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AP602
28V Power Amplifier

AP603
Product Features
  • 800-2200 MHz
  • +38.5 dBm P1dB
  • -50 dBc ACLR @ 1W Pavg
  • -51 dBc IMD3 @ 1W PEP
  • 15% Efficiency @ 1W Pavg
  • Internal Active Bias
  • RoHS-compliant 5x6mm Power DFN Packag
 
Product Details

Data Sheet
Qualification Report
Package Information DWG PDF
s-parameters
Tape/Reel Specification
RoHS - Compliant Package Materials List
ADS Nonlinear Mode Readme ZIP

     
Product Applications
  • Mobile Infrastructure
  • Repeaters

Ideal 2-chip Solution for TD-SCDMA Applications

 
PCB Layout and BOM Files
 Part Number  BOM  Gerber File
AP602-PCB900 PDF ZIP
AP602-PCB1960 PDF ZIP
AP602-PCB2140 PDF ZIP
     
AP60x General Application Notes

AP60x Circuit Design Techniques and Proper Precautions During Tuning
AP60x & 28V InGaP HBT Proccess Technology
WJ High Voltage HBT Performance using Digital Pre-distortion
Converting AP60x to FR4 PCB
QFN Mounting Considerations for Medium Power Surface Mount RF Devices
QFN Package Hand-Soldering Application Note

 
AP602 Application Notes

AP602 880 MHz Unconditinally Stable Reference Design
AP602 900 MHz Unconditinally Stable Reference Design
AP602 1960 MHz Unconditinally Stable Reference Design
AP602 2015 MHz Unconditinally Stable Reference Design
AP602 2140 MHz Unconditinally Stable Reference Design

     
AP60x Technical Papers

Averaging and Cancellation Effect of High-Order Nonlinearity of a Power Amplifier
MTT - 28V High Linearity and Rugged InGaP HBT
MTT - Quantification of Memory Effects in PAs
MTT - Reliability Study of InGaP GaAs HBT for 28V Operation
MW Journal - High Performance 28V InGaP HBT Feature Article
RF Design - Improved InGaP GaAs HBT Technology Facilitates High Linearity PAs