555 Timer IC - Circuits, Simulations and Calculations
Detailed App Info:
Application Description
★★★★★ THE BRAND NEW VERSION IS HERE !!! ★★★★★
This application compiles a great and very useful collection of circuits, applications and simulations all around the popular 555 Timer IC.
The App has been completely re-designed to support the iPhone 5 and the latest iPod Touch generation!!!
• 10 different circuits
• change values and see the results in “real-time”
• 2 pages with electrical characteristics and packages
It goes into details of the various key circuits of this Timer IC and offers very convenient and easy to use input methods, like sliders for Resistor and Capacitor values, TACT switches and LEDs to simulate the behavior of the various circuits.
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List of Simulators and Calculators:
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# Monostable Operation:
for doing simulations with the 555 Timer IC in monostable mode.
# Bistable Operation:
for simulating a circuit with the 555 Timer IC wired for bistable operation.
# Astable Operation:
for simulating an astable operation with the 555 Timer IC.
# Bistable Operation:
to show the 555 Timer IC wired as bistable multivibrator.
# Voltage Comparator:
for using the 555 Timer IC as a voltage comparator.
# 10 Step Counter:
for simulating and calculating a 10 Step Counter with the help of the 555 Timer IC.
# Knight Rider:
for simulating the implementation of a Knight Rider LED light with the 555 Timer IC.
# Heads Or Tails:
a simple application to output random values with the 555 Timer IC.
# Sequential Timer
for simulating and calculating a sequential timer with two 555 Timer ICs.
# Electrical Characteristics
to provide a quick overview of the electrical characteristics of the 555 Timer IC.
# Package And Pinouts
to show packages and pinouts of the various types of 555 Timer ICs which are available from semiconductor companies.
This application compiles a great and very useful collection of circuits, applications and simulations all around the popular 555 Timer IC.
The App has been completely re-designed to support the iPhone 5 and the latest iPod Touch generation!!!
• 10 different circuits
• change values and see the results in “real-time”
• 2 pages with electrical characteristics and packages
It goes into details of the various key circuits of this Timer IC and offers very convenient and easy to use input methods, like sliders for Resistor and Capacitor values, TACT switches and LEDs to simulate the behavior of the various circuits.
**********************************
List of Simulators and Calculators:
**********************************
# Monostable Operation:
for doing simulations with the 555 Timer IC in monostable mode.
# Bistable Operation:
for simulating a circuit with the 555 Timer IC wired for bistable operation.
# Astable Operation:
for simulating an astable operation with the 555 Timer IC.
# Bistable Operation:
to show the 555 Timer IC wired as bistable multivibrator.
# Voltage Comparator:
for using the 555 Timer IC as a voltage comparator.
# 10 Step Counter:
for simulating and calculating a 10 Step Counter with the help of the 555 Timer IC.
# Knight Rider:
for simulating the implementation of a Knight Rider LED light with the 555 Timer IC.
# Heads Or Tails:
a simple application to output random values with the 555 Timer IC.
# Sequential Timer
for simulating and calculating a sequential timer with two 555 Timer ICs.
# Electrical Characteristics
to provide a quick overview of the electrical characteristics of the 555 Timer IC.
# Package And Pinouts
to show packages and pinouts of the various types of 555 Timer ICs which are available from semiconductor companies.
Requirements
Your mobile device must have at least 7.73 MB of space to download and install 555 Timer IC - Circuits, Simulations and Calculations app. 555 Timer IC - Circuits, Simulations and Calculations was updated to a new version. Purchase this version for $0.99
If you have any problems with installation or in-app purchase, found bugs, questions, comments about this application, you can visit the official website of Thomas Gruber at http://www.SycLabs.com.
Copyright © Thomas Gruber