company blog about Recycle TI Analog To Digital Converter: Precision ADC,Isolated ADC,High Speed ADC

Recycle TI Analog To Digital Converter: Precision ADC,Isolated ADC,High Speed ADC

Shenzhen Mingjiada Electronics Co., Ltd. is an experienced electronic components recycler with a strong team, high-priced recycling of imported original IC, the acquisition of integrated circuits IC, the acquisition of sensors, the acquisition of microcontrollers MCU, the acquisition of Bluetooth chips, the acquisition of Ethernet chips, the acquisition of the factory's backlog of electronic materials, the acquisition of electronic components! We are committed to customers to digest inventory, reduce warehousing, and reduce customer storage costs and management costs.

Recycling details:
1, the recovery of electronic materials / sluggish materials / factory inventory / electronic inventory / personal inventory, etc..
2, strong, well-funded, with a wealth of experience in recycling, can be quickly door-to-door recycling.
3、Provide diversified inventory processing solutions for customers to choose. We can buy all the goods at once or sell them on behalf of customers.
4, abide by the integrity, keep promises, heavy reputation, professional and convenient, reasonable recovery price.

Recycling process:
1、Consultation: If you have inventory of electronic components need to be dealt with, you can send the IC/module inventory that needs to be sold by email.
2、Door-to-door recycling: our company will send professionals to your home to recycle your inventory of electronic components, and preliminary testing and classification of components.
3、Quotation：The company will give the corresponding recovery price according to the type, quantity, quality and other factors of the recycled components.
4、Settlement: If both parties reach an agreement, we can negotiate specific trading methods for delivery.

Precision ADC are known for their ultra-high resolution and very low noise, typically represented by the ADS12xx series (e.g. ADS1256, ADS1278) and the ADS16xx series (e.g. ADS1675). These precision ADCs typically have 24-bit resolution, signal-to-noise ratios (SNR) up to 110dB or more, and integral nonlinearities (INL) less than ±2LSB, making them ideal for application scenarios that require high-precision measurements. In industrial process control, they are used to accurately measure parameters such as temperature, pressure, flow rate, etc.; in medical equipment such as ECG machines and blood analysers, to ensure accurate acquisition of vital signals; and in scientific instruments such as mass spectrometers and chromatographs, to achieve reliable conversion of weak signals.

Isolated ADC integrate high withstand voltage isolation barriers (typically up to 5kVRMS or more) and sigma-delta modulators, enabling safe and reliable operation in harsh environments where hundreds of volts of common-mode voltages are present. These devices use patented SiO₂ isolation technology to provide excellent interference immunity and long-term stability, and are widely used in high-voltage systems such as motor drives, solar inverters, and industrial power supplies.

High Speed ADC are the core devices of communication and radar systems. High-speed ADCs include the ADS54Jxx series (e.g., ADS54J60), the ADC12DJxx series, and so on. These devices have ultra-high speed (sampling rate up to 3GSPS or more) and wide bandwidth (-3dB bandwidth over 1GHz), while maintaining excellent dynamic performance (SFDR>70dBc). In 5G base stations, microwave communications, phased array radar, and high-speed data acquisition systems, they are responsible for directly converting RF signals to digital signals, enabling advanced architectures such as software-defined radio (SDR).