Monolithic Integrated (Dual) Bidirectional Amplifier O560
The O560 is a GaAs monolithic integrated bi-directional amplifier chip working in 8.0-12.0GHz. The transmit path can provide 27dB gain and 19.5dBm P1dB output power at a +5V and 175mA operating current. The receive path is at +5V and 55mA. At operating current, it provides 26dB gain and P1dB output power over 8dBm.
The bi-directional amplifier chip adopts an on-chip via hole metallization process to ensure good grounding, no additional grounding measures are needed, and the use is simple and convenient. The backside of the chip is metallized and suitable for eutectic sintering or conductive adhesive bonding processes.
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The power amplifier chip using on-chip through-hole metallization process to ensure a good grounding, no additional grounding measures, easy to use. The back of the chip was metallized, suitable for eutectic sintering process.
GaAs Monolithic Integrated Power Amplifier O224
The O224 is a GaAs monolithic integrated power amplifier operating at 12.8 to 14.6GHz and delivers 23dB of power gain and 32dBm of saturated output power at a + 5V operating voltage.
The chip uses on-chip through-hole metallization process to ensure a good grounding, do not need additional grounding measures, easy to use. The back of the chip was metallized, suitable for eutectic sintering process.
GaAs Monolithic Integrated Power Amplifier O239
The O239 is a gallium arsenide PHEMT power amplifier chip operating at 1.0 ~ 1.4GHz, providing 25dB power gain and 28dBm saturated output power at + 5V working voltage
48% power added efficiency.
The chip uses on-chip through-hole metallization process to ensure a good grounding, do not need additional grounding measures, easy to use. The back of the chip was metallized, suitable for eutectic sintering or conductive adhesive bonding process.
GaAs Monolithic Integrated Power Amplifier O241
The O241 is a 1.2-1.4GHz GaAs monolithic integrated power amplifier chip, which provides 21dB power gain and 26dBm saturated output power at + 5V operating voltage with power added efficiency of 33%.
The power amplifier chip using on-chip through-hole metallization process to ensure a good grounding, no additional grounding measures, easy to use. The back of the chip is metallized for eutectic sintering.
GaN Monolithic Integrated Power Amplifier O251
The O251 is a GaN monolithic integrated power amplifier chip operating at 5.0-6.5GHz. It provides 22dB power gain and 36dBm saturated output power at a continuous wave, +28V operating voltage, and a power-added efficiency of 48%.
The chip uses on-chip via metallization process to ensure a good grounding, no additional grounding measures, easy to use. The backside of the chip is metallized and is suitable for eutectic sintering processes.
GaN Monolithic Integrated Power Amplifier O1193
The O1193 is a 2.7-3.5GHz GaN monolithic integrated power amplifier chip. It provides 24dB power gain and 40dBm saturated output power with pulse width of 100us, duty cycle of 10%, and +28V operating voltage. Power-added efficiency 40%.
The power amplifier chip adopts an on-chip via hole metallization process to ensure good grounding, no additional grounding measures are needed, and the use is simple and convenient. The backside of the chip is metallized and is suitable for eutectic sintering processes.
GaN Monolithic Integrated Power Amplifier O1198
The O1198 is a GaN monolithic integrated power amplifier chip operating at 5.0-6.0GHz. It provides 20.5dB power gain and 40.5dBm saturated output power at continuous wave and +28V operating voltage, and the
power-added efficiency is 47%.
The power amplifier chip adopts an on-chip via hole metallization process to ensure good grounding, no additional grounding measures are needed, and the use is simple and convenient. The backside of the chip is metallized and is suitable for eutectic sintering processes.
GaN Monolithic Integrated Power Amplifier O1196
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Power-added efficiency 44%.
The power amplifier chip adopts an on-chip via hole metallization process to ensure good grounding, no additional grounding measures are needed, and the use is simple and convenient. The backside of the chip is metallized and is suitable for eutectic sintering processes.