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mp501 6 2. 7 - 15 v, 0.7 - 5a , current limit switch with over - voltage clamp and reverse block ing mp 5 016 rev. 1.0 www.monolithicpower.com 1 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. description the mp501 6 is a protection device designed to protect circuitry on the output from transients on the input. the MP5016 also protects the input from undesired shorts and transients coming from the output. during start - up, the inrush current is limited by limiting the slew rate at the output. the slew rate is controlled by the dv/dt pin setting and mode pin setting . the maximum load at the output is current - limited. the magnitude of the current limit is controlled by an external resistor from ilimit to gnd. there is a fixed 2.5a current limit when ilimit is floating . the output voltage is limited by the output over - voltage protection ( ovp ) function . the clamp voltage can be set by the mode connection. the MP5016 offers a gate drive signal connect ed to an external n - channel mosfet gate to block current flow ing from the output to the input when the ic is in enable off , power shutdown, or thermal shutdown. the MP5016 is available in a qfn - 10 ( 1.5 mm x 2 mm) package. features ? wide 2. 7 v to 15 v operating input range ? 26v absolute maximum tra n s i ent input voltage ? selectable over - voltage clamp threshold ? fast output over - voltage protection ( ovp ) response ? integrated 4 3 m power mos fet ? adjustable current limit or fixed current limit when floating ilimit ? reverse - blocking mos fet driver ? soft - start time programmable through dv/dt and mode ? fast response for har d short protection ? over - current protection ( ocp ) hiccup protection ? thermal shutdown and auto - retry ? available in a qfn - 10 ( 1.5 mm x 2 mm) package applications ? hdd, ssd ? hot swap s ? wireless modem data cards ? pc cards ? usb power distribution ? usb protection ? usb3.1 power delivery all mps parts are lead - free, halogen - free, and adhere to the rohs directive. for mps green status, please visit the mps website under quality assurance. mps and the future of analog ic technology are registered trademarks of monolithic power systems, inc. typical application i l i m i t g n d v c c d v / d t s o u r c e v i n v o u t e n e n g a t e m o d e c 1 1 f c 2 1 0 f m p 5 0 1 6 l h o p t i o n a l m 1
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch mp 5 016 rev. 1.0 www.monolithicpower.com 2 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. ordering information part number* package top marking MP5016gqh qfn - 10 (1.5mmx2mm) see below * for tape & reel, add suffix C z ( e. g. MP5016gqh - z ) top marking ek : product code of mp 5016gqh ll : lot number package reference top view qfn - 10 (1.5 mm x2mm) 1 0 9 8 1 2 3 4 5 6 7 v c c v c c e n d v / d t g a t e s o u r c e s o u r c e m o d e g n d i l i m i t
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch mp 5 016 rev. 1.0 www.monolithicpower.com 3 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. absolute maximum rat ings (1) v cc, source .............................. - 0.3v to 2 6 v mode ................................ ............ - 0.3v to 2 6 v gate ................................ ....... source+ 5.5v all other pins ............................... - 0.3v to + 5.5 v junction temperature ............... - 40 c to +150 c lead temperature ................................ .... 260 c continuous power dissipation (t a = +25 c ) (2) ................................ ................................ ....................... (4) qfn - 10 ( 1.5 mmx 2 mm) ............................ 2.23 w recommended operating conditions ( 3 ) supply voltage ( v cc ) ..................... 2. 7 v to 15 v output voltage ( source ) .............. 2. 7 v to 15 v operating junction temp . (t j ) ... - 40c to +125c thermal resistance ja jc qfn - 10 (1.5 mm x 2 mm ) ev5016h - qh - 00a (4) ............ 56 ....... 18 ... c/w jesd51 - 7 (5) ........................ 130 ...... 25 ... c/w notes : 1) exceeding these ratings may damage the device. 2) the maximum allowable power dissipation is a function of the maximum junction temperature t j (max), t he junction - to - ambient thermal resistance ja , and the ambient temperature t a . the maximum allowable continuous power dissipation at any ambient temperature is calculated by p d (max) = (t j (max) - t a )/ ja . exceeding the maximum allowable power dissipation produces the excessive die temperature, causing the regulator to go into thermal shutdown. internal thermal shutdown circuitry protects the device from permanent damage. 3) the device is not guaranteed to function outside of its operating conditions. 4) measured on ev5016 - qh - 00a, 2 - layer pcb, 50mmx50mm. 5) measured on jesd51 - 7, 4 - layer pcb.
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch mp 5 016 rev. 1.0 www.monolithicpower.com 4 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. electrical character istics v cc = 5v, r limit = ns , c out = 10 f, t j = - 40c + 125c (6) , typical value is tested at t j = +25c unless otherwise noted. parameter symbol condition min typ max units supply current supply current (quiescent ) i q en = high , mode = vcc/gnd/float 50 a en = high , mode connect resistor to gnd 90 a supply current (shutdown ) i s en = gnd 9 a power mos fet on resistance r dson i out = 1a 4 3 m turn - on delay t delay dv/dt float, mode float 500 s off - state leakage current i off v in = 1 2 v, en = 0v 0.1 1 a under - /over - voltage protection (uvp, ovp) under - voltage lockout rising threshold v uvlo 2. 38 2.53 2.6 8 v uvlo hysteresis v uvlohys 200 mv output over - voltage clamp voltage v clamp v mode = gnd , t j = 25c 5.5 5.75 6 v v mode = vcc , t j = 25c 14.2 15.2 16.2 v r mode = 76.8 k , vcc = 5v, t j = 25c 3.71 3.95 4.19 v r mode = 115 k , t j = 25c 5.3 5.7 6.1 v r mode = 324 k , t j = 25c 14.2 15.5 16.7 v dv/dt dv/dt slew rate dv/dt dv/dt float , v mode = gnd 0. 4 0.8 1. 2 v/ms dv/dt float, v mode = vcc 1. 3 2 2. 7 dv/dt float, mode float 2. 8 3.8 4. 8 dv/dt current i dv/dt v dv/dt = 0.5v 4.5 6.5 8.5 a current limit current limit at normal operation i limit_no float ilimit , t j = 25c 2.3 2.5 2.7 a r limit = 604 , t j = 25c 3.3 3.5 3.7 a r limit = 3 k , t j = 25c 0.6 0.75 0.9 a enable (en) enable rising threshold v en_rising 1.8 6 2 2.1 6 v enable hysteresis v en_hys 350 mv enable pull - down resistor r en_down 2 .2 m gate gate maximum source current i g_source_max i out = 1a 7 12 a gate maximum sink current i g_sink_max vcc = v source = 5v, v gate = 10.5v 1.3 ma output discharge discharge resistance r dis vcc = 5v 540
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch mp 5 016 rev. 1.0 www.monolithicpower.com 5 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. electrical character istics (continued) v cc = 5v, r limit = ns , c out = 10 f, t j = - 40c + 125c (6) , typical value is tested at t j = +25c unless otherwise noted. parameter symbol condition min typ max units otp thermal shutdown (7) t sd 175 c thermal hysteresis (7) t sd_hys 50 c notes : 6) not tested in production , guaranteed by over - temperature correlation . 7) g uarantee d by engineering sample characterization .
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch mp 5 016 rev. 1.0 www.monolithicpower.com 6 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. typi cal performance characte ristics v in = v cc = 5v, v en = 5v, r limit = 604 ? , c out = 10 f , t a = 25c, unless otherwise noted.
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch mp 5 016 rev. 1.0 www.monolithicpower.com 7 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. typical performance characteristics (continued) v in = vcc = 5v, v en = 5v, r limit = 604 ?, mode float ing , dv/dt float ing , c out = 10 f, t a = 25c, unless otherwise noted.
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch mp 5 016 rev. 1.0 www.monolithicpower.com 8 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. typical performance characteristics (continued) v in = vcc = 5v, v en = 5v, r limit = 604 ?, mode float ing , dv/dt float ing , c out = 10 f, t a = 25c, unless otherwise noted.
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch mp 5 016 rev. 1.0 www.monolithicpower.com 9 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. pin functions pin # name description 1, 2 vcc supply voltage . the mp501 6 operates from a 2. 7 v to 15 v input rail. a ceramic capacitor is required to decouple the input rail. connect vcc using a wide pcb trace. 3 gnd system ground . 4 ilimit current limit s et . place a resistor between ilimit and ground to set the value of the current limit. float ilimit to achieve a 2.5 a fixed current limit. 5 mode output over - voltage protection ( ovp ) clamp voltage select . the output ovp clamp voltage is selected by the mode connection . a resistor connected from mode to ground set s the ovp threshold voltage. t hree digital inputs are provided for mode . drive mode high to vcc to set the output ovp clamp voltage at 15.2 v . drive mode low to gnd to set the output ovp clamp voltage at 5. 7 5 v . float mode for no ovp clamp protection. 6, 7 source source of the internal power mos fet and the output terminal of the ic. 8 gate gate driver for the reverse - current block mosfet. a 100pf ca pacitor is required on gate if the reverse - current block mosfet is not being used . 9 en enable. force en high to enable the MP5016 . f loat en or pull en to ground to disable the ic. for quick start - up, p ull en up to v cc through a 300 k ? resistor . 10 dv/dt dv/dt . connect a capacitor from dv/dt to ground to set the dv/dt slew rate.
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch mp 5 016 rev. 1.0 www.monolithicpower.com 10 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. block diagram figure 1 : functional block diagram g n d c h a r g e p u m p l d o c u r r e n t s e n s e 1 v r e f i l i m i t s o u r c e d v / d t c o n t r o l l o g i c o v p e n 4 a 8 a 8 0 k v d d f a s t o f f c o m p c u r r e n t l i m i t a m p s o f t s t a r t t h e r m a l s e n s e 6 . 5 a s o u r c e l o g i c v d d l o g i c f o r i l i m i t f l o a t i n g v c c g a t e o v p l i m i t m o d e 2 . 2 m 5 . 5 v 1 k
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch mp 5 016 rev. 1.0 www.monolithicpower.com 11 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. operation the MP5016 is designed to limit the in rush current to the load when a circuit card is insert ed into a live backplane power source, thereby limiting the backplanes voltage drop and the dv/dt of the voltage to the load . the MP5016 offers an integrated solution that monitor s the input voltage, output voltage, output current, and die tem perature , which eliminates the requirement of an external current sense power resistor, power mosfet , and thermal sense device. under - voltage lockout (uvlo) the MP5016 can be used in the 2. 7 v to 15 v input supply system. there are high - energy transients during normal operation or hot swap s . th e se transients depend on the parasitic inductance and resistance of the wire and the capacitor at the vcc node. if a power clamp (tvs, tranzorb) diode is not used, the e - fuse must be able to withstand this transient voltage. the MP5016 integrates a high - voltage mosfet with up to 15v of continuous voltage and 26 v of ma x imum transient input voltage. the MP5016 also uses a high - voltage circuit for the vcc node to guarantee safe operation. mode mode is used to select the output over - voltage protection ( ovp ) threshold. t hree digital inputs are provided for mode . drive mode high to vcc to set the output ovp clamp voltage at 15.2 v. drive mode low to gnd to set the output ovp clamp voltage at 5. 7 5 v . float mode for no ovp clamp protection . the ovp threshold can be set by connecting a resistor from mode to ground. for more detail s , refer to the application information section on page 14 . soft start (ss) the soft - start time is related to the d v /dt slew rate and input voltage and can be calculated with equation (1): (1) the d v /dt slew rate is controlled by an external dv/dt capacitor setting and the mode setting. fast output and input ovp to protect the downstream load when there is a surge voltage at the input , the MP5016 provides an output ovp function. an accurate and fast comparator monitor s the over - voltage condition of the output. if the output voltage rises above the threshold set by mode , th e gate of the internal mosfets is pulled down quickly and is regulated to a certain value to keep the output voltage clamped at the ovp threshold. the fast loop response speed keeps the over - voltage overshoot small. current limit the mp 5016 provides a constant current limit , and the current limit can be programmed by an external resistor. t he desired current limit i s a function of the external current limit resistor and can be approximate d with equation (2) : (2) where 3 870 is the current sense ratio . once the current limit threshold is reached, the internal circuit regulate s the gate voltage to hold the current in the power mos fet constant . to limit the current, the gate to the source voltage must be regulated from 5v to around 1v. the typical response time is about 15 s . during this period , the output current may have a small overshoot. if the current limit condition lasts longer than 2ms , the ic enters hiccup mode with 2ms of on time and 700ms of off time. the MP5016 allows ilimit to be float ed during operation. if ilimit is floating, the current limit is set a t a fixed 2.5 a internally. when short ing ilimit to gnd, the normal current limit is disabled , but the secondary current limit still works. the secondary current limit is set to 8 a internally . when the secondary current limit is tri gg e re d , the ic shut s down the power mosfet . (v/ms) dv/dt vin(v) t_ss(ms) ? limit limit 0.55(v) i (a) 3870 r( ??
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch mp 5 016 rev. 1.0 www.monolithicpower.com 12 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. short - circuit protection (scp) if the load current increases rapidly due to a short - circuit event, the current may exceed the current - limit threshold before the control loop can respond. if the current reaches the 8 a secondary current limit level, a fast turn - off circuit activates to turn off the power mos fet . this can help limit the peak current through the switch, keep ing the input voltage from drop ping too much. the total short - circuit response time is about 1 s . after the mos fet has switched off, the part restart s . during the restart process, if the short still exist s , the MP5016 regulate s the gate voltage to hold the current at a normal current limit level. t he ic enters hiccup mode with 2ms of on time and 700ms of off time. to prevent safe operating area ( soa ) damage during a high input voltage short - circuit protection ( scp ) condition, the ic current limit fold s back when the power mos fet v ds voltage is above the typical 11v and the junction temperature is over 110 c. reverse blocking mos fet driver the MP5016 has a gate pin to provide an external n - channel mosfet gate drive signal for reverse - current protection (rcp) . three events can pull down the gate voltage : v in below the under - voltage lockout ( uvlo ) , the enable (en) voltage below the low - level threshold , or thermal shutdown. if any of these conditions occur , gate sink s the current from the gate of the external mosfet to initiate a fast turn - off. for 3.3v low input voltage application s , choose an external reverse blocking mosfet with a small gate threshold voltage ( v gsth < 1.6v) to reduce the voltage drop caused by the reverse - blocking mosfet. set ting an appropriate ovp threshold also can protect the reverse voltage (from the output to the input) when using an external n - channel mosfet . when v out rises too high during normal operation, the MP5016 source voltage is higher than the ovp threshold. in this c ase, the gate voltage is regulated to maintain the source clamped at the ovp threshold. this action protect s the reverse current from the high v out to the low v in . a 100pf capacitor is required on gate if it is not connect ed to the external mosfet. output discharge the MP5016 involves a discharge function that provides a resistive discharge path for the external output capacitor. the function is active when the part is disabled ( v in uvlo, en shutdown ) and is done in a very limited amount of time. when us ing the external reverse - current block mosfet, the output discharge path is block ed by the reverse current block mosfet. therefore, the output cannot be discharged when the reverse - current block mosfet is used . enable ( en ) the MP5016 is enabled when en is high . the MP5016 is disabled when en is low. floating en shuts down the MP5016 because there is an internal 2 .2 m ? resistor pull ing en down to ground. for auto matic start - up, connect a pull - up resistor from vcc to en. en is clamped internally using a 5.5 v zener diode (see figure 2). connecting the en input through a pull - up resistor to v cc limits the en input current below 100a to prevent damage to the zener diode. for example, when connect ing a 3 00k pull - up resistor to 1 5 v v cc , i zener = (1 5 v - 5.5 v) / 3 00k - 5.5v / 2.2m = 29 a. figure 2: zener diode between en and gnd when us ing a pull - up resistor to set the power - on threshold, avoid using a pull - up resistor that is too small to increase the operation al quiescent current. thermal shutdown C auto - retry thermal shutdown prevents the chip from operating at exceedingly high temperature s . when the silicon die temperature exceeds 175c, the entire chip shuts down , and en report s a fail mode. when the temperature drops below its lower threshold ( typically 125c ) , the chip is enable d again after a 700ms delay , typically. e n l o g i c 2 . 2 m e n g n d 1 k 5 . 5 v
mp501 6 C 2.7 v - 15 v, 0.7a - 5a, progra mmable, current - limi ted switch mp 5016 rev. 1.0 www.monolithicpower.com 13 6/20/2017 mps proprietary information. patent protected . unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. application informat ion setting the current limit the mp501 6 current limit value should exceed the normal maximum load current, allowing for tolerances in the current sense value. the current limit is a function of the external current limit resistor. table 1 and figure 3 list examples of typical current limit values as a function of the resistor value. table 1 : typical current limit vs. current limit resistor ( 8 ) r limit (?) 3 000 1050 604 470 4 22 i limit (a) 0.7 5 2 3 .5 4 .5 5 note : 8) the c urrent limit in table 1 is a typical value for the reference design. figure 3 : current limit vs. current limit resistor the MP5016 current limit can be programmed from 0. 7 a to 5a by connecting the correct resistor ( r limit ) . the current limit cannot be set too low, because the MP5016 works in sleep mode when the load is lower than 0. 38 a , typical ly. the current limit logic is disabled in sleep mode , also . setting the over - voltage clamp threshold drive mode high to vcc to set the output ovp clamp voltage at 15.2v . drive mode low to gnd to set the output ovp clamp voltage at 5. 7 5 v. refer to table 2 to set the mode high/low digital voltage. table 2 : mode high/low digital voltage min. max. v mode _high vcc - 0. 2 v v mode _low 0. 2 v the ovp threshold can also be set by connecting a resistor from mode to ground. in this case, the ovp clamp threshold is given by equation (3) : (3) r mode should be above 68k?. for example, an r mode value of 76.8 k? can set the ovp clamp threshold to 3.9 v. when r mode is used, place a 39pf capacitor from mode to gnd . setting the soft - start time the soft - start time is related to the d v /dt slew rate and input voltage and can be calculated with equation (4): (4) the d v /dt slew rate is controlled by external dv/dt capacitor setting and mode setting. table 3 shows the d v /dt slew rate when dv/dt is floating . table 3 : d v /dt slew rate value when dv/dt is float ing mode connection d v /dt slew rate (v/ms) low 0.8 high 2 float 3.8 r mode for case s with an external dv/dt capacitor , the d v /dt slew rate can be calculated with equation (5) : (5) see table 4 for the k 1 factor value . 0.3(v) (k r 0.047 (v) v mode clamp ? ? ? (v/ms) dv/dt vin(v) t_ss(ms) ? 7ms (v) v clamp (nf) c k1 ? 6.5 (v/ms) dv/dt dv/dt ? ?
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch mp 5 016 rev. 1.0 www.monolithicpower.com 14 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. table 4 : k 1 factor value at external dv/dt capacitor mode connection k 1 low 5. 7 5 high 15.2 float 27 r mode for example, when the external dv/dt cap is 47nf and r mode = 76.8 k? , the d v /dt slew rate is 1v/ms. large output capacitor with large output capacitor, if the charge current during soft start trigger s the current limit , the MP5016 enter s hiccup when the current limit is triggered for 2ms. to avoid start - up failure with a large output capacitor, a proper d v /dt slew rate must be set during the soft start to avoid trigger ing the current limit . pcb layout guide efficient pcb layout is critical for stable operation . for best results, refer to figure 4 and follow the guidelines below . 1. place the high - current paths (vcc , vout) close to the device using short, direct, and wide traces. 2. place the input capacitors close to the vcc and gnd . 3. connect the vcc and vout pads to large vcc and vout plane s respectively to achieve better thermal performance. 4. place a current - limit resistor close to ilimit . 5. place a dv/dt capacitor close to dv/dt . figure 4 : recommended layout design example table 5 is a design example following the application guidelines for the given specifications . table 5 : design example v in (v) 2.7 to 15 current limit (a) 3.5 dv/dt slew rate (v/ms) 3.8 the detailed application circuits are shown in figure 5 and figure 6 . the typical performance and circuit waveforms are shown in the typical performance characteristics section. for more detailed device applications, please refer to the related evaluation board datasheet . mode clamp r * 7 v 1 2 6 7 v c c e n d v / d t g a t e s o u r c e m o d e g n d i l i m i t v c c v c c s o u r c e g n d v c c t o p l a y e r b o t t o m l a y e r r 1 c 3 r 2 c 2 c 1 g n d c 4
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch mp 5 016 rev. 1.0 www.monolithicpower.com 15 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. typical application circuits figure 5 : typical application circuit without reverse - current blocking mosfet figure 6 : typical application circuit with reverse - current blocking mosfet ( 9 ) n ote : 9) for 3.3v low input voltage application s , it is recommend ed to choose an external reverse - blocking mosfet with a small gate threshold voltage (v gsth < 1.6v) to reduce the voltage drop caused by the reverse - blocking mosfet. i l i m i t g n d v c c d v / d t s o u r c e v i n v o u t e n g a t e c 3 n s r 1 6 0 4 m o d e c 1 1 f c 2 1 0 f 1 , 2 3 4 5 6 , 7 8 9 1 0 m p 5 0 1 6 r 2 3 0 0 k c 4 1 0 0 p f i l i m i t g n d v c c d v / d t s o u r c e v i n v o u t e n g a t e c 3 n s r 1 6 0 4 m o d e c 1 1 f c 2 1 0 f 1 , 2 3 4 5 6 , 7 8 9 1 0 m p 5 0 1 6 r 2 3 0 0 k m 1
mp501 6 C 2. 7 - 15 v, 0.7 - 5a , programmable , current - limited swi tch notice: the information in this document is subject to change without notice. users should warrant and guarantee that third party intellectual property rights are not infringed upon when integrating mps products into any application. mps will not as sume any legal responsibility for any said applications. mp 5 016 rev. 1.0 www.monolithicpower.com 16 6/20/2017 mps proprietary information. patent protected. unauthorized photocopy and duplication prohibited. ? 2017 mps. all rights reserved. package information qfn - 10 ( 1.5 mmx 2 mm) s i d e v i e w b o t t o m v i e w n o t e : 1 ) a l l d i m e n s i o n s a r e i n m i l l i m e t e r s . 2 ) l e a d c o p l a n a r i t y s h a l l b e 0 . 1 0 m i l l i m e t e r s m a x . 3 ) j e d e c r e f e r e n c e i s m o - 2 2 0 . 4 ) d r a w i n g i s n o t t o s c a l e . p i n 1 i d m a r k i n g t o p v i e w p i n 1 i d i n d e x a r e a r e c o m m e n d e d l a n d p a t t e r n p i n 1 i d 0 . 1 5 x 4 5 o t y p 0 . 1 5 x 4 5

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