You've Never Seen It Before - Meet KIA7042AP - Voltage Detector IC

You've Never Seen It Before - Meet KIA7042AP - Voltage Detector IC
Function of this IC is accurately resetting the system after
detecting voltage at the time of switching power on and instantaneous
power off in various CPU systems and other logic systems
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FEATURES
Current Consumption is Low. ICCL=300 A Typ. ICCH=30 A Typ.
Resetting Output Minimum Guarantee Voltage is Low 0.8V Typ.
Hysteresis Voltage is Provided. 50mV Typ.
Reset Signal Generation Starting Voltages :
KIA7019 1.9V Typ. KIA7033 3.3V Typ.
KIA7021 2.1V Typ. KIA7034 3.4V Typ.
KIA7023 2.3V Typ. KIA7035 3.5V Typ.
KIA7025 2.5V Typ. KIA7036 3.6V Typ.
KIA7027 2.7V Typ. KIA7039 3.9V Typ.
KIA7029 2.9V Typ. KIA7042 4.2V Typ.
KIA7031 3.1V Typ. KIA7045 4.5V Typ.
KIA7032 3.2V Typ.
Taping Type is also Available.
APPLICATIONS
(1) As Control Circuit of Battery-Backed Memory.
(2) As Measure Against Erroneous Operations at Power ON-OFF.
(3) As Measure Against System Runaway at Instantaneous Break
of Power Supply etc.
(4) As Resetting Function for the CPU-Mounted Equipment,
such as Personal Computers, Printers, VTRs and so forth.
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#altium
#zaferyildiz
#diy
#KIA7042
#voltage
#dedector

[@garygranato9164]

thank you for showing us this ic

[@user-hz7tt5ir5w]

Всегда нравится смотреть Ваши ролики!!! Спасибо большое

[@luizfernandolessa1889]

Beleza de circuito. Saudações do Brasil 🇧🇷👍🏽

[@user-ho1ei3oz1v]

Buen video. Otro para mas voltaje 5 y 12v

[@ruhinmasruhin5076]

Basicly it will very usefull to detect the DCO in an amplifier output, hope You arrange theese, thx

[@ZAFERYILDIZ52]

stay tuned 😉

[@Vladimir_Pyatkin]

Токи потребления сумасшедшие!
ICCL = 300A, ICCH = 30A.
Может вы исправите информацию в описании?

[@UpinkProduction]

I love it good 👍

[@ZAFERYILDIZ52]

thx my friend

[@vivekdevvanshi8085]

What is the maximum current

[@beruniytoylari0922]

Salom 63volt da o'chadigan bormi shunday video qilig

[@mrafaya9670]

Thanks!

[@ZAFERYILDIZ52]

Thank you for your comment and financial support.

[@user-jp6pm8qh2f]

Good Luck

[@charliehustle544]

I looked at the data sheet. These are not available for v > 4.5. Anything like this that fires at 10.5V?

[@TechnoEveryday]

Why is it taking 1.36A?

[@ZAFERYILDIZ52]

It does not draw current, it is the limit of the adjusted power supply

[@TechnoEveryday]

Alright sir

[@muppetpaster]

It is NOT....Just the current SETTING displayed,......Check the Wattage...0000

[@muppetpaster]

🤣🤣🤣 "TechnoEveryday"....

[@pavanmanoj2239]

❤ കൊള്ളാം,

[@js_creative784]

🔥😍

[@user-zn9ku6dl1v]

наши микросхемы 1171СПХХ. только срабатывают в обратную сторону - на понижение напряжения. тоже широкий ряд напряжений

[@bytemyvoid]

больше похоже что это overvoltage detector.
Использовать его при заряде батарей не очень удобно.

[@TechnoEveryday]

Detection led is working reveresed. When the voltage increases beyond 4.2, it should turn ON

[@ZAFERYILDIZ52]

4.2 kapatır

[@msncom5490]

Good

[@ramjibajpaiallinoneelektro9243]

Kha se milega link dal dijiye please...

[@ronaldm5405]

Es posible medirlo con Multímetro digital,como sería xfavor?
Muchas gracias.

[@freeenergy8273]

🎉 Привет! В этом случае тогда на выходе нужно подключать P канальный MOSFET если делать зарядку для литиевых аккумуляторов!👍

[@ZAFERYILDIZ52]

Немного терпения и все придет 😉

[@AlpeshPancholi]

👌👍👏

[@nursaitaksu-yt1nr]

Gelecek proje lityüm iyon pil şarj devresi 👍👍👍👍

[@ZAFERYILDIZ52]

Harika fikirler var aklimda

[@iblesbosuok]

Successor to MC34064, MB3773 etc

[@ishaservices6603]

Sir I need this ic 50 pieces.

[@hasantamer9199]

harika

[@meassavuth4649]

Hello sir why it detect the current ? , This led is very small but why the current go up to much ???

[@muppetpaster]

It DOES NOT...Look at wattage....What you see is just the current SETTING

[@adnankaplan7359]

Yaptığınız devreler ve verdiğiniz bilgiler hepsi çok güzel emeğinize sağlık lakin neden hep uzay montaj yapıyorsunuz en azından böyle güç devrelerini baskı devresiyle paylassaniz yapacak olan kişilere hem kolaylık olur hemde daha tehlikesiz

[@ZAFERYILDIZ52]

bu devre anlaşılır olsun diye böyle paylaşıldı ayrıca pcb baskılı devreler kanalda mevcut bu tür devreler zayıf akım olduğundan çok sorun çıkarmaz

[@dummyload5648]

nothing is clear but very interesting!

[@user-tc1om2gm7f]

اگه ممکن مدار یه زنگ یه الارم دهنده مثلا زنگ حموم واسه درست کردن دستی بمون نشون بده.ممنوو

[@srrincekara9499]

👍👍👍⭐

[@ZAFERYILDIZ52]

❤

[@muhammadanwaramer4979]

❤

[@Unknown...........]

Bạn hãy ráp một mạch hoàn chỉnh được không ?

[@xaralamposmaniada6009]

for 12v ??

[@ZAFERYILDIZ52]

a little patience i will show you how to use it for 12 volts

[@michaelroberts1120]

These were commonly used in VCRs.

[@Gringo_In_Chile]

How was it used in VCR?

[@michaelroberts1120]

@@Gringo_In_Chile I seems it detected overvoltage or undervoltage conditions and shut down the mechanism to prevent abnormal operation and damage to the tape.

[@sametses1171]

Üstadım devrelerin tamamini siz mi tasarliyorsunuz veyahut başka bir yerden mı alıyorsunuz.
Siz tasarlıyorsaniz bu işin püf noktalarini tebyin edebilir misiniz?
Yani biz mesela flaşör devresi yapacaz ya drenc trans. kondan. gibi malzemelerin hangi ayağını hangisine bağlayacaz bunu nerden bilecez????

[@sahinacar7370]

Kendin tasarlayacaksan önce devre elemanlarının çalışma prensiplerini bilmen lazım. Mesela Devrede kullanacağın anahtarlama elemanı bjt'mi olacak fet veya mosfet mı olacak. Devre elemanlarının mesela bjt ise bce pinleri hangisi, mosfet ise DGS pinleri hangileri, yük olarak LED mı kullanacaksın,lamba mı veya röle mı? Bunlar hep önemli unsurlar. Eğer elektronik bilgin hiç yok ise önce internetten elektronik devreler ve uygulamalar kitabını bul ve indir. Devre elemenlarının anahtarlama,ayarlı direnç,zamanlama vs devrelerinde nasıl kullanıldığını öğren.

[@sudarsono1567]

No...1

[@shanthakarunaratna4877]

Woowe

[@talbotsolara290]

Жаль,что все эти микросхемы на маленькие напряжения! Почему бы не сделать их на 12.6 или 13.8 Вольт?!

[@migoffmig]

Можно сделать самому на tl431 (или компараторе lm393) и мосфете...

[@talbotsolara290]

@@migoffmig так сделать можно всё,а вот готового то и нет...

[@migoffmig]

@@talbotsolara290 mc33161, mc34161, К1230** максимально приближенные по функционалу микросхемы, работают до 40 вольт. Правда они двухканальные (можно использовать один канал и задать напряжение делителем).

[@MehmetAYNIG]

neden bunlar led ampullerde kullanmıyorlar

[@Yate669]

Oha böyle bir transistör mü vardı

[@ZAFERYILDIZ52]

o bir entegre

[@Yate669]

@@ZAFERYILDIZ52 oha 3 bacaklı entegre mi varmış her gün yeni bilgi öğreniyorum abi senden.

[@mehemed9723]

Devrede koruma amaçlı kullanılıyor

[@kachainplaiyngam373]

🇹🇭🙏🙏🙏

[@ozankavci]

Projelerle harmanlanır

[@ThanhNguyen-dh7ot]

Nói về tư duy kỹ thuật mà nhạc phèng phèng .không có thể thống gì .

[@user-rc1ji8dl2k]

Мы уже давно знакомы с MAX809xx.

[@sergeykorovin7087]

Этой штуки 10 лет.

[@user-xm1zd1ci9m]

Это кто не видел

[@ZAFERYILDIZ52]

много людей