matlab simulink circuit Search Results


matlab simulink circuit  (MathWorks Inc)
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piecewise linear electric circuit simulation (plecs) tool  (MathWorks Inc)
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matlab r2023a simulink  (MathWorks Inc)
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The single-degree-of-freedom dynamic model of micro mirror with PR sensor established in <t>MATLAB</t> Simulink.
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matlab-simulink  (MathWorks Inc)
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The single-degree-of-freedom dynamic model of micro mirror with PR sensor established in <t>MATLAB</t> Simulink.
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control board pwm com2 com3  (MathWorks Inc)
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The single-degree-of-freedom dynamic model of micro mirror with PR sensor established in <t>MATLAB</t> Simulink.
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simulink r2008b version  (MathWorks Inc)
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The single-degree-of-freedom dynamic model of micro mirror with PR sensor established in <t>MATLAB</t> Simulink.
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matlab r2019b simulink  (MathWorks Inc)
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The single-degree-of-freedom dynamic model of micro mirror with PR sensor established in <t>MATLAB</t> Simulink.
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simulink based circuit model  (MathWorks Inc)
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MathWorks Inc simulink based circuit model
The single-degree-of-freedom dynamic model of micro mirror with PR sensor established in <t>MATLAB</t> Simulink.
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simulink simulation circuit  (MathWorks Inc)
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The single-degree-of-freedom dynamic model of micro mirror with PR sensor established in <t>MATLAB</t> Simulink.
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matlab/simulink  (MathWorks Inc)
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MathWorks Inc matlab/simulink
The single-degree-of-freedom dynamic model of micro mirror with PR sensor established in <t>MATLAB</t> Simulink.
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Image Search Results


The single-degree-of-freedom dynamic model of micro mirror with PR sensor established in MATLAB Simulink.

Journal: Sensors (Basel, Switzerland)

Article Title: Design of an Electromagnetic Micro Mirror Driving System for LiDAR

doi: 10.3390/s24123969

Figure Lengend Snippet: The single-degree-of-freedom dynamic model of micro mirror with PR sensor established in MATLAB Simulink.

Article Snippet: The behavior-level models of devices, circuits, and systems were validated by MATLAB R2023a Simulink, which contributes to the research on the large-angle deflection and low-power-consumption drive of the electromagnetic micro mirror.

Techniques:

The bode plots of the micro mirrors established in MATLAB Simulink ( a ) the magnitude gains of the vacuum micro mirror; ( b ) the magnitude gains of the micro mirror in the air.

Journal: Sensors (Basel, Switzerland)

Article Title: Design of an Electromagnetic Micro Mirror Driving System for LiDAR

doi: 10.3390/s24123969

Figure Lengend Snippet: The bode plots of the micro mirrors established in MATLAB Simulink ( a ) the magnitude gains of the vacuum micro mirror; ( b ) the magnitude gains of the micro mirror in the air.

Article Snippet: The behavior-level models of devices, circuits, and systems were validated by MATLAB R2023a Simulink, which contributes to the research on the large-angle deflection and low-power-consumption drive of the electromagnetic micro mirror.

Techniques:

The behavior model of the micro mirror driving system established in MATLAB Simulink.

Journal: Sensors (Basel, Switzerland)

Article Title: Design of an Electromagnetic Micro Mirror Driving System for LiDAR

doi: 10.3390/s24123969

Figure Lengend Snippet: The behavior model of the micro mirror driving system established in MATLAB Simulink.

Article Snippet: The behavior-level models of devices, circuits, and systems were validated by MATLAB R2023a Simulink, which contributes to the research on the large-angle deflection and low-power-consumption drive of the electromagnetic micro mirror.

Techniques:

Voltage-controlled oscillator model established in MATLAB Simulink.

Journal: Sensors (Basel, Switzerland)

Article Title: Design of an Electromagnetic Micro Mirror Driving System for LiDAR

doi: 10.3390/s24123969

Figure Lengend Snippet: Voltage-controlled oscillator model established in MATLAB Simulink.

Article Snippet: The behavior-level models of devices, circuits, and systems were validated by MATLAB R2023a Simulink, which contributes to the research on the large-angle deflection and low-power-consumption drive of the electromagnetic micro mirror.

Techniques:

Low pass filter model established in MATLAB Simulink.

Journal: Sensors (Basel, Switzerland)

Article Title: Design of an Electromagnetic Micro Mirror Driving System for LiDAR

doi: 10.3390/s24123969

Figure Lengend Snippet: Low pass filter model established in MATLAB Simulink.

Article Snippet: The behavior-level models of devices, circuits, and systems were validated by MATLAB R2023a Simulink, which contributes to the research on the large-angle deflection and low-power-consumption drive of the electromagnetic micro mirror.

Techniques:

The result plots in MATLAB Simulink: ( a ) the square wave generated by the PD; ( b ) the control voltage filtered by LPF for the VCO; ( c ) the twisting displacement of the micro mirror.

Journal: Sensors (Basel, Switzerland)

Article Title: Design of an Electromagnetic Micro Mirror Driving System for LiDAR

doi: 10.3390/s24123969

Figure Lengend Snippet: The result plots in MATLAB Simulink: ( a ) the square wave generated by the PD; ( b ) the control voltage filtered by LPF for the VCO; ( c ) the twisting displacement of the micro mirror.

Article Snippet: The behavior-level models of devices, circuits, and systems were validated by MATLAB R2023a Simulink, which contributes to the research on the large-angle deflection and low-power-consumption drive of the electromagnetic micro mirror.

Techniques: Generated, Control