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All Rights Reserved Copyright (c) Bee Technologies Inc. 2004
Device Modeling Report
Bee Technologies Inc.
COMPONENTS : VOLTAGE REGULATOR
PART NUMBER : uPC7893A
MANUFACTURER : NEC Electronics Corporation
All Rights Reserved Copyright (c) Bee Technologies Inc. 2004
GND
OUTIN
U1
UPC7893A
1
2
3
SPICE MODEL
`
*$
*PART NUMBER: uPC7893A
*MANUFACTURER: NEC Electronics Corporation
*ALL Rights Reserved Copyright (c) Bee Technologies Inc. 2004
.SUBCKT uPC7893A IN GND OUT
JADJ IN ADJ ADJ JADJMOD
VREF 4 ADJ 1.250
DBK IN 13 DMOD
CBC 13 15 800.0E-12
RBC 15 5 1.000E3
QPASS 13 5 OUT QPASSMOD
RB1 7 6 1
RB2 6 5 126.3
DSC 6 11 DMOD
ESC 11 OUT VALUE={5.646-25.18E-3*V(6,5)*V(13,5)}
DFB 6 12 DMOD
EFB 12 OUT VALUE={3.413+.3489*V(13,5)-16.01E-3*V(13,5)*V(13,5)
+ -1.00E-3*V(13,5)*V(6,5)}
EB 7 OUT 8 OUT 6.969
RP 9 8 100
CPZ 10 OUT 1.592E-6
DPU 10 OUT DMOD
RZ 8 10 .1
EP 9 OUT 4 OUT 100
RI OUT 4 100MEG
RADJ ADJ GND 1536
ROUT OUT ADJ 240
CADJ ADJ GND 0.1u
.MODEL QPASSMOD NPN (IS=30F BF=50 VAF=39.72 NF=1.738)
.MODEL JADJMOD NJF (BETA=50.00E-6 VTO=-1)
.MODEL DMOD D (IS=30F N=1.738)
.ENDS
*$
All Rights Reserved Copyright (c) Bee Technologies Inc. 2004
MODEL PARAMETER
Pspice
model
parameter
Model description
VREF Reference Voltage
N Emission Coefficient
BETA Tranconductance of JFET Transistor
VAF Early Voltage of Output Pass Transistor
CPZ Output Impedance Zero Capacitor
RB2 Base Resistance of Output Limit Voltage Source
ESC1 Coefficient of Current Limit Voltage Source
ESC2 Coefficient of Current Limit Voltage Source
EFB1 Coefficient of Foldback Current Voltage Source
EFB2 Coefficient of Foldback Current Voltage Source
EFB3 Coefficient of Foldback Current Voltage Source
EB Non-ideal Base-Collector Diode Saturation Current
All Rights Reserved Copyright (c) Bee Technologies Inc. 2004
Input-Output Voltage Differential Characteristic
Evaluation Circuit
Simulation result
Example
Measurement Simulation % ErrorVIN - VOUT
15 (V) – 9.3 (V) 5.7 (V) 5.7004 (V) 0.007
GND
OUTIN
U1
UPC7893A
1
2
3
V1
15 Cout
0.1u
RL
18.6
0
Input - Output
Input
All Rights Reserved Copyright (c) Bee Technologies Inc. 2004
Ripple Rejection (R•R) Characteristic
Evaluation Circuit
Simulation result
Comparison Table
Measurement Simulation % Error
Ripple rejection ratio
(dB)
70 70.034 0.049
Output
Input
RL
18.6
V2
16
Vin Vout
D3
S1VBA
D1
S1VBA C1
0.1u
Cout
0.1u
D4
S1VBA
GND
OUTIN
U1
UPC7893A
1
2
3
D2
S1VBA
0
V1
FREQ = 120
VAMPL = 1
VOFF = 0
All Rights Reserved Copyright (c) Bee Technologies Inc. 2004
Output Characteristic
Evaluation Circuit
Simulation result
Comparison Table
Measurement Simulation % ErrorOutput Voltage
(V) 9.3 9.2587 -0.444
V3
TD = 0
TF = 50n
PW = 50m
PER = 600m
V1 = 0
TR = 50n
V2 = 100
D4
S1VBA
0
D3
S1VBA
V(2,0)+V(3,0)
ABM
V1
FREQ = 50
VAMPL = 24.5
VOFF = 0
R5
10MEG
C1
10000u
GND
OUTIN
U1
UPC7893A
1
2
3
D2
S1VBA
RL
18.6
D1
S1VBA
E1
V(1,0)*(V(%IN+, %IN-)-1)
EVALUE
OUT+
OUT-
IN+
IN-
0
R4
10MEG
C4
0.1u
2 3
V2
TD = 50m
TF = 50n
PW = 50n
PER = 600m
V1 = 10
TR = 500m
V2 = 0.05
1
R3
10MEG
Simulation

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uPC7893A PSpice Model (Free SPICE Model)

  • 1. All Rights Reserved Copyright (c) Bee Technologies Inc. 2004 Device Modeling Report Bee Technologies Inc. COMPONENTS : VOLTAGE REGULATOR PART NUMBER : uPC7893A MANUFACTURER : NEC Electronics Corporation
  • 2. All Rights Reserved Copyright (c) Bee Technologies Inc. 2004 GND OUTIN U1 UPC7893A 1 2 3 SPICE MODEL ` *$ *PART NUMBER: uPC7893A *MANUFACTURER: NEC Electronics Corporation *ALL Rights Reserved Copyright (c) Bee Technologies Inc. 2004 .SUBCKT uPC7893A IN GND OUT JADJ IN ADJ ADJ JADJMOD VREF 4 ADJ 1.250 DBK IN 13 DMOD CBC 13 15 800.0E-12 RBC 15 5 1.000E3 QPASS 13 5 OUT QPASSMOD RB1 7 6 1 RB2 6 5 126.3 DSC 6 11 DMOD ESC 11 OUT VALUE={5.646-25.18E-3*V(6,5)*V(13,5)} DFB 6 12 DMOD EFB 12 OUT VALUE={3.413+.3489*V(13,5)-16.01E-3*V(13,5)*V(13,5) + -1.00E-3*V(13,5)*V(6,5)} EB 7 OUT 8 OUT 6.969 RP 9 8 100 CPZ 10 OUT 1.592E-6 DPU 10 OUT DMOD RZ 8 10 .1 EP 9 OUT 4 OUT 100 RI OUT 4 100MEG RADJ ADJ GND 1536 ROUT OUT ADJ 240 CADJ ADJ GND 0.1u .MODEL QPASSMOD NPN (IS=30F BF=50 VAF=39.72 NF=1.738) .MODEL JADJMOD NJF (BETA=50.00E-6 VTO=-1) .MODEL DMOD D (IS=30F N=1.738) .ENDS *$
  • 3. All Rights Reserved Copyright (c) Bee Technologies Inc. 2004 MODEL PARAMETER Pspice model parameter Model description VREF Reference Voltage N Emission Coefficient BETA Tranconductance of JFET Transistor VAF Early Voltage of Output Pass Transistor CPZ Output Impedance Zero Capacitor RB2 Base Resistance of Output Limit Voltage Source ESC1 Coefficient of Current Limit Voltage Source ESC2 Coefficient of Current Limit Voltage Source EFB1 Coefficient of Foldback Current Voltage Source EFB2 Coefficient of Foldback Current Voltage Source EFB3 Coefficient of Foldback Current Voltage Source EB Non-ideal Base-Collector Diode Saturation Current
  • 4. All Rights Reserved Copyright (c) Bee Technologies Inc. 2004 Input-Output Voltage Differential Characteristic Evaluation Circuit Simulation result Example Measurement Simulation % ErrorVIN - VOUT 15 (V) – 9.3 (V) 5.7 (V) 5.7004 (V) 0.007 GND OUTIN U1 UPC7893A 1 2 3 V1 15 Cout 0.1u RL 18.6 0 Input - Output Input
  • 5. All Rights Reserved Copyright (c) Bee Technologies Inc. 2004 Ripple Rejection (R•R) Characteristic Evaluation Circuit Simulation result Comparison Table Measurement Simulation % Error Ripple rejection ratio (dB) 70 70.034 0.049 Output Input RL 18.6 V2 16 Vin Vout D3 S1VBA D1 S1VBA C1 0.1u Cout 0.1u D4 S1VBA GND OUTIN U1 UPC7893A 1 2 3 D2 S1VBA 0 V1 FREQ = 120 VAMPL = 1 VOFF = 0
  • 6. All Rights Reserved Copyright (c) Bee Technologies Inc. 2004 Output Characteristic Evaluation Circuit Simulation result Comparison Table Measurement Simulation % ErrorOutput Voltage (V) 9.3 9.2587 -0.444 V3 TD = 0 TF = 50n PW = 50m PER = 600m V1 = 0 TR = 50n V2 = 100 D4 S1VBA 0 D3 S1VBA V(2,0)+V(3,0) ABM V1 FREQ = 50 VAMPL = 24.5 VOFF = 0 R5 10MEG C1 10000u GND OUTIN U1 UPC7893A 1 2 3 D2 S1VBA RL 18.6 D1 S1VBA E1 V(1,0)*(V(%IN+, %IN-)-1) EVALUE OUT+ OUT- IN+ IN- 0 R4 10MEG C4 0.1u 2 3 V2 TD = 50m TF = 50n PW = 50n PER = 600m V1 = 10 TR = 500m V2 = 0.05 1 R3 10MEG Simulation