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Recycle Mitsubishi High Frequency Devices: GaN High-Frequency Devices,Silicon RF Devices

Shenzhen Mingjiada Electronics Co., Ltd. is a professional electronic component recycling service provider. With its professional technical team, efficient evaluation system, and global logistics network, it provides customers with efficient, safe, and compliant electronic component recycling services, helping customers quickly reduce inventory, lower storage costs, and recover funds.

Recycling Categories: IC chips, sensors, Ethernet modules, IGBT modules, AI artificial intelligence components, microcontrollers, IoT components, and all other electronic components.

Recycling Process:

1. Consultation: If you have inventory electronic components that need to be disposed of, you can send an email listing the ICs/modules you wish to sell.

2. On-site Recycling: Our company will dispatch professional staff to collect your inventory electronic components on-site and conduct preliminary testing and classification of the components.

3. Quotation: The company will provide a corresponding recycling price based on factors such as the type, quantity, and quality of the recycled components.

4. Settlement: Once both parties have reached an agreement, specific transaction methods can be negotiated for delivery.

High Frequency Devices

High Power, High Efficiency, and Miniaturization Ideal for high-speed, high-capacity wireless communication systems.

Applications

Satellite Communications Systems (SATCOM)

Base Transceiver Stations (BTS) of mobile communication system

Professional / Amateur Radios

GaN High-Frequency Devices

GaN enables high efficiency and high output, thereby contributing to the evolution of high-speed, large-capacity communication systems such as satellite communication (SATCOM) Earth station, and mobile communication base transceiver station (BTS).

Silicon RF Devices

Widely used in portable wireless communication devices that operate in the frequency band under 1 GHz in order to amplify transmission power, which contributes to low power consumption and miniaturization.