MOTMap-14  > RS4N-15R0-J2

suppliers of RS4N-15R0-J2 and PDF data of RS4N-15R0-J2

Part Numbert Mfg Packt D/C Descriptiont Qty Company/Contact  
RS4N-15R0-J2         1040000 


RS4N-15R0-J2         1040000 
    S&L Technology Development co..
  • Contact:Jennifer Zeng
  • Tel:86-755-83511882
  • Fax:86-755-83511886
  • Email: jennifer@xkzd.net


RS4N-15R0-J2     09+    1040000 
    Nuoxinyuan Electronics Co.,Ltd
  • Contact:Regina
  • Tel:86-755-83957733
  • Fax:86-755-83956848
  • Email: regina@nxy-ic.com
RS4N-15R0-J2         1040000 
    All Element Technology Co.,Ltd
  • Contact:lisa
  • Tel:86-755-82565926
  • Fax:86-755-82565338
  • Email: lisa@allelement.net
RS4N-15R0-J2     08+    610000 
    Hongtu Trading Limited
  • Contact:yan
  • Tel:86-755-82500330
  • Fax:
  • Email: hongtutl@163.com
RS4N-15R0-J2     06+  new and original in   1040000 
    Bosin (HK) Electronics Limited..
  • Contact:Baron
  • Tel:86-755-83640678
  • Fax:86-755-83227368
  • Email: faith@bosin.hk
RS4N-15R0-J2         1040000 
    PERFECTION INT鈥橪 GROUP (HONGKO..
  • Contact:SUN
  • Tel:0086-755-25887780
  • Fax:0086-755-25831006
  • Email: david@perfectionhk.com
RS4N-15R0-J2   ORIGINAL A  0402X4     
    S&L TECHNOLOGY DEVELOPMENT CO...
  • Contact:catukyshen
  • Tel:86-755-83003688-638
  • Fax:
  • Email: catuky@xkzd.net
RS4N-15R0-J2   0402X4      1040000 
RS4N-15R0-J2     08+     
    Electrolux International (HK)C..
  • Contact:Tina
  • Tel:86-755-82709646
  • Fax:86 0755 82709645
  • Email: electrolux2007@yahoo.cn
RS4N-15R0-J2 A/N    1040000  0402X4   
RS4N-15R0-J2         1041500 
    ExcellentElectronics(hk)Co.,Lt..
  • Contact:Ms.AnneHuang
  • Tel:86-755-82727096/61685817
  • Fax:86-755-82731987
  • Email: anne@hkexcellent.com

RS4N-15R0-J2 Datasheet

SYMBOL PARAMETER CONDITIONS VALUE UNIT
Rtr,jtp thermal resistance from junction to tie-point 300 K/W
Rtr,ja thermal resistance from junction to ambient note l 380 K/W


RS4N-15R0-J2 Price

Uull LU j
IC/ = 10
r
Ta= = loooC J -
9
-26


RS4N-15R0-J2 on stock

1
f -{
_
- v unC VCAC VCAC dTL : 0.2V, H2 L dTL : 0.2V, H3 _ UTI : 3.OV, H2
- - .CNIL.u.,iu


Normally, a small dc error term flows in pin 8 (the outputl. When the gain is changed, the dc term changes. This control-voltage feedthrough is more pronounced with gain; the -A version of the part produces the least feedthrough, the -C version the most. See Figure 9 for typical curves for dc offset vs. gain