•  System Software  •  Closed Loop Water Cooling of
Filament  •  Bar Code Reader (Optional)  •  Printer (Optional)  •  Quartz Crystal Plating (Optional)  •  Two Pole MCF Plating (Optional)  6300146-04  MEASUREMENTS  •  Resonator 1  •  Resistance  •  Inductance  •  Capacitance  •  Resonator 2  •  Resistance  •  Inductance  •  Capacitance  •  Center Frequency  •  Symmetry  •  Bandwidth of Coupling Area 1  •  Bandwidth of Coupling Area 2  •  Resonator Frequency Port 1  •  Resonator Frequency Port 2  •  Resonator Frequency Port 3  •  Total Resistance  SYSTEM CONFIGURATION  •  Vector Voltmeter  •  Dual Output Synthesizers  •  X-Y Table Vacuum Assembly  •  Turbo or Cryo Pump  •  Direct Drive Roughing Pump  •  Computer  •  Light Pole  FACILITY REQUIREMENTS  •  Power:  220 Volts @ 30 A or 380 Volts @ 20 A, 3-Phase  •  Inlet Pressures:  150 PSIG Maximum  •  Air:  90 PSIG  •  Nitrogen:  20 PSIG (Turbo), 70 PSIG (Cryo)  •  Cryo Water Cooling:  0.5 GPM @70 ? F, typical  •  Dimensions:  52.5 x 34.5 x 55 Inches (excluding light pole & cryo   compressor) (133.4 x 87.6 x 139.7cm)
Cryo pump compressor 19.5 x 24 x 19 inches
(49.2 x 61 x 48.3 cm) Light pole 39.5 inches (100.3 cm)

 S&A                         5500B MCF
THREE POLE PLATING SYSTEM  •  Three Pole, Monolithic Crystal Filter final  frequency adjust plating system  •  Plates three resonators and two coupling
areas to user specified targets  •  Measured parameters are checked
against easy to define Q.C. limits after
each filter is plated  •  Measurement data may immediately be
stored and/or printed  •  Surface mount devices held in
component tray or customer specified
pallet array  SPECIFICATIONS  Frequency Range:  10 MHz - 200 MHz  Plating Performance:  ± 4  ppm  final frequency, typical  •  The component area is customized to
precise device size requirements  •  Proprietary measurement technique  •  Does not require a variable inductor  •  Precise X-Y table positioning