Summary by Version

This table provides quick access to what's new in each version. For clarification, see Using Release Notes.

Version (Release)New Features and ChangesVersion Compatibility ConsiderationsFixed Bugs and Known ProblemsRelated Documentation at Web Site

Latest Version
V4.6 (R2008a)

Yes
Details

Yes
Summary

Bug Reports
Includes fixes

Printable Release Notes: PDF

Current product documentation

V4.5 (R2007b)

Yes
Details

Yes
Summary

Bug Reports
Includes fixes

No

V4.4 (R2007a)

Yes
Details

Yes
Summary

Bug Reports
Includes fixes

No

V4.3 (R2006b)

Yes
Details

No

Bug Reports
Includes fixes

No

V4.2 (R2006a)Yes
Details
NoBug Reports
Includes fixes
No

V4.1.1 (R14SP3)

No

No

Bug Reports
Includes fixes

No

V4.1 (R14SP2+)

Yes
Details

Yes
Summary

Bug Reports
Includes fixes

No

V4.0.1 (R14SP2)

No

No

Bug Reports
Includes fixes

No

V4.0 (R14SP1)

Yes
Details

No

Fixed bugs

No

V3.1 (R14)

Yes
Details

No

Fixed bugs

No

V3.0 (R13SP1)

Yes
Details

Yes
Summary

Fixed bugs

V3.0 product documentation

Using Release Notes

Use release notes when upgrading to a newer version to learn about:

Review the release notes for other MathWorks™ products required for this product (for example, MATLAB® or Simulink®) for enhancements, bugs, and compatibility considerations that also might impact you.

If you are upgrading from a software version other than the most recent one, review the release notes for all interim versions, not just for the version you are installing. For example, when upgrading from V1.0 to V1.2, review the release notes for V1.1 and V1.2.

What's in the Release Notes

 New Features and Changes

 Version Compatibility Considerations

 Fixed Bugs and Known Problems

Undocumented Extras Library Blocks

All SimPowerSystems™ blocks have block mask descriptions and have been tested and validated. However, many blocks in the Extras library do not have block reference pages in the product documentation.

The Extras library blocks without block reference pages are listed below. The blocks shown in bold have corresponding continuous blocks that are documented. The rest of the blocks are undocumented.

Active & Reactive Power (Phasor Type)

Bistable

Discrete Active & Reactive Power

Discrete Bistable

Discrete Butterworth Filter

Discrete Edge Detector

Discrete 1st-order Discrete Filter

Discrete Fourier

Discrete Gamma Measurement

Discrete Lead-Lag

Discrete Mean Value

Discrete Monostable

Discrete On/Off Delay

Discrete 1-phase PLL

Discrete PI Controller

Discrete PID Controller

Discrete PLL-Driven Fundamental Value

Discrete PWM Generator

Discrete Rate Limiter

Discrete RMS Value

Discrete Sample and Hold

Discrete 2nd-order Filter

Discrete 2nd-order Variable-Tuned Filter

Discrete Synchronized 6-Pulse Generator

Discrete Synchronized 12-Pulse Generator

Discrete 3-phase PLL

Discrete 3-phase PLL-Driven Positive-Sequence Active & Reactive Power

Discrete 3-phase PLL-Driven Positive-Sequence Fundamental Value

Discrete 3-phase Positive-Sequence Active & Reactive Power

Discrete 3-phase Positive-Sequence Fundamental Value

Discrete 3-phase Programmable Source

Discrete 3-phase PWM Generator

Discrete 3-phase Sequence Analyzer

Discrete 3-phase Total Power

Discrete Total Harmonic Distortion

Discrete 12-Pulse HVDC Control

Discrete Variable Frequency Mean Value

Discrete Variable Transport Delay

Discrete Virtual PLL

dq0-based Active & Reactive Power

Edge Detector

FFT

1st-order Filter

Monostable

On/Off Delay

1-phase PLL

Sample & Hold

2nd-order Filter

Sequence Analyzer (Phasor Type)

3-phase Active & Reactive Power (Phasor Type)

3-phase Instantaneous Active & Reactive Power

3-phase PLL

  


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