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Live Lamp Driver Application of NCV84160

Lighting Systems
r344.7kr_cs1kVoltagecommandr_in4.7klamp1rated_watts=10rated_voltage=12.0color_temp_K=2900inrush_current=10battery12.6VDINCSCS_DISOUTGNDNCV84160CS_DISCSVOUTv_on_offVINu77VD

Live Lamp Driver Application of NCV84160

Live Application Example of the NCV84160 High Side Protected FET used as a Lamp Driver.

This design illustrates two important...

Mike Donnelly
r344.7kr_cs1kVoltagecommandr_in4.7klamp1rated_watts=10rated_voltage=12.0color_temp_K=2900inrush_current=10battery12.6VDINCSCS_DISOUTGNDNCV84160CS_DISCSVOUTv_on_offVINu77VD
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Points -32
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Transient Stability Testing of Transmission Line Fed LED Driver

Power Systems
VD333n2k150kVD3.0n2k10k25.0E-1260k50k5010k10k110uXAL6060_223_122.0e-6V+V-V+V-led1led2led322ubattery1Ai_inputVv_inputsw3TransmissionLinecascade RLCtline3vcc_halfvcc_halfv_dutyv_diffampv_setpointv_rampd_gate_drvv_gatev_sw_diodev_sensevccvccvccv_line_in_1v_batteryv_local_gndv_local_gndv_local_gndv_local_gndv_local_gndv_local_gndv_local_gndv_local_gndv_local_gndv_local_gndv_line_in_2v_out1_2v_out3

Transient Stability Testing of Transmission Line Fed LED Driver

This is a companion example to the design: "TDFS Impedance Stability of Transmission Line Fed LED Driver - Switching". In this...

Mike Donnelly
VD333n2k150kVD3.0n2k10k25.0E-1260k50k5010k10k110uXAL6060_223_122.0e-6V+V-V+V-led1led2led322ubattery1Ai_inputVv_inputsw3TransmissionLinecascade RLCtline3vcc_halfvcc_halfv_dutyv_diffampv_setpointv_rampd_gate_drvv_gatev_sw_diodev_sensevccvccvccv_line_in_1v_batteryv_local_gndv_local_gndv_local_gndv_local_gndv_local_gndv_local_gndv_local_gndv_local_gndv_local_gndv_local_gndv_line_in_2v_out1_2v_out3
Buck Converter Constant Power Loads Switching Converter LED transmission line Step-Down TDFS Impedance Stability
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Points -16
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Step-Down (Buck) DC to DC Converter - Switching

Power Electronics
VDVoltageV+V-V+V-c14333nr182kr6150kc73.0nr192kr710kc825.0E-12r1150kr15100r2010kr2110kc18110uop45op46vcc_halfvcc_halfv_errorv_setpointd_gate_drvv_sensevccvccvccrloadv_gatev_sw_diodeXAL6060_223_122.0e-6v_outVDv_rampv_dutyr860kv_line_in

Step-Down (Buck) DC to DC Converter - Switching

This design is a detailed circuit implementation of the more abstract "state-average" buck converter model shown in the companion...

Mike Donnelly
VDVoltageV+V-V+V-c14333nr182kr6150kc73.0nr192kr710kc825.0E-12r1150kr15100r2010kr2110kc18110uop45op46vcc_halfvcc_halfv_errorv_setpointd_gate_drvv_sensevccvccvccrloadv_gatev_sw_diodeXAL6060_223_122.0e-6v_outVDv_rampv_dutyr860kv_line_in
Buck Converter component stress Op-Amp Lead-Lag Compensator Switching Converter PEG127KA3110Q Electrolytic Capacitor MC33272A OP-AMP XAL6060-223 Inductor MBRA130LT3G Diode MCH6337 Power MOSFET
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Points +12
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Modeling Transistor Amplifier Self-Heating - Thermal Network

Electronics Cooling and Thermal Control
Cr22kr18cth10.1tc_amb1q2frequency=10peak_voltage=412rth_ja8.8v_inv_basev_collectortemp_heatsinkv_batterytemp_junctionrth18

Modeling Transistor Amplifier Self-Heating - Thermal Network

This example shows the importance of modeling thermal interaction effects, or "thermal crosstalk", in power dissipating circuits....

Mike Donnelly
Cr22kr18cth10.1tc_amb1q2frequency=10peak_voltage=412rth_ja8.8v_inv_basev_collectortemp_heatsinkv_batterytemp_junctionrth18
electro-thermal thermal crosstalk
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Points -13
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Kinetic Energy Harvesting

Renewable Energy
MMFwinding1n_turns=200core1area=10.0e-6air_gap110.0e-6SNpm1spr1k=1.42km1m=10mdmp_t10.001mentDisplace-vibrationsine_frequency=60peak_amplitude=0.07mstop1air_gap210.0e-6spacer110mCFSH05_20L_1c1capacitance_value=220uCFSH05_20L_3CFSH05_20L_2CFSH05_20L_4p_out(Linear)p_inp_gndVoltageRegreg1voltage_setpoint=3.3vdo=0.25r_pulse_loadresistance_value=100c2capacitance_value=100ur_fixed_loadresistance_value=10kmag1mag3armatureframemag2frame_offsetv_gen_ac1v_rectifier_dcv_gen_ac2v_loadd_sw

Kinetic Energy Harvesting

This example is intended to show relevant modeling and simulation capabilities of SystemVision Cloud, for kinetic energy...

Mike Donnelly
MMFwinding1n_turns=200core1area=10.0e-6air_gap110.0e-6SNpm1spr1k=1.42km1m=10mdmp_t10.001mentDisplace-vibrationsine_frequency=60peak_amplitude=0.07mstop1air_gap210.0e-6spacer110mCFSH05_20L_1c1capacitance_value=220uCFSH05_20L_3CFSH05_20L_2CFSH05_20L_4p_out(Linear)p_inp_gndVoltageRegreg1voltage_setpoint=3.3vdo=0.25r_pulse_loadresistance_value=100c2capacitance_value=100ur_fixed_loadresistance_value=10kmag1mag3armatureframemag2frame_offsetv_gen_ac1v_rectifier_dcv_gen_ac2v_loadd_sw
Energy Harvest Electrodynamic Mechanical Resonance full wave rectifier magnetic circuit vibration energy Live Action Kinetic Energy IIoT
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Points -10
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Relay "Assembly" Model

Electro-Magnetic Components
r110vsrc1em1spr1stop1dmp_t10.05m71msw1lamp1battery1Displace-mentd2q1QDq2d1inv10 nv_drivev_at_relayposition_relay_armaturev_battv_relay_switchd_relay_switch

Relay "Assembly" Model

This design is intended to show how our basic technology building block models can be combined to represent the essential physics...

Mike Donnelly
r110vsrc1em1spr1stop1dmp_t10.05m71msw1lamp1battery1Displace-mentd2q1QDq2d1inv10 nv_drivev_at_relayposition_relay_armaturev_battv_relay_switchd_relay_switch
electro-mechanical Assembly Model relay contact bounce
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Points +23
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Inductor Model using Magnetic Circuit Modeling Method

Electro-Magnetic Components
r155l11mgap1area=2.27e-5length=2.5e-7area=2.27e-5length=46.1e-3MMFn_turns=23r25

Inductor Model using Magnetic Circuit Modeling Method

This example shows that you can build an inductor model from magnetic components (i.e. a winding and a core), and with an air-gap...

Mike Donnelly
r155l11mgap1area=2.27e-5length=2.5e-7area=2.27e-5length=46.1e-3MMFn_turns=23r25
magnetic core magnetic saturation magnetics Air Gap
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Points -9
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FRC Motor speed control with TalonSRX

Robotics, Sensors, and Motion Control
Vmotor_power12.0CIMple_box4.67inertia_load2mfric_loadCIM1r_battery_and_wires50mKF_gain0.5780Krps_to_rpm9.54929encoderfb_errorKP_gain20sumAllcmd_limit1.0-1.0I_gain0.0ddtD_gain0.0sumPIDu20Krad_to_revs0.159155rpm_profilecodesPerRev250KCountsPerCode4Kcntspm_to_cntsp100ms1.6666mmult1KfullscaleToPercentBus9.775E-4mult2mult3w_motorv_batterymotor_cmd_fsv_talon_1w_loadset_speed_NUload_speed_radpsload_speed_NUerrorF_cmdP_cmdmotor_cmd_percent_busI_cmdD_cmdload_pos_radload_pos_revsCPRcntsPerRevcntsPerRevset_speed_rpmcntsp100mscntsp100msmotor_cmd_unlimitedload_speed_rpmload_pos_NUCIM2

FRC Motor speed control with TalonSRX

PIDF feedback control theory for FRC motor speed control

See blog for detailed information

https://www.systemvision.com/blog...

Darrell
Vmotor_power12.0CIMple_box4.67inertia_load2mfric_loadCIM1r_battery_and_wires50mKF_gain0.5780Krps_to_rpm9.54929encoderfb_errorKP_gain20sumAllcmd_limit1.0-1.0I_gain0.0ddtD_gain0.0sumPIDu20Krad_to_revs0.159155rpm_profilecodesPerRev250KCountsPerCode4Kcntspm_to_cntsp100ms1.6666m