company blog about Supply ADI Bio-Sensors Product:Optical AFEs,Biopotential Sensors,Optical Modules

Supply ADI Bio-Sensors Product:Optical AFEs,Biopotential Sensors,Optical Modules

As a world-renowned authorised independent distributor of electronic components, Shenzhen Mingjiada Electronics Co., Ltd. has been committed to providing high-quality product solutions to customers around the world.

Main products include: 5G chips, new energy ICs, IoT ICs, Bluetooth ICs, Telematics ICs, automotive grade ICs, communication ICs, artificial intelligence ICs, memory ICs, sensor ICs, microcontroller ICs, transceiver ICs, Ethernet ICs, WiFi chips, wireless communication modules, connectors and other electronic components.

Applications: Our products are widely used in many fields such as automotive, communication instruments, computers, consumer electronics, medical instruments, audio equipment, video display instruments and meters, communication systems, car power supply and so on.

Service tenet: The company always adheres to the ‘service to customers, benefit to customers’ purpose, to provide customers with high quality, diversified electronic components.

Biosensors bridge the divide between the living world and the digital world. Analog Devices’ biosensor solutions are powered by a range of integrated and discrete sensor and signal-conditioning technology solutions for portable, wearable, and bedside monitoring systems. Our integrated optical modules or sensor interfaces enable photoplethysmography (PPG) measurement for optical heart rate, heart rate variability, and pulse oximetry (SpO2). Our high precision and low power analog front ends enable bioelectric measurement for electrocardiogram (ECG), EMG, EEG, and similar applications. ADI’s vital sign measurement portfolio ranges from optical sensors, bioelectric analog front ends, bioimpedance engines, low power motion sensors, and high precision temperature sensors.

Optical AFEs
The interface to the optical cable requires specific physical layer transmitters and receivers to manage signal conversion between the electrical and optical domains. This conversion is normally performed in an optical transceiver module. We provide a family of products that drive optical transmitter devices such as lasers or silicon photonics along with receivers that amplify, reshape, and retime signals from a photodiode. These products are currently offered for bitrates up to 50 Gbps. We also offer control and power management products that are optimized for optical module applications to complete the chipset needed in an optical module.

Optical AFEs
The interface to the optical cable requires specific physical layer transmitters and receivers to manage signal conversion between the electrical and optical domains. This conversion is normally performed in an optical transceiver module. We provide a family of products that drive optical transmitter devices such as lasers or silicon photonics along with receivers that amplify, reshape, and retime signals from a photodiode. These products are currently offered for bitrates up to 50 Gbps. We also offer control and power management products that are optimized for optical module applications to complete the chipset needed in an optical module.

Optical Modules
The interface to the optical cable requires specific physical layer transmitters and receivers to manage signal conversion between the electrical and optical domains. This conversion is normally performed in an optical transceiver module. We provide a family of products that drive optical transmitter devices such as lasers or silicon photonics along with receivers that amplify, reshape, and retime signals from a photodiode. These products are currently offered for bitrates up to 50 Gbps. We also offer control and power management products that are optimized for optical module applications to complete the chipset needed in an optical module.