Maxim Integrated Products 1

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1 9-6; Rev ; /8 Ω PART TEMP RANGE PIN-PACKAGE EAE+ -4 C to +85 C 6 SSOP (5.mm x 6.mm) PKG COE A6+ +5V +5V.μF.μF CAMERA UNSHIELE TWISTE PAIR ( TO m).μf INP CLAMP AAPTIVE EQUALIZER OUT AC INN.μF FEQ FEQ AGC AN AEQ CONTROL BACK-PORCH CLAMP BPLVL (.V TO.6V) LOB LOS Maxim Integrated Products

2 ABSOLUTE MAXIMUM RATINGS to...-.v to +6V All Other Pins to...-.v to (min of 6V or +.V) Maximum Continuous Current into Any Input or Output...±5mA Continuous Power issipation (T A = +7 C) 6-Pin SSOP (derate 7.mW/ C above +7 C) mW Operating Temperature Range...-4 C to +85 C Maximum Junction Temperature...+5 C Storage Temperature Range C to +5 C Lead Temperature (soldering, s)...+ C Stresses beyond those listed under Absolute Maximum Ratings may cause permanent damage to the device. These are stress ratings only, and functional operation of the device at these or any other conditions beyond those indicated in the operational sections of the specifications is not implied. Exposure to absolute maximum rating conditions for extended periods may affect device reliability. ELECTRICAL CHARACTERISTICS ( = +4.75V to +5.5V, R L = (AC-coupled), FEQ =, FEQ =, V BPLVL =.4V, T A = -4 C to +85 C, unless otherwise noted. Typical values are at T A = +5 C.) PARAMETER SYMBOL CONITIONS MIN TYP MAX UNITS ifferential Input Operating Voltage V IN-IFF AC-coupled, measured from sync tip to % white level (Note ). V P-P Maximum ifferential Input Operating Voltage AC-coupled, measured from sync tip to % white level.4 V P-P Output Voltage Measured from sync tip to % white level. V P-P Output Sync Accuracy V SYNC_OUT mv P-P < V SYNC_IN-IFF < 6mV P-P 6 9 mv P-P Output Burst Accuracy V BURST_OUT 76mV P-P < V BURST_IN-IFF < mv P-P, f SC =.58MHz mv P-P ifferential Phase P. egrees ifferential Gain G. % Clamp Settling Time t CLAMP Output blank level settles to < 5 IRE of final value from an initial IRE input error 9 H Lines Back-Porch Level Input Operating Range Output Blank Level Accuracy V BPLVL..6 V Δ-BL (Note ) ±55 mv Line-Time istortion LT 8μs, IRE bar, C-coupled output. % LOS Threshold V LOS Measured differentially between INP and INN (Note ) 4 mv P-P LOB Threshold V LOB Measured at OUT with maximum equalizer gain (Note 4) 8 mv P-P Equalizer Response Time t EQ Within ±% of final value of the combined AGC and AEQ gain from minimum to maximum 6,84 H Lines OUT Leakage Current I LEAK LOS mode, OUT is three-stated ±. ± μa Fixed Equalizer Gain A FEQ f SC =.58MHz FEQ =, FEQ = FEQ =, FEQ = FEQ =, FEQ = db

3 ELECTRICAL CHARACTERISTICS (continued) ( = +4.75V to +5.5V, R L = (AC-coupled), FEQ =, FEQ =, V BPLVL =.4V, T A = -4 C to +85 C, unless otherwise noted. Typical values are at T A = +5 C.) PARAMETER SYMBOL CONITIONS MIN TYP MAX UNITS IGITAL INPUTS (FEQ, FEQ) Input High Voltage V IH.7 x V Input Low Voltage V IL. x V Input Leakage Current igital inputs = or ±. ± μa Input Capacitance C IN 5 pf IGITAL OUTPUTS (LOS, LOB) Output Low Voltage V OL I SINK = 5μA.4 V Output High Voltage V OH I SOURCE = 5μA POWER SUPPLY Supply Voltage Range V Supply Current I CC No load C Power-Supply Rejection Ratio PSRR Note : V IN-IFF = V INP - V INN. Note : -BL = V BPLVL + Δ-BL. Note : LOS is high when the input video sync amplitude goes below V LOS for consecutive horizontal lines. LOS goes low when the input video sync amplitude exceeds V LOS for consecutive horizontal lines. Note 4: LOB is high when the output color burst amplitude goes below V LOB for consecutive horizontal lines when at maximum equalizer gain. LOB goes low when the output color burst amplitude exceeds V LOB for consecutive horizontal lines. -.4 Normal mode LOS mode 4 log(δ /Δ-BlackLevel ), black video input with no color burst V ma 65 db

4 ( = 5V, R L = high impedance, f SC =.58MHz, Category 5e cable with active driver, T A = +5 C.) MULTIBURST (.5m CABLE) toc MULTIBURST (m CABLE) toc 75% COLOR BAR VECTOR IAGRAM (.5m CABLE) toc μs/div μs/div 75% COLOR BAR VECTOR IAGRAM (m CABLE) toc4 IFFERENTIAL GAIN (%) IFFERENTIAL GAIN AN PHASE (.5m CABLE) toc5 IFFERENTIAL GAIN (%) IFFERENTIAL GAIN AN PHASE (m CABLE) toc6 IFFERENTIAL PHASE ( ) MOULATE STEP 4 5 IFFERENTIAL PHASE ( ) MOULATE STEP 4 5 T RESPONSE (.5m CABLE) toc7 T RESPONSE (m CABLE) toc8.5t RESPONSE (.5m CABLE) toc9 ns/div ns/div 5ns/div 4

5 ( = 5V, R L = high impedance, f SC =.58MHz, Category 5e cable with active driver, T A = +5 C.).5T RESPONSE (m CABLE) toc 8μs LINE-TIME ISTORTION (.5m CABLE) toc 8μs LINE-TIME ISTORTION (m CABLE) toc 5ns/div 5μs/div 5μs/div NOISE LEVEL (db) NOISE SPECTRUM (.5m CABLE) 4 5 FREQUENCY (MHz) toc NOISE LEVEL (db) NOISE SPECTRUM (m CABLE) 4 5 FREQUENCY (MHz) toc4 5

6 ,,, 5,, 4, 9 μ 6 LOB 7 BPLVL 8 OUT FEQ FEQ 4 INP 5 INN 6 LOS μ μ μ 6

7 PART FEQ FEQ T YP ( d B ) CABLE LENGTH RANGE (m) to to 5 X.5 5 Ω Ω μ μ 7

8 CAMERA V P-P +.5V P-P CAT 5e ( TO 6m).μF.μF V P-P AC CVBS -.5V P-P BPLVL CAMERA V P-P +.5V P-P CAT 5e ( TO 6m).μF.μF V P-P μf 75Ω CVBS -.5V P-P μ μ PROCESS: BiCMOS 8

9 LOS INN INP TOP VIEW FEQ FEQ OUT LOB 7 BPLVL SSOP U U MAX67 FREQ 6 LOB 6 LOS FREQ C6.μF R 49.9Ω % C4.μF C7 47μF R Ω R 49.9Ω % OUT INP 4 C5.μF INN 5 JU V_INN JU JU4 VOUT 7 BPLVL BP_LVL VIN VIN-8 VIN-7 VIN-6 VIN-5 VIN-4 VIN- VIN- VIN- C.μF IN C μf C μf 4 SHN V_INP J J- J- J- JU R4 kω 5 OUT N.C.

10 ( ) E H IM A A B C E e H L INCHES MILLIMETERS MIN MAX MIN MAX SEE VARIATIONS BSC.65 BSC INCHES MIN MAX MILLIMETERS MIN MAX N 4L 6L L 4L 8L SSOP.EPS N A e B A L C NOTES:. &E O NOT INCLUE MOL FLASH.. MOL FLASH OR PROTRUSIONS NOT TO EXCEE.5 MM (.6").. CONTROLLING IMENSION: MILLIMETERS. 4. MEETS JEEC MO5. 5. LEAS TO BE COPLANAR WITHIN. MM. PROPRIETARY INFORMATION TITLE: PACKAGE OUTLINE, SSOP, 5. MM APPROVAL OCUMENT CONTROL NO. REV. -56 C Maxim Integrated Products, San Gabriel rive, Sunnyvale, CA Maxim Integrated Products