ElectronicsEgypt
AD7606 Data Acquisition Module (16-bit ADC, 8 Ch) 200 kSPS

AD7606 Data Acquisition Module (16-bit ADC, 8 Ch) 200 kSPS

Lowest price now

1,050 EGP

1 offer · 1 stores

View in store: Future Electronics

Prices updated: 13 Oct 2026

Compare prices

StorePriceView in store
Future Electronics logoFuture Electronics1,050 EGPView in store

Price history

Lowest daily price, last 90 days

1,0661,0501,03412 Oct 202613 Oct 2026

Lowest price recorded: 1,050 EGP

About this product

A data acquisition module built around the AD7606 16-bit analog-to-digital converter from Analog Devices. It provides eight bipolar input channels that can measure positive and negative signals, with per-channel sample-and-hold. The microcontroller sets the sampling rate, up to 200 kSPS, and it works with Arduino, ESP32, FPGA, Raspberry Pi and Teensy.

Specifications

Resolution
16-bit
Channels
8 bipolar channels
Maximum sampling rate
200 kSPS
Power supply
Single 5 V supply
Interface modes
16-bit parallel (default), 8-bit parallel, serial
Sampling control
Pulse frequency from the MCU
Range and oversampling
Set by external I/O pins

Frequently asked questions

What is the price of AD7606 Data Acquisition Module (16-bit ADC, 8 Ch) 200 kSPS in Egypt?

AD7606 Data Acquisition Module (16-bit ADC, 8 Ch) 200 kSPS currently costs 1,050 EGP in Egypt.

Where can I buy AD7606 Data Acquisition Module (16-bit ADC, 8 Ch) 200 kSPS in Egypt?

AD7606 Data Acquisition Module (16-bit ADC, 8 Ch) 200 kSPS is available from Future Electronics. Compare the offers above to find the best price.

Can I use it with a 3.3 V board like ESP32?

The module is specified for a single 5 V supply, and the listing's interface logic-level details are incomplete. Confirm the digital I/O level in the datasheet, and use level shifting if the module's logic level does not match your 3.3 V board.

How is the sampling rate controlled?

The microcontroller, FPGA or other driver supplies a pulse signal, and the sampling rate follows that pulse frequency. The default mode is 16-bit parallel. Measuring range and oversampling are set through external I/O pins.