Ivan Gavrilov/CalcKit: All-in-One Calculator
-
Alldatasheet.com Resistivity Table Logic Gates Electronic Symbols AWG Size Chart
Alldatasheet.com
Resistivity Table
Logic Gates
Electronic Symbols
AWG Size ChartAlldatasheet.com
Ellenállás táblázat
Logikai kapuk
Elektronikai szimbólumok
AWG méretek -
Clear All Calculate Next Add Apply Save Delete Add Variable Copy Paste Share Done Auto
Clear All
Calculate
Next
Add
Apply
Save
Delete
Add Variable
Copy
Paste
Share
Done
Auto -
General Language Theme Trigonometric Unit Decimal Places Calculator Edit Buttons Vibrations Full Keyboard Layout Calculator Type Result Type Copy Result on Equal Floating Calculator Size
General
Language
Theme
Trigonometric Unit
Decimal Places
Calculator
Edit Buttons
Vibrations
Full Keyboard Layout
Calculator Type
Result Type
Copy Result on Equal
Floating Calculator SizeGeneral
Válassz nyelvet
Billentyűzet téma
Trigonometriai egység
Tizedesek
Calculator
Edit Buttons
Rezgések
Full Keyboard Layout
Kalkulátor típus
Eredmény típus
Copy Result on Equal
Lebegőpontos kalkulátor méret -
Dark Light Degree Radian Gradian Scientific RPN Decimal Fraction
Dark
Light
Degree
Radian
Gradian
Scientific
RPN
Decimal
FractionDark
Light
Degree
Radian
Gradian
Scientific
RPN
Decimális
Tört -
Title Description Variables Name Unit(s) Formulas Create New Tool Edit Tool Delete Tool Tool Options Tools Options Share Custom Tool Share All Custom Tools Untitled Custom Tool Custom Tool Saved Custom Tool Copied Custom Tool Removed Paste All Copied Tools Available Operations Logical & Comparison Tutorial
Title
Description
Variables
Name
Unit(s)
Formulas
Create New Tool
Edit Tool
Delete Tool
Tool Options
Tools Options
Share Custom Tool
Share All Custom Tools
Untitled Custom Tool
Custom Tool Saved
Custom Tool Copied
Custom Tool Removed
Paste All Copied Tools
Available Operations
Logical & Comparison
TutorialCím
Leírás
Változók
Név
Egység(ek)
Egyenletek
Új eszköz létrehozása
Eszköz szerkesztése
Törlő eszköz
Tool Options
Tools Options
Share Custom Tool
Share All Custom Tools
Untitled Custom Tool
Egyedi eszköz mentve
Custom Tool Copied
Egyedi eszköz eltávolítva
Paste All Copied Tools
Elérhető műveletek
Logical & Comparison
Tutorial -
Are you sure you want to delete this tool? All custom tools have been copied to your clipboard! Are you sure you want to import all copied tools? This action cannot be undone. We do not check for duplicate tools, you will need to manually delete each unnecessary tool!
Are you sure you want to delete this tool?
All custom tools have been copied to your clipboard!
Are you sure you want to import all copied tools? This action cannot be undone. We do not check for duplicate tools, you will need to manually delete each unnecessary tool!Biztosan törölni akarod ezt az eszközt?
All custom tools have been copied to your clipboard!
Are you sure you want to import all copied tools? This action cannot be undone. We do not check for duplicate tools, you will need to manually delete each unnecessary tool! -
Search…
Search…
Keresés… -
Remove all advertisements
Remove all advertisements
-
Notes you add appear here Title Note Send Note Are you sure you want to delete this note?
Notes you add appear here
Title
Note
Send Note
Are you sure you want to delete this note?Notes you add appear here
Title
Note
Send Note
Biztosan törölni akarod ezt a megjegyzést? -
No recent items Remove from recent items? Open any tool and tap the heart to add it here Move calculator to top?
No recent items
Remove from recent items?
Open any tool and tap the heart to add it here
Move calculator to top? -
Love CalcKit? Rate us 5 stars to help make CalcKit even more awesome. Thanks! NO THANKS 5 STARS
Love CalcKit?
Rate us 5 stars to help make CalcKit even more awesome. Thanks!
NO THANKS
5 STARS -
Auto Layout Assign all keys automatically? This cannot be undone. Result History Result Copied Are you sure you want to clear all history? History Saved Use Result Use Expression
Auto Layout
Assign all keys automatically? This cannot be undone.
Result History
Result Copied
Are you sure you want to clear all history?
History
Saved
Use Result
Use ExpressionAutomatikus elrendezés
Minden gomb automatikus elhelyezése? Ez nem vonható vissza!
Eredmény történet
Result Copied
Are you sure you want to clear all history?
History
Saved
Use Result
Use Expression -
Floating Calculator Tap to open Open CalcKit Floating Calculator
Floating Calculator
Tap to open
Open CalcKit Floating Calculator -
Personalize Your Ad Experience CalcKit: All-In-One Calculator personalizes your advertising experience using Appodeal. Appodeal and its partners may collect and process personal data such as device identifiers, and other interest data to provide advertising experience tailored to you. By consenting to this improved ad experience, you`ll see ads that Appodeal and its partners believe are more relevant to you. You can change your choice at any time in the app settings. By agreeing, you confirm that you are over the age of 16 and would like a personalized ad experience. Click here to learn more. Yes, I agree No, thank you I understand that I will still see ads, but they may not be as relevant to my interests.
Personalize Your Ad Experience
CalcKit: All-In-One Calculator personalizes your advertising experience using Appodeal. Appodeal and its partners may collect and process personal data such as device identifiers, and other interest data to provide advertising experience tailored to you. By consenting to this improved ad experience, you`ll see ads that Appodeal and its partners believe are more relevant to you. You can change your choice at any time in the app settings.
By agreeing, you confirm that you are over the age of 16 and would like a personalized ad experience.
Click here to learn more.
Yes, I agree
No, thank you
I understand that I will still see ads, but they may not be as relevant to my interests. -
units units² units³ sides Area Perimeter Radius of inscribed circle Radius of circumscribed circle Number of sides Numerical eccentricity Radius of inscribed sphere Radius of circumscribed sphere Volume Total Area Lateral Area Base Area Top Area Bottom Area Area of Spherical Cap Radius Distance
units
units²
units³
sides
Area
Perimeter
Radius of inscribed circle
Radius of circumscribed circle
Number of sides
Numerical eccentricity
Radius of inscribed sphere
Radius of circumscribed sphere
Volume
Total Area
Lateral Area
Base Area
Top Area
Bottom Area
Area of Spherical Cap
Radius
Distanceunits
units²
units³
sides
Terület
Kerület
Beírt kör sugara
Köré írt kör sugara
Élek száma
Numerikus excentricitás
Beírt gömb sugara
Köréírt gömb sugara
Térfogat
Teljes terület
Oldallap terület
Alapterület
Fedlap területe
Alaplap területe
Gömbszelet területe
Sugár
Távolság -
Result Input Value Values Method Type Size units Arithmetic Geometric Harmonic How many different numbers are possible? How many numbers are used in a set? Is the order important? Can you repeat a number? Combinations Permutations Decimal Fraction GCF LCM Greatest Common Factor Least Common Multiple Prime Factors Next Prime Is Prime Equations System of equations Infinite solutions Dimensions Select operation Result Copied Initial Value Increase / Decrease Final Value
Result
Input
Value
Values
Method
Type
Size
units
Arithmetic
Geometric
Harmonic
How many different numbers are possible?
How many numbers are used in a set?
Is the order important?
Can you repeat a number?
Combinations
Permutations
Decimal
Fraction
GCF
LCM
Greatest Common Factor
Least Common Multiple
Prime Factors
Next Prime
Is Prime
Equations
System of equations
Infinite solutions
Dimensions
Select operation
Result Copied
Initial Value
Increase / Decrease
Final ValueEredmény
Írd be az értéket
Érték
Értékek
Módszer
Típus
Méret
units
Arithmetic
Geometric
Harmonic
Hány különböző szám lehetséges?
Hány számot használunk?
A sorrend fontos?
Ismételhetünk egy számot?
Kombinációk
Permutációk
Tizedes
Tört
LNKO
LKKT
Legnagyobb közös osztó
Legkisebb közös többszörös
Törzstényezők
Next prime
PRÍM szám
Egyenletek
Egyenletrendszerek
Végtelen megoldások
Dimenziók
Válassz műveletet
Result Copied
Initial Value
Increase / Decrease
Final Value -
Determinant of Matrix A = 0, the matrix is not invertible Determinant of Matrix B = 0, the matrix is not invertible The sizes of matrices should be identical! The number of columns in Matrix A should equal the number of rows in Matrix B!
Determinant of Matrix A = 0, the matrix is not invertible
Determinant of Matrix B = 0, the matrix is not invertible
The sizes of matrices should be identical!
The number of columns in Matrix A should equal the number of rows in Matrix B!Az A mátrix determinánsa 0, a mátrix nem invertálható
A B mátrix determinánsa 0, a mátrix nem invertálható
A mátrixok méretének meg kell egyezniük!
Az A mátrix oszlopainak és a B mátrix sorainak száma azonos kell legyen. -
Yes No Directly Proportional Inversely Proportional Linear Equation Quadratic Equation Cubic Equation 2x2 Array 3x3 Array A ⇄ B A × B A + B A - B Determinant Inverse Transpose Increase Decrease
Yes
No
Directly Proportional
Inversely Proportional
Linear Equation
Quadratic Equation
Cubic Equation
2x2 Array
3x3 Array
A ⇄ B
A × B
A + B
A - B
Determinant
Inverse
Transpose
Increase
DecreaseIgen
Nem
Egyenesen arányos
Fordítottan arányos
Lineáris egyenlet
Másodfokú egyenlet
Harmadfokú egyenlet
2x2 Tömb
3x3 Tömb
A ⇄ B
A × B
A + B
A - B
Determináns
Inverz
Transzponált
Increase
Decrease -
Result Input Values hours turns Color to Value Value to Color Resistor Value Inductor Value Bands Nearest Standard Value Number of Bands Tolerance Temperature Coeff. Number of LEDs in series Red Orange Green Blue Infrared Vcc is too small Components Series Parallel Total Resistor Capacitor Inductor Active Power Reactive Power Apparent Power Phase Power Factor Select Application Select Mode Select Filter Capacitive Reactance Inductive Reactance Resonance Material Resistivity Conductivity Wire Length Wire Size Wire Resistance Wire Conductance Battery Capacity Device Consumption Estimated Hours Resolution Reference Voltage Low Voltage High Voltage ADC Values Digital Analog Input Voltage Range Quantization Levels Voltage per Level Harmonic Frequency Period Speed Wavelength
Result
Input
Values
hours
turns
Color to Value
Value to Color
Resistor Value
Inductor Value
Bands
Nearest Standard Value
Number of Bands
Tolerance
Temperature Coeff.
Number of LEDs in series
Red
Orange
Green
Blue
Infrared
Vcc is too small
Components
Series
Parallel
Total
Resistor
Capacitor
Inductor
Active Power
Reactive Power
Apparent Power
Phase
Power Factor
Select Application
Select Mode
Select Filter
Capacitive Reactance
Inductive Reactance
Resonance
Material
Resistivity
Conductivity
Wire Length
Wire Size
Wire Resistance
Wire Conductance
Battery Capacity
Device Consumption
Estimated Hours
Resolution
Reference Voltage
Low Voltage
High Voltage
ADC Values
Digital
Analog
Input Voltage Range
Quantization Levels
Voltage per Level
Harmonic
Frequency
Period
Speed
WavelengthEredmény
Írd be az értéket
Értékek
hours
turns
Szín Értékké
Érték Színné
Ellenállás értékét
Induktivitás értékét
Bands
Nearest Standard Value
Number of Bands
Tolerance
Temperature Coeff.
Sorba kötött LED-ek száma
Vörös
Narancs
Zöld
Kék
Infravörös
Vcc túl kicsi
Components
Soros
Párhuzamos
Teljes
Resistor
Capacitor
Inductor
Active Power
Reactive Power
Apparent Power
Phase
Power Factor
Válassz alkalmazást
Válassz módot
Válassz szűrőt
kapacitív ellenállás
induktív ellenállás
Resonance
Material
Resistivity
Conductivity
Wire Length
Wire Size
Wire Resistance
Wire Conductance
Akku kapacitás
Eszköz fogyasztása
Becsült órák
Felbontás
Referencia feszültség
Alacsony feszültség
Magas feszültség
ADC értékek
Digitális
Analóg
Bemeneti feszültésg tartomány
Kvantálási szintek
Szintenkénti feszültség
Harmonikus
Frekvencia
Periódus
Sebesség
Hullámhossz -
Due to the voltage loses in the LM317 regulator chip, the input voltage should be at least 2V more than the required output voltage. T -> Output Pulse. R1 should be in range of 1KΩ to 1MΩ. Duty = High Period ÷ Total Period × 100. R1 & R2 should be between 1KΩ and 10MΩ. It is not possible to have Duty < 50% with this circuit.
Due to the voltage loses in the LM317 regulator chip, the input voltage should be at least 2V more than the required output voltage.
T -> Output Pulse. R1 should be in range of 1KΩ to 1MΩ.
Duty = High Period ÷ Total Period × 100. R1 & R2 should be between 1KΩ and 10MΩ. It is not possible to have Duty<50% with this circuit.Az LM317 szabályzó chipen eső feszültség miatt a bemeneti feszültségnek legalább 2 V-tal magasabbnak kell lennie a kívánt kimeneti feszültségnél.
T -> A kimeneti impulzus. R1-ének 1KΩ és 1MΩ között kell lennie.
Hatásfok = Magas periódus ÷ Teljes periódus × 100. Az R1 és R2 1KΩ és 10MΩ között kell legyen.