Add the simulation sheets for the DAC and buck, add the MCPs multiplexers and the analog ADC multiplexer

This commit is contained in:
Samuel Prevost 2026-03-11 22:12:06 +01:00
parent 344ef2b3f8
commit ee6575bab0
30 changed files with 139838 additions and 10862 deletions

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@ -0,0 +1,72 @@
{
"last_sch_text_sim_command": ".tran 1u 5m",
"tabs": [
{
"analysis": "TRAN",
"commands": [
".tran 1u 5m",
".kicad adjustpaths",
".save all",
".probe alli",
".probe allp"
],
"dottedSecondary": false,
"margins": {
"bottom": 45,
"left": 70,
"right": 70,
"top": 30
},
"measurements": [],
"showGrid": true,
"traces": [
{
"color": "rgb(255, 127, 0)",
"signal": "V(/Sim_DAC/AVDD)",
"trace_type": 1
},
{
"color": "rgb(255, 255, 51)",
"signal": "V(/Sim_DAC/COUPLED_L)",
"trace_type": 1
},
{
"color": "rgb(166, 86, 40)",
"signal": "V(/Sim_DAC/COUPLED_R)",
"trace_type": 1
},
{
"color": "rgb(247, 129, 191)",
"signal": "V(/Sim_DAC/DVDD)",
"trace_type": 1
},
{
"color": "rgb(102, 194, 165)",
"cursor1": {
"position": 0.0024558823529411767,
"x_format": "3~s",
"y_format": "3~V"
},
"cursor2": {
"position": 0.0029852941176470586,
"x_format": "3~s",
"y_format": "3~V"
},
"cursorD": {
"x_format": "3~s",
"y_format": "3~V"
},
"signal": "V(/Sim_DAC/OUT_L)",
"trace_type": 1
},
{
"color": "rgb(252, 141, 98)",
"signal": "V(/Sim_DAC/OUT_R)",
"trace_type": 1
}
]
}
],
"user_defined_signals": [],
"version": 6
}

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@ -0,0 +1,97 @@
{
"last_sch_text_sim_command": ".tran 1u 5m",
"tabs": [
{
"analysis": "TRAN",
"commands": [
".tran 1u 5m",
".kicad adjustpaths",
".save all",
".probe alli",
".probe allp"
],
"dottedSecondary": false,
"margins": {
"bottom": 45,
"left": 70,
"right": 70,
"top": 30
},
"measurements": [
{
"expr": "RMS V(/Sim_DAC/OUT_L)",
"format": "3~V"
},
{
"expr": "RMS V(/Sim_DAC/OUT_R)",
"format": "3~V"
},
{
"expr": "PP V(/Sim_DAC/OUT_L)",
"format": "3~V"
},
{
"expr": "PP V(/Sim_DAC/OUT_R)",
"format": "3~V"
},
{
"expr": "PP V(/Sim_DAC/COUPLED_R)",
"format": "3~V"
},
{
"expr": "PP V(/Sim_DAC/COUPLED_L)",
"format": "3~V"
}
],
"showGrid": true,
"traces": [
{
"color": "rgb(255, 127, 0)",
"signal": "V(/Sim_DAC/AVDD)",
"trace_type": 257
},
{
"color": "rgb(255, 255, 51)",
"signal": "V(/Sim_DAC/COUPLED_L)",
"trace_type": 1
},
{
"color": "rgb(166, 86, 40)",
"signal": "V(/Sim_DAC/COUPLED_R)",
"trace_type": 1
},
{
"color": "rgb(247, 129, 191)",
"signal": "V(/Sim_DAC/DVDD)",
"trace_type": 257
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"x_format": "3~s",
"y_format": "3~V"
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"position": 0.0029852941176470586,
"x_format": "3~s",
"y_format": "3~V"
},
"cursorD": {
"x_format": "3~s",
"y_format": "3~V"
},
"signal": "V(/Sim_DAC/OUT_L)",
"trace_type": 1
},
{
"color": "rgb(252, 141, 98)",
"signal": "V(/Sim_DAC/OUT_R)",
"trace_type": 1
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"version": 6
}

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@ -890,6 +890,14 @@
"version": 1
},
"net_format_name": "KiCad",
"ngspice": {
"fix_include_paths": true,
"meta": {
"version": 0
},
"model_mode": 4,
"workbook_filename": "CDJ-MainBoard-sim-dac.wbk"
},
"page_layout_descr_file": "",
"plot_directory": "",
"space_save_all_events": true,
@ -930,6 +938,18 @@
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"text_variables": {}

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* ============================================================
* Ferrite Bead SPICE Model
* Generic 600ohm @ 100MHz ferrite bead (0402/0603)
* For use with KiCad / ngspice
* ============================================================
*
* Models a ferrite bead as an RLC equivalent:
* - DC resistance: ~0.1 ohm
* - Peak impedance: ~600 ohm at 100MHz
* - Inductive at low frequencies
* - Resistive (lossy) at high frequencies
*
* The subcircuit avoids the ngspice "FB" reserved keyword
* conflict. Use reference designator L or XFB in KiCad.
*
* Pins: 1 = input, 2 = output
*
* Usage:
* X1 in out FERRITE_BEAD
*
* ============================================================
.subckt FERRITE_BEAD 1 2
* DC resistance
R_dc 1 mid1 0.1
* Inductive component (dominates at low/mid frequencies)
L_bead mid1 mid2 1u
* Parallel resistance (models core loss at high frequencies)
R_loss mid1 mid2 600
* Small parasitic capacitance
C_par 1 2 0.5p
.ends FERRITE_BEAD

4
CDJ-MainBoard/LED.lib Normal file
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@ -0,0 +1,4 @@
* Generic LED SPICE Model
* Forward voltage ~2.0V (green), 20mA typical
* For use with KiCad / ngspice
.model LED D (IS=1e-20 N=1.8 RS=2 BV=5 IBV=10u EG=2.3 XTI=2)

99
CDJ-MainBoard/PCM5122.lib Normal file
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@ -0,0 +1,99 @@
* ============================================================
* PCM5122 - Behavioral SPICE Model (28-pin TSSOP)
* Texas Instruments 2Vrms DirectPath Audio Stereo DAC
* For use with KiCad / ngspice
* ============================================================
*
* Behavioral model of the analog output stage.
* Digital pins (I2S, I2C, GPIO) are present for netlist
* compatibility but are modeled as simple pull-down resistors.
*
* Pin mapping matches TSSOP-28 datasheet pinout 1:1.
*
* ============================================================
.subckt PCM5122
+ CPVDD CAPP CPGND CAPM VNEG OUTL OUTR AVDD AGND VCOM_DEMP
+ SDA SCL GPIO5 GPIO4 GPIO3 ADR2 MODE1 MODE2 GPIO6 SCK
+ BCK DIN LRCK ADR1 XSMT LDOO DGND DVDD
* --- Tie CPGND to AGND internally ---
R_cpgnd CPGND AGND 0.001
* --- Parameters ---
.param Vfs=2.97 ; Full-scale peak voltage (2.1Vrms)
.param Rout=200 ; Output impedance per channel (estimated)
.param Vldo=1.8 ; Internal LDO output voltage
.param Vneg_v=-1.8 ; Negative charge pump rail
.param Vcom_v=0 ; Common mode (ground-centered, VREF mode)
.param Fsig=1000 ; Default test tone frequency (1kHz)
* --- Supply current modeling ---
* AVDD: ~10mA typical analog supply
R_avdd AVDD avdd_int 0.1
I_avdd avdd_int AGND DC 10m
* DVDD: ~15mA typical digital supply
R_dvdd DVDD dvdd_int 0.1
I_dvdd dvdd_int DGND DC 15m
* CPVDD: ~5mA charge pump supply
R_cpvdd CPVDD cpvdd_int 0.1
I_cpvdd cpvdd_int AGND DC 5m
* --- Power-on detection ---
* DAC operates when AVDD > 2.8V and DVDD > 2.8V
B_pon pon AGND V = (V(AVDD,AGND) > 2.8 && V(DVDD,DGND) > 2.8 && V(CPVDD,AGND) > 2.8) ? 1 : 0
* --- Mute control ---
* XSMT pin: HIGH = unmuted, LOW = muted
B_unmute unmute AGND V = (V(pon,AGND) > 0.5 && V(XSMT,AGND) > 1.5) ? 1 : 0
* --- Internal LDO (LDOO pin) ---
* 1.8V output when DVDD = 3.3V, needs 10uF external bypass cap
B_ldoo LDOO AGND V = V(pon,AGND) > 0.5 ? Vldo : 0
* --- Charge Pump ---
* Generates VNEG rail (~-1.8V) from CPVDD
B_vneg VNEG AGND V = V(pon,AGND) > 0.5 ? Vneg_v : 0
* Charge pump flying capacitor terminals
R_capp CAPP cp_mid 10
R_capm CAPM cp_mid 10
* --- VCOM / DEMP output ---
* Ground-centered common mode reference (VREF mode)
B_vcom VCOM_DEMP AGND V = Vcom_v
* --- Audio Output: Left Channel ---
* Ground-centered, 200 ohm output impedance
* Built-in 1kHz test tone at full scale
V_audio_l audio_l_int AGND SIN(0 {Vfs} {Fsig})
B_outl outl_buffered AGND V = V(unmute,AGND) > 0.5 ? V(audio_l_int,AGND) : 0
R_outl outl_buffered OUTL {Rout}
* --- Audio Output: Right Channel ---
* Same as left, 90 degree phase offset for stereo testing
V_audio_r audio_r_int AGND SIN(0 {Vfs} {Fsig} 0 0 90)
B_outr outr_buffered AGND V = V(unmute,AGND) > 0.5 ? V(audio_r_int,AGND) : 0
R_outr outr_buffered OUTR {Rout}
* --- Digital pins (stubs for netlist compatibility) ---
* These don't affect analog simulation but prevent
* "floating node" errors in ngspice.
R_sda SDA DGND 100k
R_scl SCL DGND 100k
R_gpio5 GPIO5 DGND 100k
R_gpio4 GPIO4 DGND 100k
R_gpio3 GPIO3 DGND 100k
R_adr2 ADR2 DGND 100k
R_mode1 MODE1 DGND 100k
R_mode2 MODE2 DGND 100k
R_gpio6 GPIO6 DGND 100k
R_sck SCK DGND 100k
R_bck BCK DGND 100k
R_din DIN DGND 100k
R_lrck LRCK DGND 100k
R_adr1 ADR1 DGND 100k
.ends PCM5122

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@ -0,0 +1,105 @@
* ============================================================
* SY8368AQQC - Behavioral SPICE Model
* Silergy 8A Synchronous Step-Down Regulator
* For use with KiCad / ngspice
* ============================================================
*
* Behavioral model capturing key electrical characteristics:
* - Voltage-mode PWM switching at 800kHz
* - Synchronous rectification with RDS(on) losses
* - Internal 0.6V reference
* - Enable / UVLO (3.9V)
* - Internal 3.3V LDO on VCC pin
* - Power Good open-drain output
* - Soft start (~600us)
*
* Limitations:
* - Simplified feedback loop (no detailed compensation)
* - No thermal modeling
* - No detailed gate drive timing / dead time
* - ILMT current limiting not enforced
*
* Subcircuit pins match QFN-12 package pinout 1:1:
* Pin 1 = GND1
* Pin 2 = LX
* Pin 3 = GND2
* Pin 4 = IN1
* Pin 5 = IN2
* Pin 6 = IN3
* Pin 7 = BS
* Pin 8 = VCC
* Pin 9 = FB
* Pin 10 = ILMT
* Pin 11 = PG
* Pin 12 = EN
*
* Usage:
* X1 GND1 LX GND2 IN1 IN2 IN3 BS VCC FB ILMT PG EN SY8368AQQC
*
* ============================================================
.subckt SY8368AQQC GND1 LX GND2 IN1 IN2 IN3 BS VCC FB ILMT PG EN
* --- Tie duplicate pins together internally ---
R_gnd12 GND1 GND2 0.001
R_in12 IN1 IN2 0.001
R_in23 IN2 IN3 0.001
* --- Use GND1 as the internal ground reference, IN1 as VIN ---
* --- Parameters ---
.param Fsw=800k
.param Tperiod={1/Fsw}
.param Vref=0.6
.param Rdson_hs=20m
.param Rdson_ls=10m
.param Vcc_int=3.3
.param Vuvlo=3.9
* --- Internal 3.3V LDO (VCC pin) ---
B_vcc VCC GND1 V = V(IN1,GND1) > Vuvlo ? Vcc_int : 0
* --- Enable and UVLO logic ---
B_en en_int GND1 V = (V(EN,GND1) > 0.8 && V(IN1,GND1) > Vuvlo) ? 1 : 0
* --- Soft Start Ramp ---
* RC charge toward 1V, ~600us time constant
R_ss1 ss_drv ss_node 1k
C_ss ss_node GND1 600n IC=0
B_ss_src ss_drv GND1 V = V(en_int,GND1) > 0.5 ? 1.0 : 0
* Effective reference: min of soft-start ramp and 0.6V
B_vref vref_eff GND1 V = min(V(ss_node,GND1), Vref)
* --- Error Amplifier (behavioral) ---
* High-gain comparison: FB vs reference -> duty cycle
B_ea ea_out GND1 V = V(en_int,GND1) > 0.5 ? min(max(200*(V(vref_eff,GND1) - V(FB,GND1)) + 0.25, 0.0), 0.95) : 0
* --- PWM Sawtooth + Comparator ---
V_saw saw_node GND1 PULSE(0 1 0 {Tperiod} 1n 1n {Tperiod})
B_pwm pwm_out GND1 V = V(ea_out,GND1) > V(saw_node,GND1) ? 5 : 0
* --- Power Stage (Synchronous Buck) ---
* High-side switch: VIN to LX when PWM high
S_hs IN1 LX pwm_out GND1 SW_HS
.model SW_HS SW VT=2.5 VH=0.5 RON={Rdson_hs} ROFF=10MEG
* Low-side needs inverted control
B_pwm_inv pwm_inv GND1 V = 5.0 - V(pwm_out,GND1)
S_ls LX GND1 pwm_inv GND1 SW_LS
.model SW_LS SW VT=2.5 VH=0.5 RON={Rdson_ls} ROFF=10MEG
* --- Bootstrap ---
R_bs_ext BS bs_mid 1
B_bs_chg bs_mid GND1 V = V(LX,GND1) + Vcc_int
* --- Power Good (open-drain output) ---
* PG is open drain: LOW when FB is outside 90%-120% of Vref
B_pg_ctrl pg_ctrl GND1 V = (V(FB,GND1) < 0.54 || V(FB,GND1) > 0.72) ? 5 : 0
S_pg PG GND1 pg_ctrl GND1 SW_PG
.model SW_PG SW VT=2.5 VH=0.5 RON=50 ROFF=10MEG
* --- ILMT pin (netlist compatibility) ---
R_ilmt ILMT GND1 1MEG
.ends SY8368AQQC

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View File

@ -0,0 +1,111 @@
(module "TSSOP-24_L7.8-W4.4-P0.65-LS6.4-BL" (layer F.Cu) (tedit 69B1CFBA)
(descr "TSSOP-24_L7.8-W4.4-P0.65-LS6.4-BL footprint")
(tags "TSSOP-24_L7.8-W4.4-P0.65-LS6.4-BL footprint C179326")
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