Reliable, Small size Package Transistor Offers 50 V bias in both Pulsed and CW Operation over DC-4.0 GHz
M/A-COM Technology Solutions Inc. (“MACOM”), a leading supplier of high performance RF, microwave, and millimeter wave products, announced a new GaN unmatched wideband transistor in SOT-89 package that is ideally suited to 50 V operation in driver and power applications, at European Microwave Week 2013 in Nurnberg, Germany.
The MAGX-000040-00500Pis an effective solution for customers who need a reliable power device with wideband performance and high voltage operation. Operating over the DC - 4.0 GHz frequency bandwidth, the MAGX-000040-00500Pis packaged in a light weight 2.5mm x 4.5mm SOT-89 plastic surface-mount package that allows customers easy implementation and assembly. The transistor delivers reliable operation at junction temperature of 158 °C in CW mode with the device being rated to a maximum junction temperature of 200 °C.
Boasting small size, surface-mount assembly and reliable high voltage operation, the device provides customers a high performing alternative to traditional flanged or metal-backed module components. “RF and Microwave designers are continuously challenged to improve Size, Weight and Performance (SWaP) of radar and communication systems”, said Paul Beasly , Product Manager. “The newest 5 W addition to the GaN in Plastic family extends MACOM’s leadership in supporting customers to meet design challenges with the key advantages of 50 V bias, CW operation and small-size, surface mount plastic packaging.”
The table below outlines typical performance:
Parameter |
Units |
MMAGX-000040-00500P |
Frequency Range |
GHz |
DC-4.0 |
Operating Voltage |
V |
50 |
Pulsed Peak Output Power |
Wpk |
5.3 |
Pulsed Power Gain |
dB |
13 |
Pulsed Drain Efficiency |
% |
-55 |
CW Output Power |
W |
4 |
Load Mismatch Tolerance |
VSWR |
10:1 |
Package, SOT-89 |
mm |
4.5x2.5 |
Production quantities and samples of MAGX-000040-00500P are available from stock. Final datasheets and additional product information can be obtained from the MACOM website at: www.macomtech.com.