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ct micro rev 1 proprietary & confidential page 1 jan, 2014 cts701 0.6a mosfet/igbt gate driver optocoupler package outline schematic features ? ?? ? peak output current : i op = 0.6a (max) ? ?? ? threshold input current: i flh = 5 ma (max) ? ?? ? common mode transient immunity : 10kv/ s (min ? ?? ? pb free and rohs compliant. ? ?? ? regulatory approvals ul - ul1577 (e364000) vde - en60747-5-5(vde0884-5) cqc ? gb4943.1, gb8898 iec60065, iec60950 applications ? ?? ? isolated igbt/power mosfet gate drive ? ?? ? industrial inverter ? ?? ? ac brushless and dc motor drives ? ?? ? induction heating description the cts701 consists of a gaasp led optically coupled to an integrated circuit with a power outpu t stage. this optocoupler is ideally suited for drivi ng power igbts and mosfets used in motor control inverter applications. the high operating voltage range of the output stage provides the drive voltag es required by gate controlled devices.
ct micro rev 1 proprietary & confidential page 2 jan, 2014 cts701 0.6a mosfet/igbt gate driver optocoupler truth table led vcc-v ee positive going vcc-v ee negative going output off 0 to 30 v 0 to 30v low on 0 to 6.5v 0 to 6v low on 6.5 to 8.3v 6 to 8v transition on 8.3 to 30v 8 to 30v high absolute maximum rating at 25 0 c symbol parameters ratings units notes v iso isolation voltage 5000 v rms 1 t opr operating temperature -40 ~ +100 0 c t stg storage temperature -55 ~ +125 0 c t sol soldering temperature 260 0 c 2 f opr operating frequency 25 khz 3 emitter i f forward current 25 ma i fp peak forward current (p w 1 s, 300pps) 1 a v r reverse voltage 5 v p d input power dissipation 40 mw detector pc power dissipation 160 mw v o(peak) peak output voltage 35 v v cc supply voltage 35 v i oph output high peak current -0.6 a 4 i opl output low peak current 0.6 a 4 notes 1. ac for 1 minute, rh = 40 ~ 60%. 2. for 10 second peak 3. exponential waveform, io(peak) |0.3a|, pulse width 2us 4. pulse width 2us, f 15khz
ct micro rev 1 proprietary & confidential page 3 jan, 2014 cts701 0.6a mosfet/igbt gate driver optocoupler recommended operating conditions characteristics symbol min. typ. max. unit input current i f(on) 7.5 10 ma input voltage v f(off) 0 0.8 v supply voltage v cc 10 30 v peak output current i oph /i opl 0.2 a operating temperature topr -40 100 o c electrical characteristics typical values are measured at vcc=30v, v ee = gnd, t a = -40 0 c to 100 0 c (unless otherwise specified) emitter characteristics symbol parameters test conditions min typ* max units notes v f forward voltage i f = 5ma - 1.4 1.7 v v r reverse voltage i r = 10 a 5.0 - - v v f / t a temperature coefficient of forward voltage i f =5ma - -1.7 - mv/c detector characteristics symbol parameters test conditions min typ* max units notes i ccl logic low supply current v f = 0 to 0.8v, v o = open - 1.95 3 ma i cch logic high supply current i f = 7ma to 10ma, v o = open - 1.98 3 transfer characteristics symbol parameters test conditions min typ* max units notes v oh high level output voltage i f = 5ma, i o = -100ma 6.0 9.7 - v v ol low level output voltage v cc = 10v, i o = 100ma - 0.28 1.0 i oph high level output current v cc = 15v, v 6-5 = 4v, i f = 5ma - -1.1 -0.2 a v cc = 15v, v 6-5 = 10v, i f = 5ma -1.8 -0.4 i opl low level output current v cc = 15v, v 6-5 = 2v, i f = 0ma 0.2 0.66 - a v cc = 15v, v 6-5 = 10v, i f = 0ma 0.4 1.34 - i flh input threshold current v o > 1v, v cc = 15v - 3.8 5 ma v fhl input threshold voltage v o < 1v, v cc = 15v 0.8 - - v (*): all typical value are at ta = 25 0 c
ct micro rev 1 proprietary & confidential page 4 jan, 2014 cts701 0.6a mosfet/igbt gate driver optocoupler electrical characteristics typical values are measured at vcc=30v, v ee = gnd, t a = -40 0 c to 100 0 c (unless otherwise specified) switching characteristics symbol parameters test conditions min typ max units notes t phl high to low propagation delay i f = 7 to 16ma, c l = 3nf, r l = 47 - 110 200 ns t plh low to high propagation delay - 120 200 ns p wd pulse width distortion - - 45 ns t psk propagation delay skew - - 38 ns t r rise time - 30 100 ns t f fall time - 15 60 ns |cm h | common mode transient high v cc = 30v, t a = 25 0 c, v cm = 1kv i f = 7 to 16ma v o(min) =26v -10 - - kv/ s |cm l | common mode transient low i f = 0ma v o(max) =1v 10 - - kv/ s (*): all typical value are at ta = 25 0 c
ct micro rev 1 proprietary & confidential page 5 jan, 2014 cts701 0.6a mosfet/igbt gate driver optocoupler typical performance curve
ct micro rev 1 proprietary & confidential page 6 jan, 2014 cts701 0.6a mosfet/igbt gate driver optocoupler
ct micro rev 1 proprietary & confidential page 7 jan, 2014 cts701 0.6a mosfet/igbt gate driver optocoupler test circuits frequency=200hz duty cycle=0.2% r1=100 ohm power supply + v cc =10v to 30v c1 0.1uf c2 47uf + v oh + power supply - v=0v to 10v c3 0.1uf c4 47uf + d1 i oh input monitor if=7ma~16ma output monitor fig. 11 test circuit : i oph power supply + v cc =10v to 30v c1 0.1uf c2 47uf + v ol power supply + v=0v to 10v c3 0.1uf c4 47uf + d1 i ol output monitor r1=100ohm frequency=200hz duty cycle=99.8% input monitor if=7ma~16ma fig. 12 test circuit : i opl
ct micro rev 1 proprietary & confidential page 8 jan, 2014 cts701 0.6a mosfet/igbt gate driver optocoupler i f =7ma to 16ma 0.1uf 100ma v o + - v cc =10v to 30v 0.1uf 100ma v o + - v cc =10v to 30v v f = -0.3v to 0.8v + - fig. 13 test circuit : v oh fig. 14 test circuit : v ol i f =7ma to 16ma 0.1uf v o + - v cc =10v to 30v 0.1uf v o + - v cc =10v to 30v v f = -0.3v to 0.8v + - fig. 15 test circuit : i cch fig. 16 test circuit : i ccl 0.1uf + - v cc =10v to 30v v o > 1v i f =7ma to 16ma 0.1uf + - v cc =10v to 30v v o < 1v v f = -0.3v to 0.8v + - fig. 17 test circuit: i flh fig. 18 test circuit: v fhl
ct micro rev 1 proprietary & confidential page 9 jan, 2014 cts701 0.6a mosfet/igbt gate driver optocoupler + - v cc =10v to 30v v o 0.1uf r g =47 c g =3nf frequency=10khz duty cycle=50% r1=100ohm input monitor if=7ma~16ma i f v out t f t r t plh t phl 90% 50% 10% fig. 19 test circuit and waveforms for t phl , t plh , t r , and t f 0.1uf + - v cc =30v v o > 1v i f v cm + - t i f =10ma v cm 0v i f =0ma v o v o v oh v ol fig. 20 test circuit for common mode transient immu nity
ct micro rev 1 proprietary & confidential page 10 jan, 2014 cts701 0.6a mosfet/igbt gate driver optocoupler package dimension dimensions in mm unless otherwise stated surface mount lead forming surface mount (gullwing) lead forming (sm type)
ct micro rev 1 proprietary & confidential page 11 jan, 2014 cts701 0.6a mosfet/igbt gate driver optocoupler device marking note: ct : denotes ?ct micro? 701 : part number y : fiscal year ww : work week k : manufacturing code ordering information cts701(y)(z) y = lead form option (sm or none) z = tape and reel option (t1, t2) option description quantity (t1) option 1 taping 1500 units/reel (t2) option 2 taping 1500 units/reel (sm)(t1) option 1 taping 1500 units/reel (sm)(t2) option 2 taping 1500 units/reel ct 701 ywwk
ct micro rev 1 proprietary & confidential page 12 jan, 2014 cts701 0.6a mosfet/igbt gate driver optocoupler reflow profile profile feature pb-free assembly profile temperature min. (tsmin) 150c temperature max. (tsmax) 200c time (ts) from (tsmin to tsmax) 60-120 seconds ramp-up rate (t l to t p ) 3c/second max. liquidous temperature (t l ) 217c time (t l ) maintained above (t l ) 60 ? 150 seconds peak body package temperature 260c +0c / -5c time (t p ) within 5c of 260c 30 seconds ramp-down rate (t p to t l ) 6c/second max time 25c to peak temperature 8 minutes max.
ct micro rev 1 proprietary & confidential page 13 jan, 2014 cts701 0.6a mosfet/igbt gate driver optocoupler disclaimer ct micro reserves the right to make changes without further notice to any products herein to improve reliability, function or design. ct micro does not assume any liability arising out of the application or use of any produc t or circuit described herein; neither does it convey any license under its patent rights, nor the rights of others. ct micro are not authorized for use as critical com ponents in life support devices or systems without express written approval of ct micr o international corporation. 1. life support devices or systems are devices or systems which, (a) are intended for surgical implant into the body, or (b) support or sustain li fe, or (c) whose failure to perform when properly used in accordance with instruction for use provided in the labelling, can be reasonably expected to result in significant injury to the user. 2. a critical component is any component of a life support device or system whose failure to perform can be reasonably expected to cause the failure of the life support device or system, or to affect its safety or effectiveness.

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