bwin客户端- 姹借溅鐢靛瓙搴旂敤瑙ｅ喅鏂规-Linear鍘傚晢_鍦ㄧ嚎搴ц皥

绮惧僵闂瓟

涓婚锛氭苯杞︾數瀛愬簲鐢ㄨВ鍐虫柟妗�
鍦ㄧ嚎闂瓟锛�
[闂細ivanjin]	浣犲ソ锛岃闂兘鍚︽帹鑽愰€傜敤宸ョ▼杞﹁締鐨勭數婧怚C锛屼緥濡侱C/DC. 瀵逛簬鐢垫簮鐨勫姛鐜囧拰鐢靛帇鐗圭偣锛岃缁欎簣涓€浜涢€夋嫨鐨勭煡閬撱€傝阿璋紒
[绛旓細Terry]	We have too many choices. In the presentation, you may already see some, but due to limited time, we can"t go through every parts we have. So, depending on your application requirement, we can have more involved discussion to locate a good part for you. You can contact us (tlo@linear.com) directly for details.	[2005-11-16 10:48:04]
[闂細32kmcu]	LT1937鏃犵數娴佽緭鍑虹殑妫€娴嬩繚鎶�,鍦ㄧ數璺嚭鐜伴棶棰樼殑鏃跺€�,杈撳嚭鐢靛帇灏嗕竴鐩村崌涓婂幓,鐩村埌鎹熷潖鑺墖鑷韩.璇烽棶LINER鏈夊叧浜庤繖涓棶棰樼殑瑙ｅ喅鏂规鍚�?
[绛旓細Dongyan]	We have parts with open LED protection, such as LT3465 and LT3465A.	[2005-11-16 10:52:59]
[闂細winhi]	LTC6101鐨凥妗ョ數娴佹娴嬬敤涓ゅ彧妫€娴嬫湁浠€涔堜紭鐐�,鐢ㄤ竴鍙湪鍥炲湴绔娴嬩笉鍙互鍚�
[绛旓細Glen]	Using two LTC6101s allows us to sense what is the direction of the current in the motor. Using one LTC6101, the current sense is always positive, so we would need to know what switch is on. Also, sometimes putting sense resistors in the ground path is not desirable. But yes, in the ground path, you could use one or two sense circuits. Using two gives you polarity information.	[2005-11-16 10:58:24]
[闂細ptldy]	璇烽棶鏈夋棤杈撳叆4V-80V锛岃緭鍑�5V/3A鐨勭畝鍗曡姱鐗囨柟妗堬紵
[绛旓細Dongyan]	What is your input source? We have LT3800 that can work from 4V to 60V.	[2005-11-16 11:00:01]
[闂細yjs1112]	璇疯鏄庢湁鍏砈EPIC鎷撴墤缁撴瀯鐨勬儏鍐�,澶氳阿!
[绛旓細Terry]	SEPIC topology is based on Boost converter and use 2 inductor (can be coupled) and capacitor for the power conversion. This topology has some drawbacks as the MOSFET then see high voltage and current stress (Vds can see Vin+Vout, Isw is the sum of the input and output current). The inductors and capacitor will also contribute to the loss. So, high efficiency is not easily achieved.	[2005-11-16 11:00:41]
[闂細shandong]	浣犱滑鐨勮姱鐗�,鏈€澶ц娴嬬數娴�,鏈夊澶�?
[绛旓細Glen]	There is no current limit. It depends on the sense resistor, and the maximum input voltage of the sense amplifier. For the LTC6101, I think the maximum is 4V, so a 1 Ohm resistor would allow you to sense up to 4A. A 0.001 Ohm resistor would allow you to sense up to 4000A	[2005-11-16 11:02:01]
[闂細32kmcu]	璇烽棶鏈夌被浼糒T3450閭ｆ牱椹卞姩LED鐨勮姱鐗�,杈撳嚭鏄�5V,-12V,+15鐨勫崟鐗囪В鍐虫柟妗堝悧?
[绛旓細Terry]	Our LTC3450 is quite unique and it is mainly for multiples of 5V (5V, 10V, 15V, -15V, -10V, -15 etc). For your application, you can try our LT3463 or LT3471 (with some simple diode-cap charge pump) depending on the current requirement.	[2005-11-16 11:05:07]
[闂細yjs1112]	璇疯鏄嶭TC3703鏋舵瀯鐨勪富瑕佺壒鐐�,澶氳阿!
[绛旓細Dongyan]	LTC3703 is a synchronous step-down Dc-Dc converter.	[2005-11-16 11:05:50]
[闂細qian.song]	鏄惁鍦ㄨ緭鍏ュ鑼冨洿娉㈠姩鎯呭喌涓嬶紝杈撳叆绋冲畾鍦ㄤ竴涓浐瀹氬€硷紵锛�
[绛旓細Terry]	I think this question is asking about the buck-boost converter that we discussed in the presentation. Yes, we can provide stable output even though the input is very wide range. For input variation, it is a matter of line regulation, we have very good line regulation for many of our controller parts	[2005-11-16 11:06:34]
[闂細zclong008]	璇烽棶鍑岀壒鍏徃鐨勭數婧愬崐瀵间綋IC 鍦ㄦ苯杞︾數瀛愭柟闈㈢浉瀵逛簬NS 锛孴I 绛塈C锛� 鏈変粈涔堜紭鍔匡紵
[绛旓細Terry]	We provides very high performance analog products and it is hard to generally provide a simple comparison for our advantage. If you have some specific requirement, I can give you something then and you"ll obviously see our advantage.	[2005-11-16 11:10:04]
[闂細yjs1112]	璇疯В璇撮珮鎬ц兘闄嶅帇鍨嬫帶鍒跺櫒-LTC3703鐨勭壒寰�,澶氳阿!
[绛旓細Dongyan]	It can work up to 100V input voltage. It has 100kHz to 600kHz programmable freq. It has dual N-channel MOSFET synchronous drive. Please refer to datasheet for more details. Our website is www.linear.com	[2005-11-16 11:10:09]
[闂細dengxc]	璇烽棶涓撳锛氱洰鍓嶏紝鍦ㄦ苯杞︾數瀛愰鍩熶腑浠ョ粡鑰冭檻鐨勬病鏈夊緱鍒拌В鍐崇殑闂鏈夊摢浜涳紵
[绛旓細Terry]	There are so many different problems indeed. We"ve just covered some in our presentation.	[2005-11-16 11:13:46]
[闂細lhpwell]	瀵规苯杞﹂煶鍝嶄笂鐨勭數婧愭瘮濡俆FT鏄剧ず涓婄殑鍙樺帇鍣ㄧ敤閫斾笉涓€鏍峰惂锛熷湪鎴戜滑鐨勬苯杞﹂煶鍝嶄笂浣跨敤鏄€庢牱鐨勶紵
[绛旓細Terry]	I don"t think there is too much difference. Some difference, if there is, maybe on the input voltage range or product operation temperature range. Some maybe form factor (size).	[2005-11-16 11:15:50]
[闂細Sy_Bngd]	浠€涔堟槸璐熻浇绐侀檷?
[绛旓細Terry]	璐熻浇绐侀檷鎸囩殑鏄湪浜ゆ祦鍙戠數鏈虹粰鐢垫睜鍏呯數鏃剁數姹犵數缂嗘柇鎺ョ殑鎯呭舰銆傝繖绉嶇獊鐒舵柇鎺ュ彲鑳戒骇鐢熼珮杈�60V鐨勭灛鎬佺數鍘嬪皷宄帮紝鍥犱负浜ゆ祦鍙戠數鏈鸿瘯鍥剧粰鐢垫睜瀹屽叏鍏呯數銆備氦娴佸彂鐢垫満涓婄殑鐬€佺數鍘嬫姂鍒跺櫒閫氬父鎶婃€荤嚎鐢靛帇绠濅綅浜�36V鍜�60V涔嬮棿锛屽洜鑰屼娇寰椾氦娴佸彂鐢垫満鐨勪笅娓稿櫒浠朵富绔疍C/DC杞崲鍣ㄨ兘澶熸壙鍙�60V鐨勭灛鎬佸皷宄般€傜敱浜庡笇鏈涜繖浜涜浆鎹㈠櫒浠ュ強鐢辫繖浜涜浆鎹㈠櫒渚涚數鐨勫瓙绯荤粺鍦ㄧ灛鎬佷簨浠跺彂鐢熸湡闂村拰鍙戠敓浠ュ悗姝ｅ父宸ヤ綔锛屾墍浠C/DC杞崲鍣ㄨ兘澶熷鐞嗚繖绉嶉珮鐬€佺數鍘嬫槸鑷冲叧閲嶈鐨勩€�	[2005-11-16 11:16:07]
[闂細yjs1112]	璇疯鏄庨潰鍚戞苯杞﹀簲鐢ㄧ殑LED椹卞姩鍣ㄧ姸鍐�,澶氳阿!
[绛旓細Dongyan]	More and more LEDs will be used in car: such as auto dashboard, LCD panel backlight, interior light, brake light. Our company has a large variety of parts that are aiming at driving high power LED: LT3474, LT3477, LT3479, LT3486...	[2005-11-16 11:17:30]
[闂細dragontan]	鍦ㄦ苯杞︾數瀛愪腑浣跨敤鐨勭數婧愭ā鍧楋紝浣犱滑閮藉仛浜嗗摢浜涙敼杩涳紵鍦ㄨ浆鎹㈡晥鐜囷紝绾规尝鐜囨柟闈紝鏁ｇ儹鏂归潰锛屼綘浠彲浠ュ仛鍒颁粈涔堢▼搴︼紵璋㈣阿
[绛旓細Terry]	We"ve done a lot. We are always trying to provide the best efficiency, lowest noise and small solution to the market. Some techniques we are using is very confidential but I don"t think customer needs to care so much. Just try our part and you"ll see how good it is!	[2005-11-16 11:18:18]
[闂細yjs1112]	璇疯鏄庨櫟鐗瑰叕鍙哥殑楂樻晥鐜囪В鍐虫柟妗�,澶氳阿!
[绛旓細Terry]	We have too many. So, it is hard to give a very general explanation. Do you have anything specific?	[2005-11-16 11:20:29]
[闂細qbw]	LTC6101鑳藉惁绋嬫帶杈撳嚭姝ｃ€佽礋400MS鐨�3A/24V鐢垫祦锛�
[绛旓細Glen]	No. The LTC6101 can only sense current in one direction. You can use two of them to sense current in both directions. Or, you can use a two-direction sense amplifier like the LT1787. The 400ms is not a problem. Both LTC6101 and LT1787 are fast enough.	[2005-11-16 11:22:03]
[闂細wfm]	璇烽棶LTC3701鎻愪緵3.3浼忓拰1浼忕殑鐢垫祦鍙互鏈€澶у灏戯紵
[绛旓細Terry]	LTC3701 is an old part. The newer part that may perform even better is LTC3737. Anyway, the answer to your question is - depending on the external component choice. We"ve built application to can support up to 4A.	[2005-11-16 11:22:14]
[闂細zclong008]	璇锋瘮杈冧竴涓婰ED 绐滆仈椹卞姩鍜屽苟鑱旈┍鍔ㄧ殑浼樼己鐐癸紒璋㈣阿
[绛旓細Dongyan]	If you put the LEDs in series, you don"t need to worry about balancing the LED current, the circuit is simpler. However, the number of LEDs will be limited by the rating of the switch pin voltage. If you put the LEDs in parallel, you can drive more LEDs, however, you need to ballast the currents. We have parts like LT3486, LT3466, LT1942, which can drive multiple strings.	[2005-11-16 11:24:03]
[闂細ptldy]	鑺墖鐨勮緭鍏ヤ笂闄愭槸60V锛屽叿浣撳浣曞湪杈撳叆绔姞鍣ㄤ欢鎶戝埗60V浠ヤ笂鐨勫共鎵拌剦鍐诧紵
[绛旓細Terry]	Frankly, we can"t! You need to use some other voltage suppression device. TVS is one commonly used. The reason why we have 60V is to leave more rooms for the protection device. In fact, you won"t have continuous 60V but spike or noise can go all the way up. Therefore energy absorbing device like TVS should be used to clamp the voltage. However, when you take a closer look on the specification TVS, the clamping range of those devices are quite wide. You can easily see a 24V device that have maximum clamping voltage of 58V if maximum current is pumpped to the device (energy indeed). So, a higher input range for the power supply can increase the reliability.	[2005-11-16 11:25:58]
[闂細maomaocong]	鍙惁閲囩敤鐬€佺數鍘嬫姂鍒跺櫒鏉ュ簲浠樿礋杞界獊闄�?
[绛旓細Terry]	鍦ㄥ閮ㄥ姞璁剧灛鎬佺數鍘嬫姂鍒跺櫒瀹炴柦鐢佃矾淇濇姢鏄竴涓彲琛屾柟娉曪紝浣嗘槸杩欎簺鐢佃矾澧炲姞浜嗘垚鏈苟闇€瑕佸崰鐢ㄥ疂璐电殑鐢佃矾鏉跨┖闂淬€傚噷鐗圭殑楂樺帇寮€鍏崇ǔ鍘嬪櫒鑳芥壙鍙楅珮杈�60V鐨勭灛鎬佺數鍘嬶紝鍚屾椂鍦ㄤ笉瀵圭郴缁熸€ц兘鎴栧彲闈犳€ч€犳垚褰卞搷鐨勫墠鎻愪笅缁存寔杈撳嚭绋冲畾銆備竴鑸儏鍐典笅锛岃繖浜涚ǔ鍘嬪櫒閮芥槸闄嶅帇鍨嬫垨闄嶅帇-鍗囧帇鍨嬭浆鎹㈠櫒锛屽彲缁忓彈鐢卞厖鐢�/鐢垫睜绯荤粺涓柇寮曡捣鐨勬苯杞︾數姹犲拰浜ゆ祦鍙戠數鏈虹殑鐢靛帇缃崲銆�	[2005-11-16 11:26:02]
[闂細kevinlee]	鏈夋病鏈夎疆鑳庡帇鍔涘拰娓╁害妫€娴嬫柟闈㈢殑锛�
[绛旓細Terry]	It all depends. What specific standard and what sensor do you have? We may have some application circuits that can help.	[2005-11-16 11:27:06]
[闂細mahatma]	Linear 瀵圭幇鍦ㄦ柊鍨嬬櫧鍏塋ED椹卞姩鏈夋病鏈夋洿濂�/鎴栬€呰鏄晥鐜囨洿楂樻洿绠€娲佺殑瑙ｅ喅鏂规?
[绛旓細Terry]	Yes, we have and indeed too many. So, what power do you need, how many LEDs will you use? What color are they?	[2005-11-16 11:27:53]
[闂細32kmcu]	璇烽棶鐢宠鏍风墖鐨勬渶灏忎氦璐у懆鏈熸槸澶氶暱鏃堕棿?
[绛旓細Terry]	We have a sample site www.linear.com.cn in China and we usually can deliver samples in 2 days if stock is available.	[2005-11-16 11:28:47]
[闂細MSS_SZ]	璇烽棶LINEAR鍏徃鍦�2006骞磋繕浼氭帹鍑哄摢浜涙柊鐨勬苯杞︾數瀛愬櫒浠讹紵
[绛旓細Terry]	We have around 200 new parts a year. It is hard to tell what parts we are going to launch. What kind of product are you interested in?	[2005-11-16 11:29:28]
[闂細dragontan]	璇烽棶浣犱滑鑺墖鍙惁鐢∣rCAD浠跨湡锛岃闂姱鐗囪祫鏂欏湪鍝噷鍙互涓嬭浇锛岃阿璋�
[绛旓細Terry]	We don"t provide OrCAD simulation. However, our SwitcherCAD is a SPICE base simultation tool that may be useful for you in designing with our product.	[2005-11-16 11:30:07]
[闂細yjems]	璇烽棶婕旂ず涓粙缁嶇殑浜у搧鏄惁宸茬粡閲忎骇锛熷摢浜涜姹借溅浼佷笟鎴栬€呴厤濂椾紒涓氬疄闄呴噰鐢ㄨ繃锛�
[绛旓細Terry]	The products are all released and in mass production. I"m sorry that I can"t tell you who my customers are.	[2005-11-16 11:31:01]
[闂細gary868]	鑳借瑾櫧鍏塋ED椹呭嫊鍣ㄧ殑鏈€浣抽厤缃棊?
[绛旓細Terry]	I don"t quite understand the question. Can you be more specific?	[2005-11-16 11:31:39]
[闂細yjs1112]	璇疯В璇寸洰鍓嶅湪鐢靛瓙姹借溅棰嗗煙鐢垫簮璁捐闈复鐨勬寫鎴樺浣�,澶氳阿!
[绛旓細Terry]	There are so many challenges, we have covered some of them in the presentation.	[2005-11-16 11:32:06]
[闂細32kmcu]	LT3736鐨凷GNG瑕佸鐐硅繛鎺ュ悗涓€鐐规帴鍏GND,涓轰簡閬垮厤灏嗚皭娉㈠甫鍏GND,閭ｄ箞鍙惁灏哠GND澶氱偣杩炴帴鍚庣粡涓€閾佹哀浣撶數鎰熸帴鍏GND?杩欐牱鍋氭湁濂藉鍚�?濡傛灉鏈夊澶�,涓昏浣撶幇鍦ㄤ粈涔堝湴鏂�?
[绛旓細Dongyan]	The important thing is to keep the small signal stuff seperate from the power planes with a local SGND trace or plane. You don"t need to use an inductor.	[2005-11-16 11:32:30]
[闂細qbw]	鍦↙ED渚涚數鏃朵负鎻愰珮鏁堢巼锛屽浣曡繘琛岄檺娴侊紵
[绛旓細Terry]	There are many methods to do the current control, depending on the topology and the way you connect the LEDs. How many LEDs do you want to connect? How do you connect the LEDs? How much power are the LEDs? What is the input source and voltage range?	[2005-11-16 11:33:25]
[闂細td_wang]	涓€涓紑鍏崇ǔ鍘嬪櫒鐢ㄤ簬姹借溅瀵艰埅绯荤粺鏃讹紝闇€瑕佸叿鏈夐偅浜涚壒鐐�?
[绛旓細Terry]	閫氬父寮€鍏崇ǔ鍘嬪櫒鍦ㄦ苯杞﹀鑸郴缁熷簲鐢ㄤ笂闇€瑕佸叿鏈�(1)瀹借緭鍏ュ伐浣滆寖鍥达紝(2)鍦ㄥ璐熻浇鑼冨洿鍐呯殑楂樻晥鐜囷紝(3)鍦ㄦ甯稿伐浣溿€佸鐢ㄥ拰鍋滄満鏃跺叿鏈変綆闈欐€佺數娴侊紝(4)浣庣儹闃伙紝(5)浣庡櫔澹板拰浣嶦MI杈愬皠锛�(6)璐熻浇绐侀檷鎶楁瘉鎬с€�	[2005-11-16 11:34:39]
[闂細yjs1112]	璇疯鏄庢柊娆剧殑楂樼數鍘嬮檷鍘嬪瀷绋冲帇鍣ㄧ殑浼樼偣,澶氳阿!
[绛旓細Terry]	High efficiency, robust, small form factor, simple circuit. Just provide good and stable voltage that you want.	[2005-11-16 11:35:41]
[闂細tjwdb]	鍗佸勾鍓嶆浘鍦ㄦ苯杞︿笂浣跨敤LM7805锛岀粨鏋滆鐬棿楂樺帇鎵撳潖锛屽悗鏉ュ姞涓婅繃鍘嬩繚鎶ゅ緱浠ヨВ鍐筹紝鎯崇煡閬撹繖鏍风殑闂浣犱滑浣跨敤浠€楹藉櫒浠惰В鍐炽€傚垰鎵嶇殑婕旇涓彁鍒版湁涓€娆句骇鍝佸彲浠ユ姂鍒跺鑼冨洿鐢靛帇娉㈠姩锛屾垜鐨勭悊瑙ｆ槸涓嶆槸鍙互鐪佹帀杩囧帇淇濇姢鍣ㄤ欢锛屽TVS锛岃阿璋紒
[绛旓細Terry]	No, TVS is still needed. I think I"ve provide some insight in my answer to another question here. So, in general, the TVS has very wide range of clamping voltage. So, a higher input range power supply can help to ease the TVS selection and provide higher reliability.	[2005-11-16 11:37:02]
[闂細32kmcu]	濡傛灉鎴戜娇鐢↙TC1669鐨凞A杈撳嚭鏉ユ帶鍒禠TC3736鐨刅FB2鑴�,閭ｄ箞瀵逛簬姝よ矾杈撳嚭鐢靛帇鏄惁鍙互杈惧埌鍏虫柇鐨勬晥鏋�?
[绛旓細Dongyan]	Can you use pin 14 or pin 17 to turn off the output?	[2005-11-16 11:37:55]
[闂細fcl-cq]	璇烽棶鍦ㄩ噸搴嗗競鍖虹殑閿€鍞湴鐐瑰拰浠ｇ悊鍏徃鍚嶇О
[绛旓細Terry]	We have Arrow, Avent-Memec and Cytech in Chengdu.	[2005-11-16 11:37:59]
[闂細qiyu]	LTC3780鍙互鍐欑▼搴忓悧锛�
[绛旓細Terry]	No, this is totally a hardware power supply. No software needed.	[2005-11-16 11:40:40]
[闂細hzj515]	鍙惁鎻愪緵LT3479鐩稿叧璧勬枡鍜屾牱鍝�
[绛旓細Terry]	Yes, can you provide us your email address? You can also download our datasheet at www.linear.com	[2005-11-16 11:41:12]
[闂細johnren]	璇烽棶DC-DC鐨凚OOST妯″潡涓紝L鍜孋鐨勯€夋嫨搴旀敞鎰忓摢浜涢棶棰橈紝鍦ㄥ悗绾х殑閫€钘曚腑涓烘彁楂楶SRR搴斾富瑕佹姂鍒跺紑鍏崇殑鍩洪鍚楋紵
[绛旓細Dongyan]	In boost converter, there are difference criteria about selecting L. The most basic one will be having the inductor ripple current at about 30% to 40% of the DC input current. The output capacitor will be selected basic on the output ripple requirement, load transient response requiremnet and loop stability.	[2005-11-16 11:41:12]
[闂細robin]	鍙惁閲囩敤鐬€佺數鍘嬫姂鍒跺櫒鏉ュ簲浠樿礋杞界獊闄�?
[绛旓細Terry]	鍦ㄥ閮ㄥ姞璁剧灛鎬佺數鍘嬫姂鍒跺櫒瀹炴柦鐢佃矾淇濇姢鏄竴涓彲琛屾柟娉曪紝浣嗘槸杩欎簺鐢佃矾澧炲姞浜嗘垚鏈苟闇€瑕佸崰鐢ㄥ疂璐电殑鐢佃矾鏉跨┖闂淬€傚噷鐗圭殑楂樺帇寮€鍏崇ǔ鍘嬪櫒鑳芥壙鍙楅珮杈�60V鐨勭灛鎬佺數鍘嬶紝鍚屾椂鍦ㄤ笉瀵圭郴缁熸€ц兘鎴栧彲闈犳€ч€犳垚褰卞搷鐨勫墠鎻愪笅缁存寔杈撳嚭绋冲畾銆備竴鑸儏鍐典笅锛岃繖浜涚ǔ鍘嬪櫒閮芥槸闄嶅帇鍨嬫垨闄嶅帇-鍗囧帇鍨嬭浆鎹㈠櫒锛屽彲缁忓彈鐢卞厖鐢�/鐢垫睜绯荤粺涓柇寮曡捣鐨勬苯杞︾數姹犲拰浜ゆ祦鍙戠數鏈虹殑鐢靛帇缃崲銆�	[2005-11-16 11:41:15]
[闂細wwwcom]	璇烽棶涓撳锛� 1.瀵硅搫鐢垫睜鍐叉斁鐢靛浣曠鐞嗭紵 2.閰嶇數濡備綍绠＄悊锛� 3.鏈夋病鏈夌數婧愮郴缁熸櫤鑳藉寲鎺у埗鐨勮В鍐虫柟妗堬紝姣斿鑷韩鐘舵€佹娴嬨€佹晠闅滃畾浣嶃€佹晠闅滄仮澶嶃€� 4.dc/dc闆嗕腑鍙樻崲鍜屽垎鏁ｅ彉鎹㈤偅涓€涓ソ涓€浜� 5.瀵�10锝�40w鐨凞C/DC鏋楃壒鏈夎В鍐虫柟妗堝悧 6.濡傛灉鏄お闃宠兘鎻愪緵鍔ㄥ姏鐨勬苯杞︼紝濡備綍瀵瑰浣欑殑澶槼鑳借繘琛屽垎娴�
[绛旓細Terry]	These are very general questions and our answer is: it all depends! We need more details in order to under the requirement. We have quite a number of solutions that may be suitable, but just not easy to put a simple answer here.	[2005-11-16 11:45:17]
[闂細yjems]	鍑岀壒鏄惁鎻愪緵鐢垫簮鍣ㄤ欢鍦ㄦ苯杞﹀簲鐢ㄦ柟闈㈢殑鍙傝€冪數璺紝姣斿灏忕數娴佹娴嬨€佽疆鑳庡帇鍔涙娴嬬瓑锛熷浣曡幏鍙�/
[绛旓細Terry]	Can you be more sepcific? How small current do you want to detect? High side sensing or low side?	[2005-11-16 11:45:52]
[闂細yjs1112]	璇疯鏄嶭TC3780涓嶭TC1871 SEPIC涔嬮棿鐨勬湁缂虹偣,澶氳阿!
[绛旓細Dongyan]	LTC3780 has advantages in efficiency and external component sizes. As we mentioned in the seminar, both the switch currents and voltage stressed during off-time are much less in LTC3780. Therefore, the efficiency is much higher and we can use only one inductor with lower current rating.	[2005-11-16 11:46:20]
[闂細kkwd]	LED椹卞姩鐨勫姛鐜囨槸澶氬皯锛岀敤鐨勪粈涔堟柟寮忓崌鍘嬶紵
[绛旓細Terry]	It depends on how many LEDs and how much power you want to power up.	[2005-11-16 11:46:25]
[闂細h458]	璇烽棶鍦ㄥ帵闂ㄧ殑浠ｇ悊鍏徃鐨勫悕绉癨鐢佃瘽?
[绛旓細Terry]	Arrow: 0592-2394567 Cytech: 0592-5638488 Avent-Memec: 0592-5164701	[2005-11-16 11:49:27]
[闂細zhoujiang100]	SEPIC鏂规鏄笉鏄氨鏄鑳芥牴鎹緭鍏ョ數鍘嬫潵鑷姩鍗囧帇鎴栭檷鍘嬶紵璋㈣阿
[绛旓細Terry]	Yes, it is. This is done by topology.	[2005-11-16 11:50:53]
[涓绘寔浜猴細ChinaECNet]	鎭枩鎮紝鍗庣澘绉戞妧鐨刲xs缁忚繃鐢佃剳鎶藉鎮ㄥ湪鏈搴ц皥涓幏寰椾竴閮∕P3鎾斁鍣ㄣ€傝缃戝悕涓簂xs鐨勭敤鎴蜂笌涓數缃戣仈绯�(8610-82888222-7008 鎴� lilin@chinaecnet.com)銆�	[2005-11-16 11:51:34]
[闂細qbw]	鍝竴绉嶈姱鐗囪兘鍚告敹鐢垫劅璐熻浇鐨勫洖棣堢殑鑳介噺?
[绛旓細Terry]	I think this is asking of whether we can sink current. We have some DDR part that has the ability to source and sink current. You can visit our website to take a look on LTC3413, LTC3717 etc.	[2005-11-16 11:52:55]
[闂細pengq318]	璇烽棶LINEAR鍦ㄧ數娴佹帶鍒舵柟闈�,濡�:鎭掓祦/杩囨祦淇濇姢鏂归潰鏈夋病鏈�?鏈変綍鐗圭偣?璋㈣阿
[绛旓細Glen]	Yes, for example we have LT1970, which is an opamp with adjustable current limit. Also, we have "circuit breaker" chips such as LTC4213.	[2005-11-16 11:53:43]
[闂細yjs1112]	璇疯鏄庡噷鐗瑰叕鍙稿湪姹借溅鐢靛瓙棰嗗煙鐨勫崜瓒婅础鐚槸闈犱粈涔堝彇寰楃殑,澶氳阿!
[绛旓細Terry]	High reliability, good solution, robust system, innovative products, good delivery and technical support.	[2005-11-16 11:55:24]
[闂細yjs1112]	璇疯皥璋堥潰鍚戞苯杞﹀簲鐢ㄧ殑鐢垫祦妫€娴嬫斁澶у櫒鐨勭壒寰�,澶氳阿!
[绛旓細Glen]	Often the most important specification in automotive is the operating temperature range. The LT6100 and LTC6101 have full automotive operating range of -40 to 125C. Also important is fault and overvoltage handling. Both parts can tolerate large differential input voltages. The LTC6101 is also available in a 105V version.	[2005-11-16 11:58:03]
[闂細qbw]	LTC6101鐢垫祦妫€娴嬬殑閲囨牱鐢靛帇鏈€澶т负澶氬皯?
[绛旓細Glen]	The maximum differential input voltage is determined by the input resistor. With a large resistor you can have a larger sense voltage, but the accuracy at small voltages will degrade. The maximum supply voltage is 105V for the "HV" high voltage version. Otherwise 70V max supply.	[2005-11-16 12:02:30]

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