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1 of 18 proprietary & confidential gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver www.gennum.com features gs1528a ? smpte 292m, smpte 344m and smpte 259m compliant ? dual coaxial cable driving outputs with selectable slew rate ?50 differential pecl input ? pb-free and rohs compliant ? pin compatible with gs9068a hd-linx ii sd sdi cable driver ? seamless interface to other hd-linx ii family products ? single 3.3v power supply operation ? operating temperature range: 0c to 70c gs9068a ? smpte 259m and smpte 344m compliant ? dual coaxial cable driving outputs ? 50w differential pecl input ? pb-free and rohs compliant ? pin compatible with gs1528a hd-linx ii multi-rate sdi dual slew-rate cable driver ? seamless interface to other hd-linx ii family products ? single 3.3v power supply operation ? operating temperature range: 0c to 70c applications gs1528a ? smpte 292m, smpte 344m and smpte 259m coaxial cable serial digital interfaces gs9068a ? smpte 259m and smpte 344m coaxial cable serial digital interfaces description the gs1528a/9068a is a second generation, high speed bicmos integrated circuit designed to drive one or two 75w coaxial cables. the gs1528a may drive data rates up to 1.485gb/s and provides two selectable slew rates in order to achieve compliance to smpte 259m, smpte 344m and smpte 292m. the gs9068a may drive data rates up to 540mb/s and will achieve compliance to smpte 259m and smpte 344m. the gs1528a/9068a accepts a lvpecl level differential input that may be ac coupled. external biasing resistors at the inputs are not required. power consumption is typically 168mw using a 3.3v power supply. the gs1528a/9068a is pb-free, and the encapsulation compound does not contain halogenated flame retardant. this component and all homogeneous sub components are rohs compliant. figure a: gs1528a (left) and gs9068a (right) functional block diagrams sdo r set sdo sdi sdi sd/hd bandgap reference & biasing circuit output stage & control input differential pair gs1528a sdo r set sdo sdi sdi bandgap reference & biasing circuit output stage & control input differential pair gs9068a
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 2 of 18 proprietary & confidential revision history version ecr pcn date changes and/or modifications 6 154747 ? au g ust 2010 c orre c tion to pa c ka g e dimensions an d or d erin g information . 5 153754 ? november 2009 up d ate d to latest g ennum template. 4 139112 38124 january 200 6c orre c te d input differential s win g to 2200mv. 3 13788 6 ? s eptember 2005 c orre c te d pro c ess to bi c mo s . 2 137403 ? july 2005 up d ate d to c urrent d o c ument template to remove ?proprietary an d c onfi d ential? footer. re-or d ere d sol d er reflow profiles to show preferen c e for pb-free profile. c larifie d namin g of stan d ar d pb sol d er reflow profile. a dd e d pa c ka g in g d ata se c tion. up d ate d d o c ument to refle c t the roh s c omplian c e of both the gs 1528a an d gs 90 6 8a. 1 133 6 54 ? june 2004 mo d ifie d table 2-3 . a dd e d reflow profiles. up g ra d e d from a preliminary d ata sheet to a d ata sheet. 0 132954 ? february 2004 new d o c ument.
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 3 of 18 proprietary & confidential contents features....................................................................................................................... ..........................................1 applications................................................................................................................... ......................................1 description.................................................................................................................... .......................................1 revision history ............................................................................................................... ..................................2 1. pin out..................................................................................................................... ..........................................4 1.1 gs1528a pin assignment .................................................................................................... ..........4 1.2 gs9068a pin assignment .................................................................................................... ..........4 1.3 gs1528a/gs9068a pin descriptions ............... .........................................................................4 2. electrical characteristics .................................................................................................. ..........................5 2.1 absolute maximum ratings .................................................................................................. ........5 2.2 dc electrical characteristics ............................................................................................. ...........5 2.3 ac electrical characteristics ............................................................................................. ...........6 3. solder reflow profile....................................................................................................... .............................8 4. input / output circuits ..................................................................................................... ...........................9 5. detailed description........................................................................................................ .......................... 10 5.1 input interfacing ......................................................................................................... ................... 10 5.2 output interfacing ........................................................................................................ ................ 10 5.3 output return loss measurement ........................................................................................... 1 2 5.4 output amplitude adjustment ............................................................................................... .. 12 6. application information ..................................................................................................... ..................... 14 6.1 pcb layout ................................................................................................................ ....................... 14 6.2 typical application circuits .............................................................................................. ........ 14 7. package & ordering information .............................................................................................. ............ 16 7.1 package dimensions ........................................................................................................ ............. 16 7.2 packaging data ............................................................................................................ ................... 16 7.3 ordering information ...................................................................................................... ............. 17
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 4 of 18 proprietary & confidential 1. pin out 1.1 gs1528a pin assignment fi g ure 1-1: 8 pin s oi c 1.2 gs9068a pin assignment fi g ure 1-2: 8 pin s oi c 1.3 gs1528a/gs9068a pin descriptions sdi sdi v ee r set sdo sdo sd/hd v cc 1 2 3 4 8 7 6 5 gs1528a 8-pin soic (top view) sdi sdi v cc r set sdo sdo nc v cc 1 2 3 4 8 7 6 5 gs9068a 8-pin soic (top view) table 1-1: pin descriptions pin number name timing ty p e description 1,2 s di, s di analo g input s erial d i g ital d ifferential input. 3v ee ? power most ne g ative power supply c onne c tion. c onne c t to g nd. 4r s et analo g input external output amplitu d e c ontrol resistor. 5v cc ? power most positive power supply c onne c tion. c onne c t to +3.3v. 6s d/hd non s yn c hronous input gs 1528a: output slew rate c ontrol. when set hi g h, the output will meet s mpte 259m rise/fall time spe c ifi c ations. when set low, the serial outputs will meet s mpte 292m rise/fall time spe c ifi c ations. n c ?? gs 90 6 8a: no c onne c t. not c onne c te d internally. 7, 8 s do , s do analo g output s erial d i g ital d ifferential output.
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 5 of 18 proprietary & confidential 2. electrical characteristics 2.1 absolute maximum ratings table 2-1 lists the absolute maximum ratings for the gs1528a/gs9068a. conditions exceeding the limits listed may cause permanent damage to the device. this is a stress rating only and functional operation of the device at these or any other conditions above those listed in the operational sections of this specification is not implied. exposure to absolute maximum rating conditions for extended periods may affect device reliability. 2.2 dc electrical characteristics table 2-2 shows the dc electrical characteristics of the gs1528a and the gs9068a where conditions are v dd = 3.3v, t a = 0c to 70c, unless otherwise specified. table 2-1: absolute maximum ratings parameter value s upply volta g e -0.5v to 3. 6 v d c input e s d volta g e 2kv s tora g e temperature ran g e -50 c < t s < 125 c input volta g e ran g e (any input) -0.3 to (v cc +0.3)v operatin g temperature ran g e0 c to 70 c s ol d er reflow temperature 2 6 0 c power dissipation 300mw table 2-2: dc electrical characteristics parameter symbol conditions min ty p max units notes te s t levels s upply volta g ev cc ? 3.135 3.3 3.4 6 5v5%3 power c onsumption p d t a = 25 c ?1 6 8?mw?5 s upply c urrent i s t a = 25 c ?51 6 4ma? 1 output volta g ev c mout c ommon mo d e?v cc - v out ?v? 6 input volta g ev c min c ommon mo d e1. 6 + v s di /2 ?v cc - v s di /2 v? 6
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 6 of 18 proprietary & confidential 2.3 ac electrical characteristics table 2-3 shows the ac electrical characteristics of the gs1528a and the gs9068a where conditions are v dd = 3.3v, t a = 0c to 70c, unless otherwise specified. s d/hd input v ih ?2.4??v17 v il ???0.8v17 te s t level s 1. production test at room temperatur e and nominal supply voltage with guard bands for supply and temperature ranges. 2. production test at room temperatur e and nominal supply voltage with guard bands for supply and temperat ure ranges using correlated test. 3. production test at room temper ature and nominal supply voltage. 4. qa sample test. 5. calculated result based on level 1, 2, or 3. 6. not tested. guaranteed by design simulations. 7. not tested. based on characterization of nominal parts. 8. not tested. based on existing design/ characterization data of similar product. 9. indirect test. note s : 1. this parameter applies only to the gs1528a. table 2-2: dc electrical characteristics (continued) parameter symbol conditions min ty p max units notes te s t levels table 2-3: ac electrical characteristics parameter symbol conditions min ty p max units notes te s t levels s erial input d ata rate dr s do gs 1528a ? ? 1.485 g b/s 1 1 dr s do gs 90 6 8a ? ? 540 mb/s ? 1 a dd itive jitter ? 1.485 g b/s ? 22 ? ps p-p 21 ? 270mb/s ? 1 6 ?ps p-p ?4 ? gs 90 6 8a ? 1 6 ?ps p-p ?1 rise/fall time t r , t f s d/hd =0 ? ? 220 ps 2, 3 1 t r , t f s d/hd =1 400 ? 800 ps 2, 3 1 t r , t f gs 90 6 8a 400 ? 800 ps 3 1 mismat c h in rise/fall time u t r , u t f ???30ps?1 duty c y c le d istortion ? s d/hd =0 ? ? 30 ps 2 1 ? s d/hd =1 ? ? 100 ps 2 7 ? gs 90 6 8a ? ? 100 ps ? 1
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 7 of 18 proprietary & confidential overshoot ? s d/hd =0 ? ? 10 % 2 7 ? s d/hd =1 ? ? 8 % 2 1 ? gs 90 6 8a ? ? 8 % ? 1 output return loss orl ? 15 ? ? d b? 7 output volta g e s win g v out s in g le en d e d into 75 external loa d r s et = 750 750 800 850 mv p-p ?1 input volta g e s win g u v s di differential 300 ? 2000 mv p-p ?7 te s t level s 1. production test at room temperatur e and nominal supply voltage with guard bands for supply and temperature ranges. 2. production test at room temperatur e and nominal supply voltage with guard bands for supply and temperat ure ranges using correlated test. 3. production test at room temper ature and nominal supply voltage. 4. qa sample test. 5. calculated result based on level 1, 2, or 3. 6. not tested. guaranteed by design simulations. 7. not tested. based on characterization of nominal parts. 8. not tested. based on existing design/ characterization data of similar product. 9. indirect test. note s : 1. the input coupling capacitor must be set accordingly for lower data rates. 2. this parameter applies only to the gs1528a. 3. rise/fall time measured between 20% and 80%. table 2-3: ac electrical characteristics (continued) parameter symbol conditions min ty p max units notes te s t levels
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 8 of 18 proprietary & confidential 3. solder reflow profile the maximum pb-free reflow profile is shown in figure 3-1 . fi g ure 3-1: maximum pb-free s ol d er reflow profile 25c 150c 200c 217c 260c 250c time temperature 8 min. max 60-180 sec. max 60-150 sec. 20-40 sec. 3c/sec max 6c/sec max
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 9 of 18 proprietary & confidential 4. input / output circuits fi g ure 4-1: differential input s ta g e ( s di/ s di ) fi g ure 4-2: differential output s ta g e ( s do/ s do ) i ref d erive d usin g r s et fi g ure 4-3: s lew rate s ele c t input s ta g e ( gs 1528a only) v cc sdi sdi 10k 10k 5k 10k v cc v cc i ref sdo sdo sd/hd v cc on-chip reference
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 10 of 18 proprietary & confidential 5. detailed description 5.1 input interfacing s di/sdi are high impedance differential inputs. the equivalent input circuit is shown in figure 4-1 . several conditions must be observed when interfacing to these inputs: ? the differential input signal amplitude must be between 300 and 2000mvp-p. ? the common mode voltage range must be as specified in table 2.2 . ? for input trace lengths longer than approximately 1cm, the inputs should be terminated as shown in the typical application circuit. the gs1528a/9068a inputs are self-biased, allowing for simple ac coupling to the device. for serial digital video, a minimum capacitor value of 4.7 f should be used to allow coupling of pathological test signals. a tantalum capacitor is recommended. sd/hd input pin (gs1528a only): the gs1528a sdo rise and fall times can be set to comply with both smpte 259m/344m and smpte 292m. for all smpte 259m standards, or any data rate that requires longer rise and fall time characteristics, the sd/hd pin must be set high by the application layer. for smpte 292m standards and signals which require faster rise and fall times, this pin should be set low. 5.2 output interfacing the gs1528a/9068a outputs are current mode, and will drive 800mv into a 75 load. these outputs are protected from accidental static damage with internal static protection diodes. the smpte 292m, smpte 344m and smpte 259m standards require that the output of a cable driver have a source impedance of 75 and a return loss of at least 15db between 5mhz and 1.485ghz. in order for an sdi output circuit using the gs1528a/9068a to meet this specification, the output application circuit shown in typical application circuits on page 14 is recommended. the value of l comp will vary depending on the pcb layout, with a typical value of 5.6nh . a 4.7 f capacitor is used for ac-coupling the output of the device. this value is chosen to ensure that pathological signals can be coupled without a significant dc component occurring. please see application information on page 14 for more details.
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 11 of 18 proprietary & confidential fi g ure 5-1: output si g nal for 270mb/s input fi g ure 5-2: output si g nal for 1.485 g b/s input ( gs 1528a only) the output protection diodes act as a varactor (voltage controlled capacitor) as shown in figure 5-3 . therefore, when measuring return loss at the gs1528a/9068a output, it is necessary to take the measurement for both a logic high and a logic low output condition. consequently, the output capacitance of the device is dependent on the logic state of the output. tek stopped: 8110 acquisitions tek running: normal
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 12 of 18 proprietary & confidential fi g ure 5-3: s tati c prote c tion dio d es 5.3 output return loss measurement to perform a practical return loss measurement, it is necessary to force the gs1528a/9068a output to a dc high or low condition. the actual measured return loss will be based on the outputs being static at v cc or v cc -1.6v. under normal operating conditions the outputs of the device swing between v cc -0.4v and v cc -1.2v, so the measured value of return loss will not represent the actual operating return loss. a simple method of calculating the values of actual operating return loss is to interpolate the two return loss measurements. in this way, the values of return loss are estimated at v cc -0.4v and v cc -1.2v based on the measurements at v cc and v cc -1.6v. the two values of return loss (high and low) will typically differ by several decibels. if the measured return loss is r h for logic high and r l for logic low, then the two values can be interpolated as follows: r ih = r h - (r h -r l )/4 and r il = r l +(r h -r l )/4 where r ih is the interpolated logic high value and r il is the interpolated logic low value. for example: if r h = -18db and r l = -14db, then the interpolated values are r ih = -17db and r il = -15db. 5.4 output amplitude adjustment the output amplitude of the gs1528a/9068a can be adjusted by changing the value of the r set resistor as shown in table 5-1 . for an 800mv p-p output with a nominal 7% tolerance, a value of 750 is required. a 1% smt resistor should be used. the r set resistor is part of the high speed output circuit of the gs1528a/9068a. the resistor should be placed as close as possible to the r set pin. in addition, the pcb capacitance should be minimized at this node by removing the pcb groundplane beneath the r set resistor and the r set pin. sdo sdo gs1528a
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 13 of 18 proprietary & confidential table 5-1: r set vs v od r set resistance ( ) output swing (mvp-p) 995 6 08 824 734 750 800 6 80 884 573 1040 note: for reliable operation of the gs 1528a/90 6 8a over the full temperature ran g e, d o not use an r s et value below 573 .
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 14 of 18 proprietary & confidential 6. application information 6.1 pcb layout special attention must be paid to component layout when designing serial digital interfaces for hdtv. an fr-4 dielectric can be used, however, controlled-impedance transmission lines are required for pcb traces longer than approximately 1cm. note the following pcb artwork features used to optimize performance: ? the pcb trace width for hd rate signals is closely matched to smt component width to minimize reflections due to changes in trace impedance ? the pcb groundplane is removed under the gs1528a/9068a output components to minimize parasitic capacitance ? the pcb ground plane is removed under the gs1528a/9068a r set pin and resistor to minimize parasitic capacitance ? input and output bnc connectors are surface-mounted in-line to eliminate a transmission line stub caused by a bnc mounting via high-speed traces, which are curved to minimize impedance variations due to change of pcb trace width 6.2 typical application circuits fi g ure 6 -1: gs 1528a typi c al appli c ation c ir c uit sd/hd gs1528a 1 2 3 4 8 7 6 5 sdi sdi vee rset sdo sdo sd/hd vcc 10n 75 5.6n 4u7 bnc vcc 75 5.6n 10n 75 4u7 49.9 750 10n 49.9 4u7 75 bnc vcc 4u7 vcc * typical value varies with layout differential data input * * note: all resistors in ohms, capacitors in farads, and inductors in henrys, unless otherwise noted.
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 15 of 18 proprietary & confidential fi g ure 6 -2: gs 90 6 8a typi c al appli c ation c ir c uit gs9068a 1 2 3 4 8 7 6 5 sdi sdi vee rset sdo sdo vcc 10n 75 5.6n 4u7 bnc vcc 75 5.6n 10n 75 4u7 49.9 750 10n 49.9 4u7 75 bnc vcc 4u7 vcc * typical value varies with layout differential data input * * note: all resistors in ohms, capacitors in farads, and inductors in henrys, unless otherwise noted. nc
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 16 of 18 proprietary & confidential 7. package & ordering information 7.1 package dimensions 7.2 packaging data 0.010 q2 l detail ? a ? c 0.015 0.004 x 45 detail ? a ? q1 b a a1 e x d e pin 1 id mark gauge plane seating plane notes: 1. all dimensions in inches unless otherwise stated. 2. lead coplanarity should b e 0 to 0.004 ? max. 3. package surface finishing: vdi 24~27 (dual). package surface finishing: vdi 13~15 (16l soic[nb] matrix). 4. all dimensions exclude mold flashes. 5. the lead width (b) to b e determined at 0.0075 ? from the lead tip. 8 soic min. max. symbol a a1 b d e h e c l x q2 q1 0.054 0.068 0.004 0.0098 0.014 0.019 0.189 0.196 0.157 0.244 0.229 0.150 0.050 bsc 0.0075 0.0098 0.016 0.034 0.0215 ref 0 8 7 bsc table 7-1: packaging data parameter value pa c ka g e type 8-pin s oi c moisture s ensitivity level 2 jun c tion to c ase thermal resistan c e, j- c 72 c /w jun c tion to air thermal resistan c e, j-a (at zero airflow) 11 6 c /w pb-free an d roh s c ompliant yes
gs1528a/gs9068a hd-linx? ii multi-rate dual slew-rate cable driver data sheet 30953 - 6 august 2010 17 of 18 proprietary & confidential 7.3 ordering information table 7-2: ordering information product part number package temperature range gs 1528a gs 1528a c kae3 8-pin s oi c 0 c to 70 c gs 1528a gs 1528a c tae3 8-pin s oi c , 250p c tape an d reel 0 c to 70 c gs 1528a gs 1528a c tae3d 8-pin s oi c , 500p c tape an d reel 0 c to 70 c gs 90 6 8a gs 90 6 8a c kae3 8-pin s oi c 0 c to 70 c gs 90 6 8a gs 90 6 8a c tae3 8-pin s oi c , 250p c tape an d reel 0 c to 70 c
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