HP Advanced Design System (Attenuator Design). Copyright(c) Hewlett Packard Korea. All rights reserved. June 1999 2 1. HBFP_chip.dsn 2. HBFP_0420.dsn.

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Presentation transcript:

HP Advanced Design System (Attenuator Design)

Copyright(c) Hewlett Packard Korea. All rights reserved. June HBFP_chip.dsn 2. HBFP_0420.dsn 3_1.hsmp381_1.dsn 3_2.hsmp381_2.dsn 3_3.hsmp381_3.dsn 3_4.hsmp381_4.dsn 3_5.hsmp381AN.dsn 3_6.hsmp381CA.dsn DC & SP 4.att_high.dsn att_high.dds 5.att_low.dsn att_low.dds 6.attreal_high.dsn attreal_high.dds 7.attreal_low.dsn attreal_low.dds Layout 8.Layout.dsn(schematic) Layout.dsn(Layout) 9.Layreal_high.dsn Layreal_high.dds 10.Layreal_low.dsn Layreal_low.dds Index Momentum 11. MOM_gnd_sch.dsn(schematic) MOM_gnd.dsn(Layout) MOM_1_sch.dsn(schematic) MOM_1.dsn(Layout) MOM_2_sch.dsn(schematic) MOM_2.dsn(Layout) MOM_3_sch.dsn(schematic) MOM_3.dsn(Layout) MOM_4_sch.dsn(schematic MOM_4.dsn(Layout) MOM_5_sch.dsn(schematic) MOM_5.dsn(Layout) 12.MOMreal_high.dsn MOMreal_high.dds 13.MOMreal_low.dsn MOMreal_low.dds 14.Amp.dsn Amp.dds 15.Vga.dsn Vga.dds

Copyright(c) Hewlett Packard Korea. All rights reserved. June Test 환경 : DC Tester 기 측정. Oscilloscope 측정. 결과치 : 각 Node 에 대한 Voltage and Current 정보 Active 소자에 대한 I-V 특성. Operating Point 특성. Optimization 특성. DC Simulations

Copyright(c) Hewlett Packard Korea. All rights reserved. June Test 환경 :Oscilloscope 측정. Output: 각 Node 에 대한 Voltage and Current. Voltage Noise Contributor.=> Noise Figure Voltage Gain AC Simulations

Copyright(c) Hewlett Packard Korea. All rights reserved. June Test 환경 :Network Analyzer 측정. Noise Figure Meter 측정. Application(frequency-domain) :Full chip small-signal simulation Low-Power Amplifiers Low-Noise Amplifiers Matching networks Noise matching Distributed Components S-Parameter Simulations

Copyright(c) Hewlett Packard Korea. All rights reserved. June

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Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June High-Frequency Layout:  Synchronize Layout with Schematic and vice-versa  SMT Libraries contain over 80,000 vendor parts Robust Artwork Generators:  Gerber  AutoCAD DXF  Now sell and support these ACS translators  Enhanced DRC for design verification  Ground-plane pouring  Analyze arbitrary shapes with HP Momentum Planar EM simulator Layout

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June D Simulation tool for passive circuits Motif style interface Layout driven (accepts arbitrary geometry) Method of Moments technique for the planar solver Unlimited substrates and database S-parameter results for use in circuit simulator Plot far-field patterns Start from schematic or layout Generate mesh from layout Calculate S-parameters Use results in new simulations Momentum(2.5D)

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

Copyright(c) Hewlett Packard Korea. All rights reserved. June

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