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The IGN0912LM500 is a GaN-on-SiC high-power pulsed transistor designed for L-band avionics systems. It operates within the frequency range of 0.96 to 1.22 GHz, covering TACAN and DME applications. The device delivers a peak output power (POUT-PK) of at least 500 Watts under specific pulsed conditions: 48 microseconds ON time, 18 microseconds OFF time, with a duty cycle of 6.4% at 50 Volts. This component utilizes Gallium Nitride on Silicon Carbide HEMT technology to achieve high efficiency and power density in military and aerospace radar environments.
Verify the exact datasheet version and electrical characteristics directly from Integra Technologies Inc. before integration. Confirm that the application environment matches the specified pulsed parameters, including the 48us ON and 18us OFF timing constraints. Ensure thermal management solutions are adequate for the 500W peak power output. Cross-reference the part number to distinguish between similar models like IB0912M500 if bandwidth requirements differ.
Select this component when designing L-band avionics transmitters requiring high peak power in a compact form factor. The GaN-on-SiC construction offers superior performance compared to traditional silicon devices. Consider the specific duty cycle and pulse width requirements of the system, as the 500W rating is tied to the 6.4% duty cycle. Evaluate thermal resistance and package compatibility for the intended PCB layout.
Integra Technologies specializes in RF and microwave high-power solutions for military and aerospace sectors. The IGN0912LM500 belongs to their portfolio of GaN-based transistors engineered for demanding avionics environments. It complements other models like the IGT5259L50, which targets C-band radar, demonstrating the company's focus on wideband, high-efficiency semiconductor devices for critical communication and navigation systems.
Public confirmed substitute part numbers are not available in the provided documentation. Users should consult Integra Technologies directly for equivalent or upgraded components.