#circuit simulation

Dear Valued Customer,

All good things must come to an end … and be replaced with something way better. Today, we launched a beautiful new TINA (version 12) for you!

Here are some of the improvements that have been made since our last product release:

Both 32 and 64-bit versions. You can choose which version you would like to install.

Shell version for running TINA from the command line for batch analysingPower dissipation and efficiency calculation

Integrated cursor display in the diagram window. Cursor values are displayed right below the curves within the same window, and – if selected – all curve values can be seen.

Syntax highlighting in Spice and HDL editors

Autoconverge. Iterated transient calculation with system or user defined parameter sets.New BSIM3V3.2 model, Delta-Sigma ADC, GaAs and GaN devicesImproved PCB Design with bus connection, transmission lines, and block repetition (Macro-block copy)

If you hurry, and order your upgrade today (through Dec 30 midnight), you can even get the following benefits:

special introductory prices with 30% discount

a complimentary, two-year subscription to TINACloud

free HDL package for the Educational, Classic and Industrial versions

So, don’t hesitate and place your order now to get all the benefits at once! 

In this tutorial video we will present how to create and simulate a “Capacitance multiplier” circuit using TINA.  A “capacitance multiplier” circuit can increase the effective value of a small capacitor C1 to a much larger value.

The capacitance seen at Vout is: Cout = C1 * R1/R3. The output capacitance can be verified by placing an AC source in series with a resistor tied to Vout and running an AC frequency response analysis.

We will show later on that the circuit behaves as if the C1 capacitor were multiplied by 1000, in the the R1C1 low pass circuit.

In this tutorial video, we will demonstrate and compare the tools available in TINA, for analyzing circuits in time domain.

In TINA, you can analyze circuits in time domain, employing two different tools:

Transient analysis from the Analysis menu of TINA

Simulated virtual Oscilloscope from the T&M menu of TINA.

TRANSIENT ANALYSIS

The Transient Analysis presents the response of a circuit, to the excitations applied to it, as a diagram, image file or text file.

VIRTUAL OSCILLOSCOPE

In practice, we very often use an oscilloscope to measure, analyze, and debug circuits in the time domain. So, it seems obvious that a simulated oscilloscope can be used in circuit simulation as well.

You can get the same results using Transient analysis and Simulated Virtual Oscilloscope in TINA. The virtual Oscilloscope is closer to practical measurements and can be very well used for interactive fine-tuning of circuits, while the Transient Analysis is simpler to set up and it is the only tool for analyzing large circuits.

Watch our tutorial video to learn more.

Visit www.tina.com now to purchase TINA with 20% discount and get 1 year TINACloud access for free.

Download the FREE trial demo of TINA Design Suite and get:

One year free access to TINACloud (the cloud-based, multi-language, installation-free online version of TINA  running in your browser anywhere in the world.)

An immediate 20% discount from the offline version of TINA

Free license for your second computer, laptop etc.

In this tutorial video we will demonstrate how to create and analyze an active filter circuit on the Apple IPad with TINACloud. The process is very similar on Android based tablets.

Watch our tutorial video to learn more.

Visit www.tina.com now to purchase TINA with 20% discount and get 1 year TINACloud access for free.

Download the FREE trial demo of TINA Design Suite and get:

One year free access to TINACloud (the cloud-based, multi-language, installation-free online version of TINA  running in your browser anywhere in the world.)

An immediate 20% discount from the offline version of TINA

Free license for your second computer, laptop etc.

Download Logicly v1.7.6 – simulation software logic circuits

Logiclya useful tool for learning or teaching practical and logical digital circuits. The main purpose of this software is to encourage students to learn in class in physics and informatics. The interface of the program can be made into a circuit and other elements involved in and draw connections between them. Logicly by providing a modern user interface, logic circuits designed to accelerate…