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Part Numbert Mfg Packt D/C Descriptiont Qty Company/Contact  
74LVC14ADBR TI    00+  SSOP  1015 


74LVC14ADBR TI    05+/00    14 
    Aric Electronics Technology (H..
  • Contact:JEAN
  • Tel:86-755-33972498
  • Fax:
  • Email: aric01@aric-ic.com
74LVC14ADBR N/A  SSOP  2008+    1000 
    DSP electronics (hk) Co.,ltd
  • Contact:betty
  • Tel:86-755-83253585
  • Fax:86-755-83233563
  • Email: betty@dspelec.com


74LVC14ADBR TI  new and or  09+    3950 
    shenzhen zhiqi
  • Contact:luo
  • Tel:86-755-61390663
  • Fax:0755-82791035
  • Email: asco.luo@163.com
74LVC14ADBR TI  SSOP  可零售,配套,快速寻找偏冷门IC    1235 
74LVC14ADBR TI  SSOP-14  00+    500PCS 
    E-CORE ELECTRONICS CO.,LTD
  • Contact:Elaine
  • Tel:86-27-83309301
  • Fax:
  • Email: e-core@vip.163.com


74LVC14ADBR TI    00+    406 
74LVC14ADBR TI  SSOP  00+  original parts ! in   1015 
    Shenzhen Finlly Electronics Co..
  • Contact:jason
  • Tel:86-755-83042942
  • Fax:86-755-82764255
  • Email: finlly@126.com
74LVC14ADBR TI  SSOP  08+    3014 
    shenzhen zexinke Electronics ..
  • Contact:sam
  • Tel:86-755-82567399
  • Fax:86-0755-82539822
  • Email: cec_sale@yeah.net
74LVC14ADBR TI        1015 


74LVC14ADBR TI    06+    1116 
    yin yang Science and Technolog..
  • Contact:fang
  • Tel:86-755-33279575
  • Fax:
  • Email: yinyangic@yahoo.cn
74LVC14ADBR TI  SSOP  00+  ★★★★★parts in room,n  1235 
    BeiJing Yilisen Electronics Co..
  • Contact:Tony
  • Tel:86-10-82665445
  • Fax:86-10-82665447
  • Email: artong2003@163.com
74LVC14ADBR TI  原盘    1260 
    ALLSKY(HONGKONG)ELECTRONICSCO.
  • Contact:Jenny Jiang
  • Tel:86-755-83014004
  • Fax:86-755-83014044
  • Email: info@allskyhk.com


74LVC14ADBR TI  SSOP  00+    1235 
74LVC14ADBR TI  SSOP-14  00+    500PCS 
    E-core Electronics Co.,Ltd
  • Contact:Elaine wang
  • Tel:86-27-83309301
  • Fax:86-27-83309301
  • Email: e-core@vip.163.com
74LVC14ADBR TI  28  05+/00    SSOP 
    aric electronics tech
  • Contact:yao
  • Tel:86-755-33972496
  • Fax:
  • Email: aura@aric-ic.com
74LVC14ADBR TI  SSOP  00+  自己库存,需要请联系  1235 
    YUESHENG ELECTRONIC CO., LIMIT..
  • Contact:linxusheng
  • Tel:86-755-83294092
  • Fax:86-755-83294002
  • Email: www.ysdzic@163.com
74LVC14ADBR TI  SSOP   05+/00     
    HongKongOne-TechElectronicCo.,..
  • Contact:Anny Guo
  • Tel:086-755-61303996
  • Fax:086-755-83687778
  • Email: guo338988@163.com
74LVC14ADBR TI  SSOP  05+/00    24 
    B.T.chips(HK) Electronics Co.,..
  • Contact:Danna
  • Tel:86-755-29215002
  • Fax:86-0755-26001784
  • Email: dannabestlee@gmail.com


74LVC14ADBR TI    SSOP    500 
    LEEKEELECTRONICSTECHNOLOGYDEVE..
  • Contact:Mr.Jack
  • Tel:86-0755-83957756/83987609
  • Fax:86-0755-83987609
  • Email: hklike@yahoo.cn
74LVC14ADBR AD  00+05+07+  DIP/SOP/QFP    2500 
    KINDDOMELECTRONICS(HK)CO.,LTD
  • Contact:Mr.Linbill
  • Tel:86-755-83014193
  • Fax:86-755-82501821
  • Email: sales@jtf-ic.com
74LVC14ADBR TI  SSOP  06+    930 
    ShowtechInternational(hk)CO.,L..
  • Contact:Ms.RitaLin
  • Tel:886-0755-82709648
  • Fax:886-0755-82709649
  • Email: showtech@hkin.com
74LVC14ADBR TI  SSOP  05+/00    24 
    B.T.Chips(HONGKONG)Electronics..
  • Contact:Ms.DannaLee
  • Tel:86-0755-29215002/26001784
  • Fax:86-0755-26001784
  • Email: dannabestlee@gmail.com

74LVC14ADBR Datasheet
tPR = 15 ms + 3*tBBC Sleep and Wake-Up Timing The maximum transition time from the receive mode to the power-down (sleep) mode tRS iS 10 pS after CNTRLl and CNTRLO are both low (1 ps fall time). The maximum transition time tSR from the sleep mode to the receive mode is 3*tBBC, where tBBC iS the BBOUT-CMPIN coupling-capacitor time constant. When the operating temperature is limited t0 60 0C, the time required to switch from sleep to receive is dramatically less for short sleep times, as less charge leaks away from the BBOUT- CMPIN coupling capacitor. AGC Timing
74LVC14ADBR Price
POWER PISSIPATION CONSlr>ERATlONS The total power (osses in the switching regulator is the sum ofttie switching losses, and the power switch and diode D.C.losses.Once totalpawer dissipation has been determined, the Power Dissipation curve. or thermal resistance data may be used to determine the allowable case or ambient tempefature for any operating condition. The sw*tcmng iosses cu~e preserus aara Tor a rrequency o! ZOKHZ. TO tlna iosses at any cnner rrequency, mumpry oy T120KHZ. The D.C. losses curve presents data for a duty cycle of .2. To find D.C. losses at any otherdutycycle, multiply by D/.2 forthe power switch and by (1-DV.8 forthe diode. At frequencies much below 10KHz the above method for determining the allowable case or ambient temperature becomes invalid and a detailed transient tharmal analvsis must be oerforrned.

Parameter Symbol Conditions Ratings Unit
Input voltage VIN 5.8 t0 17 V
Output current IOUT 0 t0 500 mA


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