1GPK1AU09W

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The 1GPK1AU09W is an ultra-dense broadband transformer designed to provide exceptional performance and reliability that is integral to a wide range of electronic applications. With a footprint that is only slightly larger than a regular compact fluorescent lightbulb, this advanced device is ideal for high-density, low-cost system integration.

The 1GPK1AU09W is part of a family of ultra-dense broadband transformers that are designed for a wide range of applications such as RF and microwave signal conditioning, audio, video systems, and power line communications. It is designed to provide a reliable and efficient connection between primary and secondary windings with minimal signal loss and interference.

The device has an operating range of 10 kHz to 200 MHz and supports a wide range of input and output power levels. The transformer is constructed using a high-transmission core material and is equipped with an advanced winding configuration that ensures excellent signal-to-noise performance. The device is also designed to minimize common-mode current, ensuring a low insertion loss and high isolation.

The 1GPK1AU09W is designed to provide superior signal integrity and low power losses in a variety of applications. The transformer is highly reliable and has excellent electrical characteristics, making it ideal for applications where reliability and signal integrity are critical. It is suitable for a wide range of analog and digital communications applications including cellular, audio, video, and satellite TV systems.

The 1GPK1AU09W is a low-profile ultra-dense broadband transformer that is suitable for high-density system integration. It is constructed with a high-transmission core material and an advanced winding configuration that ensures excellent signal-to-noise performance. The device has an excellent insertion loss and high isolation, providing superior signal integrity and low power losses. The device is ideal for analog and digital communications systems, audio, video, and satellite TV systems. It is highly reliable and offers outstanding performance and reliability for a variety of applications.

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