View IRS-B210ST01_7517178.PDF datasheet online --- IC-ON-LINE

Datasheet File OCR Text:

smallest and thinnest in the world! developing surface mount pyroelectric infrared sensor feb 26, 2010 murata manufacturing co., ltd. president/ statutory representative director: tsuneo murata overview murata manufacturing co., ltd. has developed th e world's smallest and thinnest surface mount pyroelectric infrared sensor, "irs-b series." our new model is even smaller than the previous reflow surface mount pyroelectric infrared sensor available exclusively from murata. this model will contribute to promoting mass production and price reduction of reflow surface mount type sensors. it will also accelerate introduction of the human presence sensor for consumer equipment in additi on to allowing equipment size reduction. furthermore, we have developed a c ondenser "flat lens" used in combination with the pyroelectric infrared sensor, contributing to thinner equipment manufacturing. background requirements for human presence sensing are incr easing in various applications such as energy conservation, theft prevention, appliances and care-giv ing. previously, pyroelectric infrared sensors used in human presence sensors tended to be large, and unsu itable for automatic surface mounting due to lead mount construction, making them less cost effective and difficult to mass-produce. to this end, murata previously offered the only li neup of reflow surface mount pyroelectric infrared sensors in the industry. we were able to further redu ce the size of this newly developed "irs-b series" model, creating a smaller and thinner version, by improving murata's own package technology and pyroelectric ceramic materials. this model makes it possible to mount the human presence sensor on equipment allowing the equipment to be smaller, thinne r and lighter, such as appliances, low profile digital equipment, pcs and video game consoles. irs-b series is approximately 50% smaller in volu me and 10% thinner than our previous surface mount model. compared with common lead-type models, it is significantly smaller with a lower profile approximately 20% less in volume and 50 % less in thickness than the former. curvature of the "flat lens," developed together with "irs-b series," was made extremely flat making it possible to streamline the equipment design. features world's smallest and thinnest size (4.7x4.7x2.4mm) only lead-free soldering reflow surface mounting model in the industry high sensitivity achieves excellent electromagnetic noise suppre ssion performance through murata's own packaging technology contributes to flatter equipment design w ith simultaneously developed flat lens does not use substances controlled by the rohs directive applications usable for the following applications as human presence sensor tvs global site select region pa g e 1 of 3 smallest and thinnest in the world! developin g surface mount p y roelectric infrared ... 05/11/2010 http://www.murata.com/new/news _ release/2010/0226/index.html
air-conditioning units digital photo frames pcs automatic switches for lighting systems webcams (ip cameras) automatic hot water flushing toilet seat security equipment other automatic switches (ex.: lcd monitors, air-cleaners and ventilation fans) eco-friendly appliances etc. part numbe IRS-B210ST01-r1 (dual type) (l ong-distance detection type) irs-b340st02-r1 (parallel quad ty pe) (micro-motion detection type) characteristics model number IRS-B210ST01-r1 irs-b340st02-r1 sensitivity (reference values) 3.6 mvpp 3.1 mvpp responsive wavelength range minimum 3m 3m responsive wavelength range maximum 14m 14m sensing angles 1=70 2=50 1=70 2=50 power supply voltage maximum 15.0vdc 15.0vdc power supply voltage minimum 2.0vdc 2.0vdc operating temperature range minimum -40 -40 operating temperature range maximum 70 70 storage temperature range minimum -40 -40 storage temperature range maximum 85 85 photoreceptor shape pa g e 2 of 3 smallest and thinnest in the world! developin g surface mount p y roelectric infrared ... 05/11/2010 http://www.murata.com/new/news _ release/2010/0226/index.html
help external size production sales commence in february 2010 scheduled to manufacture 1 million units per month sample price about 200 yen patents 10 patents pending this is a pdf file. adobe reader is required to view, print, or download this file. this document file is in rss (xml) format. an "rss reader" is required to read this file. home > news > news release > 2010 > smallest and thinnest in the world! developing surface mount pyroelectric infrared sensor copyright ? murata manufacturing co., ltd. all rights reserved. pa g e 3 of 3 smallest and thinnest in the world! developin g surface mount p y roelectric infrared ... 05/11/2010 http://www.murata.com/new/news _ release/2010/0226/index.html
for reference only 1/17 ?? ??? {? pyroelectric infrared sensor product specification date 7,sept.. 2009 J approved by _J checked by prepared by m (scope) {??C??????C??g?? ?????????????? ????????Bj this product specification is applied to dual element type pyroelectric infrared sensor IRS-B210ST01-r1 used to security system , sensor light and consumer electronic equipment. please contact us when using this product fo r any other applications than described in the above. ? (murata part number) IRS-B210ST01 ? u
for reference only 2/17 ?? 3-1 outline dimensions ???O? 2.50 0.80 1.20 gnd ??R power supply terminal (vin) ????R out put terminal (vout) gnd ? u
for reference only 3/17 ? 3-2 equivalent circuit ??R (vin) `?R (vout) (gnd) ? (numbering) ???`??? part number and monthly number are numbering on the side of package. ?u? 4-1 part number code and trade code u?????u???? ???? part number code: 01 trade code: u? 4-2 production month u???`???????? printed on the top of sensor in eiaj code. ? (month) (year) n p q r s t u v w x y z a b c d e f g j m n r t u a b c d e f g h j k l m ??u??? 4-3 numbering example (october 2010) 0 4 ? u
for reference only 4/17 ?o? 25350%rh30% r?? ratings and characteristics (25 c 3 , 50% 30% rh) ?R 5-1 responsivity (rv) min. typ. ?R responsivity (rv) 3.0 mvpp 3.6 mvpp ?R?Jy????? responsivity is measured with following system. \ black body 500k 140mm +5v 47kohm d s g ? infrared sensor ???????????(1hz) mechanical chopper (1hz) ?????????? (1hz) lock-in amp.(1hz) ???????? oscilloscope 22uf ? ?R?y figure 2. test syst em of responsivity ??Og? 5-2 balance of responsivity ??Og? balance 10% max. ?(%)(r-l)/(r+l) ?? r ??O? l ??O? balance(%) = |(rr-rl)/(rr+rl)| 100 rr : response from right element rl : response from left element ? u
for reference only 5/17 ?? 5-3 white noise level ?? white noise 250mvpp max. y ??? ???y??? ?y ??y gy? ?yh `???????By? conditions for measurement ? test circuit : with t he circuit shown in figure3. ? measure point : across out and gnd. ? environment : in the electrically and optically shielded box kept at 25 c. d g s 1n 47k 10k 10k 22u 2.2meg 10n 33k lm358 1n 10k 47u 22 u 33 k 22k 1n lm358 1meg 22n 33k 4.7k 100u 47u lm78l05 12vdc out gnd gain:76.5db (x6700) a ?? ? ??y figure 3. test circuit ? u
for reference only 6/17 `?R 5-4 source voltage `?R(s) source voltage(vs) 0.3 to 1.5 v y ??? ?d??y??? ?y ??y agndg ?yh ?`????y? conditions for measurement ? test circuit : with t he circuit shown in figure3. ? measure point : across a and gnd. ? environment : in the electrically and optically shielded and temperature controlled box. ?rg 5-5 warm-up time ?rg warm-up time 30sec. max. y ??? ?d??y??? ?yh `???????By? ??`?R??_???rg?? conditions for measurement ? test circuit : with the circuit shown in figure 3. ? environment : in the electrically and optically shielded box kept at 25 c. warm-up time is defined as time for source voltage to reach to specified value from turning on. ? u
for reference only 7/17 ??R 5-6 supply voltage range ?X`? 5-7 recommended rs value Q s Q `? s ??g? ?? ??? 5-8 field of view 50 50 70 70 4 ??? figure4. field of view ???` 5-9 optical filter ?^ ???^??? | ? transmittance : the graph shown in figure5. material : monocrystalline silicon thickness : 0.5 0.1mm ? u
for reference only 8/17 ? ??^ figure5. transmittance of opt ical filter (example) ? u
for reference only 9/17 ??? (operating temperature) - ?? (storage temperature) - ????` (recommended land pattern) ??R vin power supply terminal 2.40 3.75 5.40 3.30 `?R vout (out put terminal) 1.90 1.00 0.45 gnd gnd g u ni t : mm .?`? (soldering conditions) ??? ??`???? ??`???? ?????H?????_J?? following figure shows temperature profile when reflow soldering. ? cleaning after reflow sol dering should not be applied. ? flow soldering should not be applied. ? please contact us when using other reflow profile except following reflow profile. ? u
for reference only 10/17 u ?????? peak temperature on product surface 240 , 5sec. max. temp.( ) time(sec.) gradual in air ?? heating 220 min. 2/sec. max. N?rg h eating period 80-100 sec. (20sec.min.) 30-40 sec.max. 120 sec.min. 240 220 180 150 100 pre-h eating 150 -180 7?`? figuresoldering condition ? u
for reference only 11/17 y?? (package and marking) ?1`1500{`?????? ??`???`????r?????? ?rohs????u???rohs??????? rohs-y???rohs???abc?????? ??????????? ?e?|??v ?????? ? the tape for pyroelectric infrared sensor s hall be clockwise. the feeding holes shall be to the right side as the tape is pulled toward the user. ? a reel shall contain 1,500 pcs of pyroelectric infrared sensor and its reel label shall be clearly marked with part number, quantity, and inspection number. ? the product which has rohs-y<*> mark on the packaging label is compliance with rohs directives. the alphabet in blank <*> will be changed a to b, b to c, and so on with every revision of the rohs direct ives. please refer to the document, "the marking for the directives on the restrict ion of the hazardous substances' use," to check the directives corresponding to alphabets in <*> . ? u
for reference only 12/17 m (reliability) ?????Yg???? 3rg ??y????? judgment criteria for 11-1 to 11-7. after eac h one of the test, the sensor is kept for three hours at room temperature, then it is evaluated with the following criteria. ? table1. judgment criteria ? items judgment criteria Q external appearance p? no significant damage ?R responsivity ??? 20%?? within 20% shift from initial value white noise ? +100mv ? within initial value +100mv `?R source voltage ????? within rated value ?Y 11-1 high temperature ?? 1003??500rg?? 100 c for 500hours ?Y 11-2 low temperature ?? -403??500rg?? -40 c for 500hours ??Y 11-3 humidity ?? 603? 95%rh 500rg?? 60 c, 95%rh for 500hours ? u
for reference only 13/17 ??Y 11-4 heat cycle -25330 25330 55330 1?? 20R?? 20 times of the following cycle -25 c, 30min. ? room temp. 30min. ? 55 c, 30min. ? room temp. ?Y 11-5 vibration ? 1055hz ? 1.5mm? x,y,z 3? 60??? apply vibration of amp litude of 1.5mm with 10 to 55hz bands to each of 3 perpendicular directions (x, y, z) for an hour. n?Y 11-6 shock ?n?YC??100g??x,y,z 3 ??? (1g=9.8m/s ) apply shock of 100g sinewave by standar d shock tester to each 3 perpendicular directions (x, y, z). (1g=9.8m/s 2 ) ?? 11-7 soldering heat ??`????`???`?? ?`??? 2 times of soldering test on figure7. the second is returned to room temper ature after the first soldering test. ? u
for reference only 14/17 ? (. caution) ?? 12-1 limitation of applications u?????`??b????? ????m????????? ???????u???????? ????? please avoid using this product for the applications listed below which require especially high reliability for the prevention of defects t hat might directly cause damage to the third party's life, body or property. when this product is used for the applicat ions listed below, we shall not be liable for any claims on the product. ??C C ??C ?kC ?C ??C???? ????C IC ??C??C 1. aircraft equipment 2. aerospace equipment 3. undersea equipment 4. power plant control equipment 5. medical equipment 6. transportation equipment (vehi cles, trains, ships, etc.) 7. traffic signal equipment 8. data-processing equipment 9. application of similar complexity an d/or reliability requirement to the applications listed in the above ?`?`?C? 12-2 fail-safe u???????????m ??`?`?C??? be sure to provide an appropriate fail-safe function on your product to prevent a second damage that may be caus ed by the abnormal function or the failure of our product. ? u
for reference only 15/17 ??? ( caution in use ) O?r 13-1 notice in design ) ???????????h???? m????`O??Y????? `?`?????? in the case of outdoor use, suitable optic al filter and water and humidity proof structure should be applied. ) ?????? to prevent failure or malfunction, please use a stabilized power supply. ) ???B?????`?? ?????_J?? please avoid using the sensor in the fo llowing conditions because it may cause failure or malfunction ; a) ??Cy?Ng???? ?L?? in such a fluid as water, alcohol etc. corrosive gas (s0 2 , cl 2 , no x etc.) or sea breeze. b) ??BA? in high humidity. c) ?????????????? in a place exposed directly to s unlight or headlight of automobile. d) ???? in a place exposed to rapid ambient temperature change. e) L?``?L???? in a place exposed directly to bl ow from air-conditioner or heater. f) ??? in a place exposed to strong vibration. g) ???? in a place exposed to strong electromagnetic field. h) ????????????? ?? in such a place where infrared ray is shaded. i) ?ah????? in any other place similar to the above (a) through (h). ? u
for reference only 16/17 ???r 13-2 notice in handling and storage ) ?????A??? optical filter of sensor sh ould not be scratched or soiled. ) ??]???n??? strong shock should be avoided. ) ????????? electrostatics and strong electrom agnetic field should be avoided. ) ?????`??????B??? sensor should be kept on conductive sponge. ) ??m???Cy?g? ????L???? high temperature, high humidity, fluid as water or alcohol etc., corrosive gas ( s0 2 , cl 2 , no x etc.) and sea breez e should be avoided. ?h???-1040?1595?{? ?? use the products within 6 months after receiving. g?r 13-3 notice in mounting ?????????A?? ?????A`???? please follow soldering conditions described in the specification. this product can permanently stop operating if the piezoelectric(pyroele ctric) characteristic is decreased due to excessive heating. u??????????B?????C??? ?{??d???????g? cleaning after reflow soldering should not be applied. optical filter of sensor should not be soiled because it may cause failure or malfunction. ( note) ??H??u??g???B??u?_J?? please make sure that your product has been evaluated in view of your specifications with our produc t being mounted to your product. {??d????g?????? ? u
for reference only 17/17 h???u???{??d??? ? you are requested not to use our product deviating from the agreed specifications. ??gY????vs?? d??m????????{? ?\?????|^?I??? ?v??e?g????? ?d????Z???? ???e??s????? ? we consider it not to appropriate to include any terms and conditions with regard to the business transaction in t he product specificati ons, drawings or other technical documents. therefore, if your technical documents as above include such terms and conditions such as warranty clause, product liability clause, or intellectual property infringe ment liability clause, they will be deemed to be invalid. ? u

▲Up To Search▲

Price & Availability of IRS-B210ST01

	To Download IRS-B210ST01 Datasheet File
If you can't view the Datasheet, Please click here to try to view without PDF Reader .