AD7606BSTZ 16‑Bit ADC Analog‑to‑Digital Converter IC Chip LQFP‑64 Multi‑Channel Data Acquisition Chip For Industrial Signal Processing

AD7606BSTZ ADC Converter Chip

📌 Product Overview

AD7606BSTZ is a 16‑bit 8‑channel simultaneous sampling analog‑to‑digital converter chip. It achieves 200 kSPS sampling rate, supports configurable ±5V / ±10V input range. Single 5V power supply, integrated internal reference voltage and clock source. It comes with built‑in analog input ±16V overvoltage protection, supports parallel and SPI serial dual data output interfaces, easy to connect with MCU and FPGA. Widely used for industrial control, power monitoring, data acquisition instruments and precision signal measurement scenarios.

✨ Core Features

1. 8‑channel synchronous analog‑to‑digital conversion, simultaneously sample 8 analog signals, guarantee multi‑channel signal phase synchronization.
2. 16‑bit high‑precision ADC conversion, realize high‑accuracy conversion from analog voltage to digital value.
3. Configurable input range, supports ±5V and ±10V industrial standard voltage input.
4. Built‑in analog input protection, withstands ±16V overvoltage protection.
5. Supports parallel and SPI serial data output modes, convenient for interfacing with MCU and FPGA.
6. On‑chip integrated reference voltage and clock module, simplify peripheral circuit design.
7. Industrial grade working temperature: -40℃ ~ +85℃.
8. Package form: LQFP‑64.

📋 Product Parameters

Item	Parameter
Product Model	AD7606BSTZ
Resolution	16‑bit
Channel	8‑channel simultaneous sampling
Sampling Rate	200 kSPS
Input Voltage Range	±5V / ±10V
Communication Interface	Parallel / SPI Serial
Power Supply	5V single supply
Built‑in Module	Reference voltage, internal clock
Package	LQFP‑64
Overvoltage Withstand	±16V
Working Temperature	-40℃ ~ +85℃

📐 Dimension Info

‑ Package: LQFP‑64

⚠ Important Usage Notice

Please match the correct input voltage range according to actual project requirements. Do not exceed ±16V analog input voltage to avoid chip damage. Reasonably configure parallel or SPI interface mode according to host device (MCU / FPGA). Kind reminder: If there are version differences or images not been updated, please refer to the actual product.

🛠 Application Scenarios

Industrial control system, power monitoring equipment, data acquisition instrument, industrial signal measurement, multi‑channel synchronous sampling test equipment.