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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 -34
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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 +18
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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 -1
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Solar Battery Charger using Rohm SiC Power Devices

Renewable Energy
VDIsrqqnQDQDdenomnumVVgate_drivevout_high=18ramptime_low_to_high=10nramptime_high_to_low=10nr_gate_drv3threshold=-0.5HM_195M3020.0e-3Vishay_MKP1848622924Y22ubatteryv_open_circuit=250current_commandoutput_level=5.56solar_panelsVoc=1000Pmax=4760irradianceoutput_level=1x2SCS230KE2v_solar_paneld_gatenet104net108d_turn_offv_switchd_enablebattery_current_cmdnet142net144battery_currentnet150panel_current_cmdbattery_voltagei_errorpanel_voltagev_batteryd_turn_onthreshold=0.5net116v_gatex1SCT3080KLsolar_irradiance_scaled

Solar Battery Charger using Rohm SiC Power Devices

This design shows a 1000V, 4760Watt solar power battery charging system that uses Silicon Carbide (SiC) power devices from Rohm...

Mike Donnelly
VDIsrqqnQDQDdenomnumVVgate_drivevout_high=18ramptime_low_to_high=10nramptime_high_to_low=10nr_gate_drv3threshold=-0.5HM_195M3020.0e-3Vishay_MKP1848622924Y22ubatteryv_open_circuit=250current_commandoutput_level=5.56solar_panelsVoc=1000Pmax=4760irradianceoutput_level=1x2SCS230KE2v_solar_paneld_gatenet104net108d_turn_offv_switchd_enablebattery_current_cmdnet142net144battery_currentnet150panel_current_cmdbattery_voltagei_errorpanel_voltagev_batteryd_turn_onthreshold=0.5net116v_gatex1SCT3080KLsolar_irradiance_scaled
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Points -32
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Laser Temperature Regulator using Peltier TEC

Electronics Cooling and Thermal Control
laser_self_heatingVoltagevgen1cth1Cambient_temperature=25rth2cth2TECrth1thrmstr11.0e3r21kr31kr41k550k500kV2.5K=1Kss + aK=1Fp=5KK=3VV+V-v_electronicstemp_lasertemp_ambienttemp_heatsinkvccvccv_tecerrorsensor_fbproportional_outsumintegrator_outderivative_outv_sense_outsetpoint

Laser Temperature Regulator using Peltier TEC

This example shows the ability of a Peltier Module, or Thermo-Electric Cooler (TEC), to actively transfer heat away from a "laser"...

Mike Donnelly
laser_self_heatingVoltagevgen1cth1Cambient_temperature=25rth2cth2TECrth1thrmstr11.0e3r21kr31kr41k550k500kV2.5K=1Kss + aK=1Fp=5KK=3VV+V-v_electronicstemp_lasertemp_ambienttemp_heatsinkvccvccv_tecerrorsensor_fbproportional_outsumintegrator_outderivative_outv_sense_outsetpoint
TEC Peltier Thermistor PID
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Points -23
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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 -18
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Circuit Breaker - Single Phase AC

Electro-Magnetic Components
r_load8vsrc1frequency=60peak_voltage=170sw_overloadsw_breakersrc1MMFwinding110core1air_gap100.0e-6stop1spring_preloadm11mdmp10.1Forcereset_forceqsrc1SNpmr_overload8ContactorLogicu5position_armatureresetd_overloadv_line_inv_loadd_break

Circuit Breaker - Single Phase AC

This is a physical or “assembly” model of an electro-magnetic circuit breaker. Rather that modeling the pure electrical “behavior”...

Mike Donnelly
r_load8vsrc1frequency=60peak_voltage=170sw_overloadsw_breakersrc1MMFwinding110core1air_gap100.0e-6stop1spring_preloadm11mdmp10.1Forcereset_forceqsrc1SNpmr_overload8ContactorLogicu5position_armatureresetd_overloadv_line_inv_loadd_break
Circuit Breaker Permanent Magnet Air Gap preload spring physical model Assembly Model Multi-Discipline custom model glue model
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Points -48
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Compare Cascode vs. Single MOSFET Amplifier

Signals and Communications
rin150rload_single100vcc112rin250rload_cascode100rbias350vcc212Voltagevgen1100km1m2m3rbias4500v_vcc1vout_singlevin_gate_cascodevout_cascodevbase3vinvin_gate_singlev_midv_vcc2

Compare Cascode vs. Single MOSFET Amplifier

This example shows the bandwidth improvement that results from a cascode amplifier configuration (right-side circuit), compared to...

Mike Donnelly
rin150rload_single100vcc112rin250rload_cascode100rbias350vcc212Voltagevgen1100km1m2m3rbias4500