holt integrated circuits www.holtic.com general description the hi-8200h family are quad analog cmos switches fabri- cated with silicon-on-insulator (soi) technology for latch-up free operation and maximum switch isolation. high voltage gate drive is en- tirely created on-chip enabling +/-12v switching range from a single 3.3v or 5v supply. these switches are ideally suited for applications demanding low switch leakage when the power pins are 0v. they are opti- mized for use in high temperature avionics applications. the de- vices are capable of operating at extended temperature ranges of -55c to 175c for plastic packages and -55c to 200c for the ceramic cerdip-16 package. at 25 c and with vdd from 3.0v to 5.5v, the switch resistance (ron) is typically 8 ron is independent of vdd. in a switch- ing range of -5v to +5v, the maximum deviation of ron from flat is less than 5%. these switches conduct equally well in either direction. power down and off state leakages are less than 10na maximum. charge injection is less than 10pc. switching times are typi- cally 180ns to the on state and 60ns to the off state. the on- board charge pump allows an on/off cycle time of 5khz for all four switches simultaneously before the switching range be- comes restricted. the hi-8200h provides four each normally open switches when the switch control inputs are low. the hi-8201h provides four each normally closed switches when the switch control in- puts are low. the hi-8202h provides a combination of two nor- mally closed and two normally open switches. features extended temperature ranges -55c to 175c (plastic packages) -55c to 200c (ceramic cerdip-16 package) cmos analog switches with up to +/-12v switching range from a single 3.3v or 5v supply low ron: 10 max at 25c robust cmos silicon-on-insulator (soi) technology switch nodes are open-circuit when chip is powered down soi switch isolation with 1na typical off leakage esd protection > 4kv hbm fast switching time with break-before-make low power august 2013 (ds8200h rev. new) 08/13 hi-8200h, hi-8201h, hi-8202h quad 10 ohm +/-12v outside-the-rails analog switch with high operating temperature applications down-hole drilling and oil exploration high temperature avionics data bus isolation sample-and-hold circuits test equipment communications systems product options part type in1 switch 1 in2 switch 2 in3 switch 3 in4 switch 4 hi-8200h 0 open 0 open 0 open 0 open 1 closed 1 closed 1 closed 1 closed hi-8201h 0 closed 0 closed 0 closed 0 closed 1 open 1 open 1 open 1 open hi-8202h 0 open 0 closed 0 closed 0 open 1 closed 1 open 1 open 1 closed pin configurations (top views) in1 1 s1a 2 -3 s1b 4 v- 5 gnd 6 s4b 7 -8 s4a 9 in4 10 20 in2 19 s2a 18 - 17 s2b 16 v+ 15 vlogic 14 s3b 13 - 12 s3a 11 in3 hi-8200pshf 20-pin tssop package
holt integrated circuits 2 hi-8200h, hi-8201h, hi-8202h signal function description in1 logic input hi-8200h and hi-8202h are normally open when input low s1a switch node switch 1 node s1b switch node switch 1 node v- cap - bulk storage capacitor. add 0.1uf ceramic capacitor to gnd. (20v or higher). gnd supply reference ground s4b switch node switch 4 node s4a switch node switch 4 node in4 logic input hi-8200h and hi-8202h are normally open when input low in3 logic input hi-8201h and hi-8202h are normally closed when input low s3a switch node switch 3 node s3b switch node switch 3 node vlogic supply 3.3v or 5.0v logic supply v+ cap + bulk storage capacitor. add 0.1uf ceramic capacitor to gnd. (20v or higher). s2b switch node switch 2 node s2a switch node switch 2 node in2 logic input hi-8201h and hi-8202h are normally closed when input low v+ and v- pins are to be used for connection of bulk storage capacitors and be loaded. note: only must not pin descriptions -18v -12v -6v 0v 6v 12v 18v 10 15 20 25 30 35 v switch v switch typical r as a function of v and temperature (10ma switch current, on switch v = +3.3v) supply t = +200c t = +25c t = -55c t = +125c
holt integrated circuits 3 electrical characteristics , gnd = 0v. operating temperature range (unless otherwise noted). v = 3.3v or 5.0v logic parameter conditions figure min typ max unit symbol switch parameters switch resistance, r 12v > vs > -12v leakage - i 2 1 10 na logic inputs input high voltage v 75% v input low voltage v 25% v input current i 80k ohm pulldown vlogic = 3.3v 45 vlogic = 5.0v 65 supply operating range vdd 3.0 5.5 idd inputs static 2.5 dynamic parameters max vin on/off cycling fcycle any load 5 khz turn on time t 3 180 250 ns turn off time t break-before-make time t 4 40 80 ns charge injection q v =0v, r =0 25c 5 -20 pc off isolation r f = 1 mhz, 25c 6 65 db crosstalk c 25c 7 90 db capacitance c switch off, 25c 8 15 pf c switch on, 25c 9 60 pf charge pump power on tvon v+ and v- = +/-14.5v vlogic = 5.0v 10 10 ms 25c, 10ma 1 6 8 10 (open circuit and | | power down) 2 a a i 0.5 a 200 ogic v ogic operating current vlogic = 3.3v 1.0 ma vlogic = 5.0v ma 3 80 150 ns f = 1 mhz, on swleak ih il ih on off d ss r r off on il vl vl switch voltage 12v, 125c switch voltage 12v, 200c a 125c c 2 a hi-8200h, hi-8201h, hi-8202h note: stresses above those listed under "absolute maximum ratings" may cause permanent damage to the device. these are stress ratings only. functional operation of the device at these or any other conditions above those indicated in the operational sections of the specifications is not imp lied. exposure to absolute maximum rating conditions for extended periods may affect device reliability. absolute maximum ratings operating temperature range: (plastic) ........................ -55c to +175c (ceramic) ...................... -55c to +200c storage temperature range: ......................................-65c to +150c reflow soldering temperature: .......................................... +260c max. supply voltage, v .........................................................................7.0v switch current (either direction, dc) peak switch current (1 ms pulse, 10% duty cycle max.)..................100ma digital input voltage (in1-4):..................................... logic : .................................................20ma -0.3v to v + 0.3v logic (voltages referenced to gnd = 0v)
holt integrated circuits 4 figure 1 - on resistance figure 3. switching times v (hi-8201) in v out v (hi-8200) in 50% 50% t on t off 50% 90% test circuits hi-8200h, hi-8201h, hi-8202h + - v s i ds r=v/i on 1 ds v 1 figure 2 - off leakage + - v s i (off) s v d aa - + i (off) d + - v s 35pf 300 +3.3v v logic v + v- gnd 0.1 f v out sa sb sa sb sa sb in 50% 50% figure 4. break-before-make time delay (hi-8202h) 35pf 300 +3.3v v logic v + v- gnd 0.1 f v out1 s1a s1b in s2a s2b v s1 v s2 v out2 300 35pf v in v out1 3.3v 0v 50% 50% v out2 50% 90% t d t d 50% 90% 0.1 f (20v) 0.1 f (20v) 0.1 f (20v) 0.1 f (20v)
holt integrated circuits 5 hi-8200h, hi-8201h, hi-8202h figure 5. charge injection v in v out + - v s c 10nf l +3.3v v logic v + v- gnd v out sa sb in v out qc inj = l x ut v o r s v s 50 +3.3v v logic v + v- gnd 0.1 f v out sa sb in figure 6 - off isolation v s 50 +3.3v v logic v + v- gnd 0.1 f sa1 sb1 in1 figure 7 - channel-to-channel crosstalk v out sa2 sb2 in2 50 nc v s +3.3v v logic v + v- gnd 0.1 f (20v) 0.1 f 0.1 f (20v) sa sb in figure 8 - off capacitance capacitance meter f=1mhz +3.3v v logic v + v- gnd 0.1 f sa sb in figure 9 - on capacitance capacitance meter f=1mhz 0.1 f (20v) 0.1 f (20v) 0.1 f (20v) 0.1 f (20v) 0.1 f (20v) 0.1 f (20v) 0.1 f (20v) 0.1 f (20v)
holt integrated circuits 6 hi-8200h, hi-8201h, hi-8202h figure 10. charge pump power on + - +3.3v +3.3v v logic v + v- gnd t=0 t=0 2ms 4ms 6ms 8ms 10ms -15v -10v -5v 0v 5v 10v 15v time 0.1 f (20v) 0.1 f (20v) in1 1 s1a 2 s1b 3 v- 4 gnd 5 s4b 6 s4a 7 in4 8 16 in2 15 s2a 14 s2b 13 v+ 12 vlogic 11 s3b 10 s3a 9 in3 hi-8200crh 16-pin cerdip package additional package configurations
holt integrated circuits 7 ordering information hi-8200h, hi-8201h, hi-8202h hi - 820x ps h f function quad switch, normally open part number 8200 quad switch, normally closed 8201 8202 quad switch, two normally open, two normally closed package description part number 20 pin plastic tssop (20hs): -55 c to +175 c. oo ps lead finish part number 100% matte tin (pb-free, rohs compliant) f hi-820xcrh 16 pin cerdip (16d) : not available pb-free -55 c to +200 c. oo package description part number cr function quad switch, normally open part number 8200 quad switch, normally closed 8201 8202 quad switch, two normally open, two normally closed
revision history holt integrated circuits 8 hi-8200h, hi-8201h, hi-8202h p/n rev date description of change ds8200h new 08/27/13 initial release
holt integrated circuits 9 hi-8200h package dimensions inches (millimeters) package type: 20hs bsc = ?basic spacing between centers? is theoretical true position dimension and has no tolerance. (jedec standard 95) 20-pin plastic tssop 0 to 8 pin 1 .0095 .0025 (.245 .055) .2555 .0035 (6.500 .100) .173 .004 (4.400 .100) .006 .002 (.145 .055) .036 .005 (.925 .125) .004 .002 (.100 .050) .018 - .029 (.450 - .750) .252 .006 (6.400 .150) detail a see detail a .026 (.650) bsc 16-pin cerdip inches (millimeters) package type: 16d bsc = ?basic spacing between centers? is theoretical true position dimension and has no tolerance. (jedec standard 95) .790 max (20.006 max) .200 max (5.080 max) .056 typ (1.422 typ) .288 .005 (7.315 .125) .050 max (1.27 max) .005 min (.127 min) .015 min (.381 min) 0 to 15 .010 .002 (.254 .051) .180 max (4.572 max) .310 .010 (7.874 .254) .125 min (3.175 min) .018 .003 (.457 .760) .100 bsc (2.54)
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