RN50C3321F (optional) RN50C4751F RN50C4752F 4308R-101-332, Bourns 4310R-101-332, Bourns RJ26FW502, MEPCOPAL R25XT68J1R0 RN50C1002F RN50C7500F 1N4148 LT1004-1.2, Linear Technology (optional) 1N4004, Motorola 550-0806, DIALIGHT 550-0506, DIALIGHT 1N5818 TMC22091R0C, Raytheon TMC2490R0C, Raytheon TIBPAL16R8-15CN, Texas Instruments TIBPAL20R8-15CNT, Texas Instruments TIBPAL20R4-15CNT, Texas Instruments TMS27C512-120JL, Texas Instruments
TMC2063
PRODUCT SPECIFICATION
Table TMC2063 Parts List (continued)
Item Part/Value 10125 ECL-TTL Translator 74LS04 Inverter 74F08 Quad 2-input 74LS74 Dual D-type 74F163 4-bit counter 74LS163 4-bit counter 74F174 D-type 74LS244 Octal Buffer 74F374 Octal D-type 74HCT374 Octal D-type 74F377 Octal D-type Crystal oscillator Test points Shorting block Dual Header Dual Header Dual Header Jumpers Power Connector connectors S-VIDEO Connector 25-pin D-connector ACCESS connector SPDT switch SPDT switch SPDT Push button switch rotary switch PLCC socket PLCC socket E14, U10, U26, U14, U23, U20, TP21 Ref. Designator P/N, Mfg. MC10125P, Motorola SN74LS04N, Texas Instruments equivalent MC74F08N, Motorola equivalent MC74LS74AN, Motorola equivalent MC74F163AN, Motorola equivalent MC74LS163AN, Motorola equivalent MC74F174AN, Motorola equivalent SN74LS244N, Texas Instruments equivalent MC74F374N, Motorola equivalent MC74HCT374N, Motorola equivalent MC74F377N, Motorola equivalent MXO-55GA-2C-27MHz, CTSKnight F1100H-27MHz, ME151-203-1000, Mouser ME151-8000, Mouser NSH-26DB-S1-TR, RobinsonNugent NSH-48DB-S1-TR, RobinsonNugent (optional) NSH-60DB-S1-TR, RobinsonNugent (optional) NSH-02SB-S1-TR, RobinsonNugent ELM033100, 31-5431, Amphenol 749263-1, Amphenol 617UO25SAJ220, Amphenol 15-83-0064, Molex 090320102, Secma Inc. ATIDG-RA-1, Alco Switch TP11FG-RA-0, Alco Switch 350134GSV, EECO PLCCB-84-PS-T, RobinsonNugent PLCCB-44-PS-T, RobinsonNugent
PRODUCT SPECIFICATION
TMC2063
Table TMC2063 Parts List (continued)
Item Part/Value Oscillator socket 20-pin socket 24-pin socket 28-pin socket Universal transistor mount 4-40 3/8" Head, Phillips Screws Standoff Bare Board U15, U16, CR7, Ref. Designator P/N, Mfg. ICA-143-SCO-TG30, RobinsonNugent ICA-203-S-TG30, RobinsonNugent ICA-243-S-TG30, RobinsonNugent ICA-286-S-TG30, RobinsonNugent 111-080, BIVAR (optional) Western Fastener 1902F, Keystone 40X07572 Rev. Raytheon
Functions Listings
Following programmable array logic listings devices used TMC2063P7C evaluation board. These listings shown ABEL_HDL source files. following brief tutorial refers only terms used programming logic used this board.
Basic Elements Source File
Module module statement names module indicates presence dummy variables used. title statement used give title description module. Declarations associate names with devices, pins, nodes, constants, macros, sets. possible equations, state diagrams, truth tables describe logic designs. programmable devices equations. statement terminates module. Comments begin with double quotation marks, with either another double quotation mark line, whichever comes first.
Title
Sets
collection signals constants that operated unit. operation applied applied each element set. example, count [c3,c2,c1,c0]
Declarations Equations
Valid operations used TMC2063:
Operator Example [1,0,1] Description registered assignment NOT: ones complement equal equal less than less than equal greater than greater than equal
TMC2063
PRODUCT SPECIFICATION
Code Segment VVSYNC Reset Logic
Board Reference Designator Module bd3_u8 Title 'VVSYNC generation reset control logic' Declarations bd3_u8 device 'P16R8'; "inputs" clk,v,pn,f 1,2,3,4; s_reset "outputs" c0,c1,c2,c3 19,18,17,16; fb,vvsync,pgmfb,pgm 15,14,13,12; "notation" count [c3,c2,c1,c0]; reset !pgmfb) s_reset !pgm pgmfb); Equations (count (count (count (count (count (count (count (count (count !vvsync ((count (count ((count (count (count ((count (count 7)); (!fb !v); pgmfb s_reset; !pgm (count s_reset pgmfb !pgm !s_reset; bd3_u8
PRODUCT SPECIFICATION
TMC2063
Code Segment TMC22091 Programming Control
Board Reference Designator Module bd3_u15 Title 'TMC22091 programming control' Declarations bd3_u15 device "P20R8'; "inputs" a0,a1,a2,a3,a4,a5,a6 2,3,4,5,6,7,8; a7,a8,a9,a10,a11 9,10,11,14,23; "outputs" offset,zero,countclr 22,21,20; dck,rw,cs,aa1,aa0 19,18,17,16,15; "notation" addr [a11.a0]; Equations !offset ((addr 3081) (addr 3265)); !zero (addr ((addr 3264) (addr 3327)); countclr:= (addr 3836); !dck !rw; zero (addr 3261); (!a1 !a0) (addr 3263) !zero; !aa1 (addr ((addr 3082) (addr 3085)) !zero; !aa0 !offset (addr 3264) !zero; bd3_u15
TMC2063
PRODUCT SPECIFICATION
Code Segment VHSYNC Data Control Logic
Board Reference Designator Module bd3_u19 Title 'VHSYNC generation data control logic' Declarations bd3_u19 device 'P20R8'; "inputs" a0,a1,a2,a3,a4,a5,a6 2,3,4,5,6,7,8 a7,a8,a9,a0 9,10,11,14; clk,pn 1,23; "outputs" vhsync,hclk 22,20; h2clk,den,pclk 19,18,17; "notation" addr [a10.a0]; Equations !vhsync ((addr (addr 256)); !hclk ((addr 1712) (addr 16)); h2clk ((addr (addr 256)) !fb; !den !pclk !a0; ((addr >=766) (addr 1015); bd3_u19
PRODUCT SPECIFICATION
TMC2063
Code Segment Decode
Board Reference Designator Module bd3_u13 Title 'TRS decode' Declarations bd3_u13 device 'P16R8'; "inputs" d0,d1,d2,d3,d4,d5,d6,d7 2,3,4,5,6,7,8,9; "outputs" p1,p2,p3,f,v,h 19,18,17,16,15,14; p_reset,ldv 13,12; "notation" data [d7.d0]; Equations (data ^hFF); (data ^h00) !p1; (data ^h00) !p2; (!d4 !p3); (!d5 !d4) d4); (!d6 !d4) d4); !p_reset !ldv !p_reset ldv; bd3_u13
TMC2063
PRODUCT SPECIFICATION
Code Segment TMC2490 Programming Control
Board Reference Designator Module bd3_u16 Title 'TMC22091 programming control' Declarations bd3_u16 device 'P20R4'; "inputs" a0,a1,a2,a3,a4,a5,a6 a7,a8,a9,a10,a11 ser,setsa0 "outputs" poe,rw,cs,fb1,fb2,adr "notation" addr [a11.a0]; Equations
2,3,4,5,6,7,8; 9,10,11,14,23; 22,15;
21,20,19,18,17,16;
!adr bd3_u16
!ser; (addr 3588); (!a1 !a0) (addr !setsa0 !ser !fb2; (addr 3588); ((addr 3594) (addr 3730));
PRODUCT SPECIFICATION
YC_B[0.7] Power SERIAL INTERFACE A[0.11] E[0.7] P_CLOCK POWER.SCH SERIAL.SCH MOD[0.7] SDA/R/W SCL/CS SA0/ADR ESB[0.3] MOD[0.7] SDA/R/W SCL/CS SA0/ADR
TMC2490 Encoder YC_B[0.7] PXCK MOD[0.7] SDA/R/W SCL/CS SA0/ADR TMC249X.SCH
ESB[0.3]
MASTER MODE INTERFACE ESB[0.3] YC_A[0.7] 27MHzB JUMPER.SCH CCIR Input YC_A[0.7] YC_A[0.7] C[0.7] C[0.7] Y[0.7] Y[0.7] 27MHzB 27MHzB TMC22191 Encoder C[0.7] Y[0.7] 27MHzB YC_B[0.7] PXCK
Pixel Counter 27MHz VHSYNC VHSYNC VVSYNC VVSYNC Programmer P_CLOCK P_CLOCK PGMCLK PGMCLK DATA_EN DATA_EN A[0.11] E[0.7] ED[0.7] PAL/NTSC COUNTCLR UMB_LMB PROGRAM.SCH P_CLOCK PGMCLK VHSYNC VVSYNC A[0.11] E[0.7] ED[0.7] PAL/NTSC COUNTCLR
P_RESET DATA_EN INPUT.SCH
P_RESET
P_RESET PAL/NTSC COUNTCLR UMB_LMB PXCOUNT.SCH
ED[0.7] ENCODER.SCH
65-2063-02
TMC2063
Figure Digital Video Encoder Demonstration Board
OPTIONAL JUMPER PD[0.23] PD10 PD11 PD12 PD13 PD14 PD15 PD16 PD17 PD18 PD19 PD20 PD21 PD22 PD23 CVBS0 CVBS1 CVBS2 CVBS3 CVBS4 CVBS5 CVBS6 CVBS7 PD10 PD11 PD12 PD13 PD14 PD15 PD16 PD17 PD18 PD19 PD20 PD21 PD22 PD23 CVBS0 CVBS1 CVBS2 CVBS3 CVBS4 CVBS5 CVBS6 CVBS7 GVSYNC GHSYNC TMC22191ROC COMP .1µF 3.3K 1.235V 1.0µH 100pF 330pF 330pF 27pF CR20 DIODE SCHOTTKY 1N5818 1.8µH TERM CR19 DIODE SCHOTTKY 1N5818 COMPOSITE LUMA CHROMA TP21 COMP COMPOSITE C[0.7] Y[0.7] C[0.7] PD[0.23] Y[0.7] JT[0.2] CT[0.1] VHSYNC VVSYNC 27MHzB LDV_OUT PXCK OL[0.4] LDV_OUT PXCK OL[0.4] JT[0.2] CT[0.1] VHSYNC VVSYNC 27MHzB VHSYNC VVSYNC 27MHzB VREF .1µF RREF CR17 DIODE SCHOTTKY 1N5818 TP11 TP20 LUMA 1.8µH TERM LUMINANCE CVBS[0.7] G[0.1] OPT_JUMP.SCH CVBS[0.7] G[0.1] JT[0.2] TP10 CR18 DIODE SCHOTTKY 1N5818 VHSYNC VVSYNC RESET BYPASS PXCK LDV_OUT PXCK CT[0.1] 4.75K 4.75K 27pF 1.0µH TP12 100pF 330pF 330pF ED[0.7] ED[0.7] S-VIDEO CR15 DIODE SCHOTTKY 1N5818 TP19 CHROMA 1.8µH TERM CHROMINANCE CR16 DIODE SCHOTTKY 1N5818 27pF 1.0µH 100pF 330pF 330pF RES1 SELECT VDDA 0.1µF 0.1µF 0.1µF 0.1µF 4.7K
TMC2063
65-2063-03
PRODUCT SPECIFICATION
Figure2. Digital Video Encoder Demonstration Board
PRODUCT SPECIFICATION
.1µF
27MHz SELECT 74F08 74F08 .1µF MC10125 D[0.7] MC10125 .1µF MC10125 .1µF MC10125 27MHzA MC10125 74F374 .1µF .1µF DATA_EN .1µF 74F377 74F374 .1µF 74F377 C(0.7) .1µF DECODE 16R8 .1µF YC_A[0.7] 27MHzB 27MHzB
CCIR-601
MC10125
P_RESET
GROUND
MC10125
Y(0.7)
MC10125 .1µF
65-2063-04
MC10125
TMC2063
Figure Digital Video Encoder Demonstration Board
ESB[0.3] 27MHzB ESB0 ESB1 ESB2 ESB3 VSYNC/TB PDC/CBSEL SELC HSYNC HEADER 13x2 PXCK YC_E0 YC_E1 YC_E2 YC_E3 YC_E4 YC_E5 YC_E6 YC_E7 YC_E0 YC_E1 YC_E2 YC_E3 YC_E4 YC_E5 YC_E6 YC_E7 YC_E[0.7] 74LS244 YC_A0 YC_A1 YC_A2 YC_A3 YC_A4 YC_A5 YC_A6 YC_A7 74LS05 U25A 74LS244 .1µF YC_B0 YC_B1 YC_B2 YC_B3 YC_B4 YC_B5 YC_B6 YC_B7 .1µF YC_B[0.7] YC_A[0.7] .1µF 65-2063-05
TMC2063 PRODUCT SPECIFICATION
Figure Digital Video Encoder Demonstration Board
PRODUCT SPECIFICATION
HEADER 24x2 PD10 PD11 PD12 PD13 PD14 PD15 PD16 PD17 PD18 PD19 PD20 PD21 PD22 PD23 PD[0.23]
C[0.7]
Y[0.7]
NOTE: LOCATION SHORTED DIRECTLY ACROSS PINS BOARD. ORDER ACCESS THESE SIGNALS, TRACES BETWEEN PINS SIGNALS NEEDED INSTALL REQUIRED HEADER. CLARITY SHORTED PINS DRAWN. EXAMPLE: PINS SHORTED
VHSYNC VVSYNC 27MHzB HEADER 30x2 LDV_OUT PXCK GVSYNC GHSYNC BYPASS CVBS0 CVBS1 CVBS2 CVBS3 CVBS4 CVBS5 CVBS6 CVBS7
G[0.1] JT[0.2] JT3] CT[0.1]
CVBS[0.7]
OL[0.4]
TMC2063
65-2036-06
Figure Digital Video Encoder Demonstration Board
LOAD 74F163 .1µF 20R8 .1µF VHSYNC 27MHzB P_RESET LOAD 74F163 .1µF DATA_EN P_CLOCK LOAD 74F163 .1µF PAL/NTSC UMB_LMB COUNTCLR .1µF PGMCLK 16R8 .1µF 4.7K .1µF 65-2063-07 VVSYNC RESET 74F174
TMC2063 PRODUCT SPECIFICATION
Figure Digital Video Encoder Demonstration Board
PRODUCT SPECIFICATION
BEAD POWER 22µF .1µF .47µF .01µF 1N4004
22µF
BEAD
.1µF
.47µF
.01µF
1N4004
ORANGE
U25B MC10125 MC10125 74F08 74F08 74LS05
65-2063-08
.1µF .1µF
74LS05 U25C 74LS05 U25D 74LS05
U25E AGND DGND 74LS05
MC10125 1N4148
U25F
USED
TMC2063
Figure Digital Video Encoder Demonstration Board
74F163 LATCH
S[0.3]
A[0.11] .1µF PGMCLK 74LS74 LOAD 74F163 COUNTCLR .1µF LOAD 74F163 .1µF 74HCT374 .1µF .1µF ED[0.7] E[0.7] 20R8 .1µF COUNTCLR 74LS74 P_CLOCK .1µF LOAD AM27C512 PAL/NTSC UMB_LMB PROGRAM MODE SELECT SELECT NTSC
TMC2063 PRODUCT SPECIFICATION
65-2063-09
4.7K
Figure Digital Video Encoder Demonstration Board
PRODUCT SPECIFICATION
.1µF E[0.7]
74HCT374
.1µF A[0.11]
4.7K
4.7K
4.7K
4.7K
4.7K
P_CLOCK
SDA/R/W SCL/CS SA0/ADR
20R8
15-83-0064
65-2063-10
BEAD 1/4W CARBON JMPR
SELECT
TMC2063
Figure Digital Video Encoder Demonstration Board
YC_B(0.7) YC_B0 YC_B1 YC_B2 YC_B3 YC_B4 YC_B5 YC_B6 YC_B7 SA0/ADR SDA/R/W SCL/CS SA0/ADR SDA/R/W SCL/CS RESET PXCK TMC2490R0 CR13 DIODE SCHOTTKY 1N5818 COMPOSITE LUMA CR14 DIODE SCHOTTKY 1N5818 3.3K VREF CBYP RREF TDI/VSYNC/TB TMS/PDC/CBSEL TCK/SELC TDO/HSYNC ESB0 ESB1 ESB2 ESB3 .1µF 1.0µH .1µF 1.235V 100pF 330pF 330pF 1.8µH TERM TP18 COMP COMPOSITE MD(0.7) CHROMA 27pF CR11 DIODE SCHOTTKY 1N5818 TP17 LUMA 1.8µH TERM LUMINANCE PXCK CR12 DIODE SCHOTTKY 1N5818 27pF RES2 .1µF .1µF .1µF 1.0µH 100pF 330pF 330pF S-VIDEO SELECT DIODE SCHOTTKY 1N5818 TP16 CHROMA 1.8µH TERM CHROMINANCE CR10 DIODE SCHOTTKY 1N5818 27pF 1.0µH 100pF 330pF 330pF ESB(0.3) 65-2063-11
TMC2063 PRODUCT SPECIFICATION
Figure Digital Video Encoder Demonstration Board
PRODUCT SPECIFICATION
TMC2063
Related Products
TMC22191 Digital Video Encoder TMC2490 Digital Video Encoders
PRODUCT SPECIFICATION
TMC2063
Ordering Information
Product Number TMC2063P7C Temperature Range Speed Grade Screening 25°C Package Package Marking TMC2063P7C
Commercial Printed Circuit Board
schematic database available OrCADformat, along with EPROM maps. Contact factory. TMC2063 Demonstration Board, design documentation, software provided design example customers Raytheon. Raytheon makes warranties, express, statutory, implied regarding merchantability fitness particular purpose. parameters contained this specification guaranteed design, characterization, sample testing 100% testing appropriate. Raytheon reserves right change products specifications without notice. This information does convey license under patent rights Raytheon Company others.
Compliance
This device been approved Federal Communications Commission (FCC). This device offered sale lease sold leased until approval been obtained.
information contained this data sheet been carefully compiled; however, shall implication otherwise become part terms conditions subsequent sale. Raytheon's liability shall determined solely standard terms conditions sale. representation application that circuits either licensed free from patent infringement intended implied. Raytheon reserves right change circuitry other data time without notice assumes liability errors.
LIFE SUPPORT POLICY:
Raytheon's products designed life support applications, wherein failure malfunction component reasonably expected result personal injury. user Raytheon components life support applications assumes risk such indemnifies Raytheon Company against damages. Raytheon Electronics Semiconductor Division 5580 Morehouse Drive Diego, 92121 619.457.1000 800.722.7074 619.455.6314 applications@lj.sd.ray.com
9/96 0.0m Stock#DS70002063 Raytheon Company 1996

Demonstration Board TMC22091 TMC2490 Digital Video Encoders Featu

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