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  • FREQUENCY: 100MHz to 100GHz
  • BANDWIDTHS: Narrow Band to Multi Octave
  • TYPES: Pulsed, CW
  • POWER: 0.1W to 10kW
  • CONFIGURATION/PACKAGING: Modules, Rack Mount, Connectorized, Waveguide
  • PLATFORMS: Ground, Airborne, Marine, Space
  • APPLICATIONS: Military, Commercial, Satcom, Comms, Test & Measurement
  • TECHNOLOGY: LDMOS, GaAs, InP, GaN
  • EXPORT CLASSIFICATIONS: EAR99 & EAR-Controlled

By combining significant R&D funding with judicious acquisitions of microwave technology leaders, Teledyne RF & Microwave has built a strong portfolio of SSPAs supported by innovative, collaborative engineering and manufacturing teams. Covering 100MHz to 100GHz, with power from 0.1W to 10kW, Teledyne SSPAs include both Pulsed and CW for all markets, from commercial Satcom to military and space qualified platforms.

Explore Solid State Power Amplifiers

Teledyne uses LDMOS, GaAs, InP & GaN technologies seabet sports bettingto meet customer's needs, generally producing custom designs to customer specifications. GaN is particularly successful in pulsed applications, with many different amplifier designs available up to 18GHz. Teledyne pulls on existing module designs to support drive chain and control circuits, hence reserving engineering resources to address critical design of power amplifiers with mechanical and thermal integrity. This enables new design efforts to be completed on time and with reduced risk.

SWaP (Size Weight and Power) have become increasingly more critical in the design of new and legacy systems. Teledyne has some of the smallest and lowest weight SSPAs on the market. seabet online casinoA good example is our 15W Ku-Band SSPA which operates over data-link & Satcom bands with a total weight of less than 0.5 lbs and only 0.5" thick.

Teledyne also offers its new Solid State High Power Amplifier (SSHPA) product line providing power from 100W at module level to multi kW at system level, in frequency bands ranging from UHF to Ku-Band. These amplifiers utilize state of the art thermal management schemes and unique highly efficient coaxial power combiners to allow designs in smaller form factor with improved reliability.

With 20 years of experience and extensive use of ATE (Automated Test Equipment), Teledyne is well placed to support our customers' technical seabet cluband production needs for all SSPAs.

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Frequency
Range
(GHz)
Power
(P1dB)
Small 
Signal
Gain
(dB)
Spurious
(dBc)
Low 
Power
Mode 
incl
Detect
and 
Disable
Incl
BlankingDC 
Power
@P1dB
Linearizer
Available
Weight
(lbs)
Operating 
Temperature 
Range (°C)
Hermetic
4.4 - 5.025W4-60NY30mS100WN0.8-45 to +85Y
7.0- 8.025W4-60NY30mS100WN0.8-45 to +85Y
13.75 -14.55W35-60NY1.5µS31WN0.3-45 to +85Y
13.75-14.510W47-60YY30mS75WY0.5-45 to +85Y
13.75 -14.515W47-60YY30mS150WY0.5-45 to +85Y
13.75 -14.515W43-60YY30mS100WY0.5-45 to +85Y
13.75 -14.520W43-60OptionY30mS175WY0.8-45 to +85Y
13.75 -14.525W43-60OptionY30mS200WY0.8-45 to +85Y
29.0 - 31.012W42-50NY30mS100WN1.2-45 to +85Y

HIGH POWER & PULSED SSPAs

Frequency  BandP1(Min)Duty CyclePulse WidthSmall Signal GainVSWRNominal DC EfficiencySize L"xW"xH"Operating Temperature Range (°C)
S-Band 12kW
SSHPA
5%100
µsec
>30dB1.330%12x18x24-40 to +60
X-Band 1.0kW
SSHPA
10%100
µsec
>60dB1.520%13x8x2-40 to +75