SPICE MODEL of ERZV05D331 in SPICE PARK

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SPICE MODEL of ERZV05D331 in SPICE PARK. English Version is http://www.spicepark.net. Japanese Version is http://www.spicepark.com by Bee Technologies.

Technology Business

Device Modeling Report

COMPONENTS: ZNR Transient/Surge Absorber
PART NUMBER: ERZV05D331
MANUFACTURER: Panasonic

Bee Technologies Inc.

All Rights Reserved Copyright (C) Bee Technologies Inc. 2005

ZNR Transient /Surge Absorber

Evaluation Circuit

Vsence 0Vdc

V1 R1 G1 G3 G2 G4 R2
0Vdc 10000MEG 10000MEG
IN+ OUT+ IN+ OUT+ OUT- IN- OUT- IN-
IN- OUT- IN- OUT- OUT+ IN+ OUT+ IN+

V(%IN+, %IN-) V(%IN+, %IN-) V(%IN+, %IN-) V(%IN+, %IN-)
GTABLE GTABLE GTABLE GTABLE

0
TABLE = (200V,1u)(230V,5u)(260V,10u)(290V,50u)(300V,100u)(390V,500u)(400V,1m)(430V,5m)(450V,10m)(480V,50m)
TABLE = (500V,100m)(520V,500m)(540V,1A)(570V,5A)(590V,10A)(650V,50A)(688V,100A)(850V,500A)

TABLE = (200V,1u)(230V,5u)(260V,10u)(290V,50u)(300V,100u)(390V,500u)(400V,1m)(430V,5m)(450V,10m)(480V,50m)
TABLE = (500V,100m)(520V,500m)(540V,1A)(570V,5A)(590V,10A)(650V,50A)(688V,100A)(850V,500A)

Circuit Simulation Result

500A

0A

-500A
-850V 0V 850V
I(Vsence)
V_V1

All Rights Reserved Copyright (C) Bee Technologies Inc. 2005

ZNR Transient /Surge Absorber

Simulation Result

VFwd (V)
I(A) Measurement Simulation Error (%)
1.00E-06 200.000 207.100 3.550
5.00E-06 230.000 236.100 2.652
1.00E-05 260.000 260.700 0.269
5.00E-05 290.000 290.100 0.034
1.00E-04 300.000 299.900 0.033
5.00E-04 390.000 390.000 0.000
1.00E-03 400.000 400.000 0.000
5.00E-03 430.000 429.900 0.023
1.00E-02 450.000 450.000 0.000
5.00E-02 480.000 479.900 0.021
1.00E-01 500.000 499.900 0.020
5.00E-01 520.000 520.100 0.019
1.00E+00 540.000 540.100 0.019
5.00E+00 570.000 569.900 0.018
1.00E+01 590.000 590.100 0.017
5.00E+01 650.000 649.700 0.046
1.00E+02 688.000 688.200 0.029
5.00E+02 850.000 850.000 0.000

Comparison Graph

All Rights Reserved Copyright (C) Bee Technologies Inc. 2005

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SPICE MODEL of ERZV05D331 in SPICE PARK

2. ZNR Transient /Surge Absorber Evaluation Circuit Vsence 0Vdc V1 R1 G1 G3 G2 G4 R2 0Vdc 10000MEG 10000MEG IN+ OUT+ IN+ OUT+ OUT- IN- OUT- IN- IN- OUT- IN- OUT- OUT+ IN+ OUT+ IN+ V(%IN+, %IN-) V(%IN+, %IN-) V(%IN+, %IN-) V(%IN+, %IN-) GTABLE GTABLE GTABLE GTABLE 0 TABLE = (200V,1u)(230V,5u)(260V,10u)(290V,50u)(300V,100u)(390V,500u)(400V,1m)(430V,5m)(450V,10m)(480V,50m) TABLE = (500V,100m)(520V,500m)(540V,1A)(570V,5A)(590V,10A)(650V,50A)(688V,100A)(850V,500A) TABLE = (200V,1u)(230V,5u)(260V,10u)(290V,50u)(300V,100u)(390V,500u)(400V,1m)(430V,5m)(450V,10m)(480V,50m) TABLE = (500V,100m)(520V,500m)(540V,1A)(570V,5A)(590V,10A)(650V,50A)(688V,100A)(850V,500A) Circuit Simulation Result 500A 0A -500A -850V 0V 850V I(Vsence) V_V1 All Rights Reserved Copyright (C) Bee Technologies Inc. 2005

3. ZNR Transient /Surge Absorber Simulation Result VFwd (V) I(A) Measurement Simulation Error (%) 1.00E-06 200.000 207.100 3.550 5.00E-06 230.000 236.100 2.652 1.00E-05 260.000 260.700 0.269 5.00E-05 290.000 290.100 0.034 1.00E-04 300.000 299.900 0.033 5.00E-04 390.000 390.000 0.000 1.00E-03 400.000 400.000 0.000 5.00E-03 430.000 429.900 0.023 1.00E-02 450.000 450.000 0.000 5.00E-02 480.000 479.900 0.021 1.00E-01 500.000 499.900 0.020 5.00E-01 520.000 520.100 0.019 1.00E+00 540.000 540.100 0.019 5.00E+00 570.000 569.900 0.018 1.00E+01 590.000 590.100 0.017 5.00E+01 650.000 649.700 0.046 1.00E+02 688.000 688.200 0.029 5.00E+02 850.000 850.000 0.000 Comparison Graph All Rights Reserved Copyright (C) Bee Technologies Inc. 2005

SPICE MODEL of ERZV05D331 in SPICE PARK

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