background image

REMC06G18GD

RF-LAMBDA USA LLC: 

www.rflambda.com

Sales: 

[email protected]

Technical: 

[email protected]

Rev 4. 01-20-2022 | Subject to change without notice 

Solid State EMC Benchtop Power Amplifier  

6GHz~18GHz

Parameter

Min

Typ

Max

Units

Frequency Range

6 - 18

GHz

Small Signal Gain 

(without attenuation)

70

dB

Gain Variation Over Temperature

(-30

~  +70

)

±3

dB

Input Return Loss

15

dB

*Saturated Output Power (Psat)

48

dBm

Isolation S12 

80

dB

Input Max Power (No Damage)

Psat – Gain 

dBm

Weight 

35

lbs

Impedance

50

Ohms

Power Supply Connector

D-SUB COMBO 3POS

Input / Output Connectors

SMA-Female or N-Female(Input) – N-Female(Output) 

Package

4U 19” Rack-mount/Tabletop Chassis 

(detail dimension in last page) 

Electrical Specifications (T

A

=+25⁰C)

Product Description

REMC06G18GD is a solid state EMC benchtop amplifier with a frequency 

range of 6 to 18GHz. 

The power output of this amplifier is 48dBm typical. The typical small signal 

gain is 60dB with a gain flatness of 

±

10dB. This performance is achieved 

through the use of GaN devices. This power amplifier works with a 110/220 

VAC supply.

This product has a calibration feature which enables customer to obtain 

great performance through time and temperature changes. 

Features

• Wideband EMC Solid State Power Amplifier

• Small Signal Gain 70dB typical with Digital 

Attenuator 31.5dB Range, 0.5dB Step Size.

• Output Saturation Power 48dBm Typical

• Supply Voltage 110/220 VAC

• 50 Ohm Matched Input/Output

• Automatic Calibration

• Built in Temperature Compensation

• Protections:

• Over Current Protection

• Over Temperature Protection

• Current Imbalance Protection

• RF Input Protection

• VSWR protection

Typical Applications

• Wireless Infrastructure

• Military and Aerospace Applications

• Test Instrumentation

• Radar Systems

• 5G Wireless Communications 

• Microwave Radio Systems

• TR Modules 

• Research and Development

• Cellular Base Stations

Summary of Contents for REMC06G18GD

Page 1: ...6 to 18GHz The power output of this amplifier is 48dBm typical The typical small signal gain is 60dB with a gain flatness of 10dB This performance is achieved through the use of GaN devices This powe...

Page 2: ...STD 202G Table 214 I Test Condition Letter C 1 5 Hours Per Axis High Temperature Burn In Temperature 70 C for 72 Hours Shock 1 Weight 20g 50g half sine wave for 11ms Speed variation 3 44m s 2 Weight...

Page 3: ...m Sales sales rflambda com Technical support rflambda com Rev 4 01 20 2022 Subject to change without notice Gain vs Frequency Input Return Loss Note Small signal VNA measurements include attenuators t...

Page 4: ...flambda com Technical support rflambda com Rev 4 01 20 2022 Subject to change without notice Gain vs Output Power P7dB vs Frequency P1dB vs Frequency Note Input Output return loss measurements include...

Page 5: ...dicator Gain Adjustment Knob ON OFF switch Instrument AC power supply switch USER CONTROL D SUB Connector low voltage 3 3V TTL control signals See page below for more information RF Output RF Input Al...

Page 6: ...boot the instrument and clear the alarms If error code can not be eliminated after reboot please contact support rflambda com Calibration is may be recommended 1 Calibrate to execute instrument self c...

Page 7: ...ion page press Menu on front panel keypad while the instrument is showing the status page Press the corresponding number on front panel keypad to select 1 Calibrate calibrates the instruments 2 Freque...

Page 8: ...current of the combining branches occurs Yes 8 PA Off Alarm Indicator LOW Pin will be latched to logic HIGH when any of the protection limit is reached Yes 9 Fan Alarm Indicator HIGH Pin will be latch...

Page 9: ...https rflambda com pdf rflambda_esd_control pdf Heatsink Lookup Specifications https rflambda com search_heatsink jsp Connector Torque Specifications https www rflambda com pdf Torque_Specifications...

Page 10: ...gradation or loss of functionality What is not covered with warranty Each RF Lambda amplifier will go through power and temperature stress testing Since the die ICs or MMICs are fragile these are not...

Reviews: