datasheet,schematic,electronic components, service manual,repairs,tv,monitor,service menu,pcb design
Schematics 4 Free
Service manuals, schematics, documentation, programs, electronics, hobby ....


registersend pass
Bulgarian - schematics repairs service manuals English - schematics repairs service manuals Russian - schematics repairs service manualsSearchBrowseUploadMostWanted

Now downloading free:aoc/ntc/samsung/boka aoc f1170

Download aoc/ntc/samsung/boka aoc f1170 docs - Computer monitors - CRT, TFT, LCD, touch screen, plasma display - service manuals and repair information


File information:
File name:ka3842.pdf
[preview aoc f1170]
Size:152 kB
Extension:pdf
MD5:d5cee52eb8e1a8ca8d5abdc8bdd12589
Mfg:aoc/ntc/samsung/boka
Model:aoc f1170 🔎
Original:f7 🔎
Descr:swicthing ic on power supply regulator
Group:Electronics > Computer equipment > Monitors >
Uploaded:28-07-2006
User:d_tilde
Multipart:No multipart

Information about the files in archive:
Decompress result:OK
Extracted files:1
File nameText
ka3842.pdfLinear Integrated Circuit KA3842A KA3842AM - CURRENT-MODE PWM CONTROLLER PIN CONNECTION The KA3842A KA3842AM are fixe frequency current-mode PWM controller. They are specially designed for OFF-Line and DC-to-DC converter applications with minimal external components. These integrated circuits feature a trimmed oscillator for precise duty cycle control, a temperature compensated reference, high gain error amplifier, current sensing comparator, and a high current totempole output ideally suited for driving a power MOSFET. Protection circuity includes built under-voltage lockout and current limiting. The KA3842A,KA3842AM have UVLO thresholds of 16 V(on) and 10 V

>> View document online <<



>> Download document << eServiceInfo Context Help



Was this file useful ? Share Your thoughts with the other users.

User ratings and reviews for this file:

DateUserRatingComment

Average rating for this file: 0.00 ( from 0 votes)
 FB -  Links -  Info / Contacts -  Forum -   Last SM download : Sony HFP0482

script execution: 0.01 s