Agilent ICCAP Modeling Configuration Block Diagram 0 045

Agilent IC-CAP Modeling Configuration - Block Diagram (0. 045 - 50 GHz) RF Subsystem E 8364 B Vector Network Analyzer x 1 7 8 9 4 5 6 1 2 3 @ n 0 . M k m m - GPI B Computer controller and IC-CAP software (quoted separately) GPIB RF Signal Flow Diagram E 5270 B 8 -Slot Parametric Measurement Mainframe DC Subsystem 1 IC-CAP Modeling Configuration Agilent Technologies November 01, 2005

Agilent IC-CAP Modeling - Signal Flow Diagram (0. 045 - 50 GHz) RF Subsystem Port 1 f m 11612 V K 11 B. N. RF In RF/DC Out G S (1) 5063 -9809 Flexible cable 10 in. , 2. 4 mm (mm) F 85133 F Flexible Test Port cable set, 2. 4 mm E 8364 B f Port 2 E 5270 B GNDU 11900 C Adapter 2. 4 mm, (f-m) O MPSMU S F HPSMU S F f 11900 A Adapter 2. 4 mm, (mm) 11612 V K 21 B. N. RF In RF/DC Out G S F Probe Station or Test Fixture (1) 5063 -9809 Flexible cable 10 in. , 2. 4 mm (mm) (1) 16493 L #001 GNDU Cable, 1. 5 m (2) 16494 A #001 Triaxial Cable, 1. 5 m (4) 16494 A #001 Triaxial Cable, 1. 5 m DC Subsystem 2 IC-CAP Modeling Configuration Agilent Technologies November 01, 2005

Agilent IC-CAP Modeling Configuration - Rack Layout E 3661 B 1. 6 m Rack Cabinet E 7731 A Filler Panel (1 -EIA) E 5270 B 8 -Slot Parametric Measurement Mainframe E 3668 B Feed through Panel E 7734 A Filler Panel (4 -EIA) x 1 7 8 9 4 5 6 1 2 3 0 . - @ n M k m m E 8364 B Vector Network Analyzer E 3668 B Feed through Panel Anti-static work surface E 7734 A Filler Panel (4 -EIA) E 3668 B Feed through Panel E 7735 A Filler Panel (5 -EIA) 35181 M Drawer Unit, 5. 25 inch 3 IC-CAP Modeling Configuration Agilent Technologies November 01, 2005

Agilent IC-CAP Modeling Configuration - Rack Layout Footprint (top view) Rack Cabinet height = 160 cm Rack Cabinet 60 cm W x 91 cm D 142 cm Work Surface 100 cm W x 67 cm D 4 IC-CAP Modeling Configuration Agilent Technologies November 01, 2005