SMC Solid State Amplifiers
80 – 1000 MHz • 10 Watts to 3000 Watts, Minimum Rated Power
Specifications subject to change without notice Page 1 ds-smc-series rev-a-1/11/2011
Instruments for Industry, SMC-Series Amplifiers provide outstanding RF performance. These products are available in
a wide range of power levels from 10 watts to 3000 watts in the 80 – 1000MHz frequency range. These state-of-the-art
solid-state power amplifiers are specifically designed for laboratory and all testing applications.
IFI RF amplifiers are very conservatively designed to operate below maximum ratings for ruggedness and long term
reliability. Sixth generation LDMOS Transistors provide reliable brute-power performance at frequencies
up to 1000MHz.
Our RF power amplifiers feature heavy-duty individually shielded aluminum housings at the module level. This concept
of a shielded modular design minimizes internally produced EMI signal leakage and provides easy access for field
service and rapid turnaround at depot level repair facilities.
From the ground up, the “SMC-SERIES” products are structurally engineered to withstand operation in mechanically
hostile environments. Ruggedized versions are available for applications that will be exposed to very harsh
environments.
Features
• Solid State Design
• Rugged Construction & High Reliability
• Instantaneous Broadband Frequency range
• Backlit screen
• Modular Design Construction
• Integrated Force Air Cooling
• Self-diagnostic circuitry
• IEEE-488 interface & RS232 Remote
Models & General Specifications!
Rated Power
(Watts) Minimum!
P1dB Power
Watts Minimum!
10.5” H x 19” W x 25.25” D
SMC350
10.5” H x 19” W x 25.25” D
SMC500
2x 10.5” H x 19” W x 25.25” D
2x 10.5” H x 19” W x 25.25” D
SMC Solid State Amplifiers
80 – 1000 MHz • 10 Watts to 3000 Watts, Minimum Rated Power
Specifications subject to change without notice Page 2 ds-smc-series rev-a-1/11/2011
Standard Features for IFI SMC Solid State Series Amplifiers
VSWR Reflected Power Protection, the unit operates without damage or oscillation into any magnitude of phase or load impedance,
Open & Short Circuit Protection.
* Alternate Prime Power (specify at time of order)
GPIB IEEE 488 & RS232 Remote Control
RF Sample Port on the Front Panel, 112R for rear panel
Internal Pre-amplification to obtain rated output power with an input level of 0 dBm or less.
Gain Control Local & Remote, 30dB range
RF Input/Output Connectors on the Front Panel, 118R for rear panel
Internal Systems Diagnostics & Status Indicators
Total/Operate Elapsed Time Metering in hours
RF Safety Interlock
Forward/Reflected Power Indication simultaneously on Front Panel display
IFI SMC Solid State Series Amplifier Specifications
As Specified in Model Table
Rated Output Power:
As Specified in Model Table
Gain @ Rated Power:
As Specified in Model Table
Prime Power:
As Required (Some are listed below)
Input/output Impedance:
50 ohms
RF Input/ Sample Connectors:
Type N Female, unless specified otherwise
RF Output Connector:
Type N Female up to 1KW amps, SC or 7/16 available, 7/16 2KW-3KW amps
Other connectors available by request or specification
0º to 50º C
Non-operating Temp:
-40º to 70º C (50,000 feet max)
Humidity:
95% without condensation
Altitude:
10,000 feet
Cooling System:
Air cooled, self contained
Modulation:
AM,FM, Pulse
Configuration:
Rack Mount as specified in Model Table, or Rack/Cabinet Integrated
Spurious Outputs:
<-60 dBc nominal
Harmonics:
-20dBc minimum @ Linear Power
Standard Prime Powers:
100, 115, 120 VAC ±10% 50/60 Hz, single phase
220, 230, 240VAC ±10% 50/60 Hz, single phase
120/208 or 200/220/230/240VAC ±10% 50/60 Hz, three phase Wye or Delta power is available
200/220/230/240VAC ±10% 50/60 Hz, three phase Wye or Delta power is available
Special Prime Powers other then listed are subject to availability
Some Available Options for IFI SMC Solid State Series Amplifiers
GPIB IEEE-488 RS232 and Ethernet Remote Control
GPIB IEEE-488 and RS 422 Remote Control
GPIB IEEE-488 and RS 485 Remote Control
Chassis slides for a 19" rack mounting
RF Input On Front Output On Rear
RF Input On Rear Output On Front