You are here:
  1. Home
  2. Shop
  3. Data Acquisition
  4. Analog to Digital Converters (ADC)
  5. MAX117CAI+
  • MAX117CAI+

MAX117CAI+

IC ADC 8BIT FLASH 28SSOP

Manufacturer:

$13.02

Categories:

The MAX117CAI, manufactured by Analog Devices Inc., is a high-performance Analog to Digital Converter (ADC) that efficiently translates analog signals into digital form, enabling precise measurement and control in various applications. Housed in a robust tube packaging, this component ensures reliable delivery and storage until ready for use. While the specific series for this part is not designated, its attributes and design align with the quality and innovation found in Analog Devices’ extensive range of ADCs.

This ADC is engineered to support a broad spectrum of applications, from industrial process control and automation to medical devices and energy management systems. Its versatility and high accuracy make it an essential part of precision instrumentation, data acquisition systems, and any sophisticated circuitry requiring analog-to-digital conversion with integrity and precision.

The MAX117CAI’s specifications and operational parameters are tailored for seamless integration into complex circuits, providing developers and engineers the capability to enhance system performance and reliability. Its packaging in a tube format facilitates manual handling and insertion into prototype circuits, making it ideal for small production runs or development stages.

Professionals in fields requiring the critical translation of analog signals into digital information will find the MAX117CAI from Analog Devices Inc. a reliable and effective solution. This ADC component embodies the high standards of reliability and performance that are synonymous with Analog Devices’ products, ensuring that it meets the rigorous demands of cutting-edge electronic systems design.

Additional information

Additional Information

Series: –
RoHS Status: ROHS3 Compliant
Manufacturer Lead Time: 26 week(s)
Product Status: Active
Packaging: Tube

Datasheet:

Download Free CAD Model:

Technical Details:
Not Currently Available
[{‘ParameterId’: 7, ‘ValueId’: ‘6’, ‘Parameter’: ‘Packaging’, ‘Value’: ‘Tube’}, {‘ParameterId’: 5, ‘ValueId’: ‘401058’, ‘Parameter’: ‘Features’, ‘Value’: ‘Selectable Address’}, {‘ParameterId’: 16, ‘ValueId’: ‘165808’, ‘Parameter’: ‘Package / Case’, ‘Value’: ’28-SSOP (0.209″, 5.30mm Width)’}, {‘ParameterId’: 69, ‘ValueId’: ‘409393’, ‘Parameter’: ‘Mounting Type’, ‘Value’: ‘Surface Mount’}, {‘ParameterId’: 153, ‘ValueId’: ‘281410’, ‘Parameter’: ‘Number of Bits’, ‘Value’: ‘8’}, {‘ParameterId’: 207, ‘ValueId’: ‘378442’, ‘Parameter’: ‘Configuration’, ‘Value’: ‘MUX-S/H-ADC’}, {‘ParameterId’: 243, ‘ValueId’: ‘383917’, ‘Parameter’: ‘Data Interface’, ‘Value’: ‘Parallel’}, {‘ParameterId’: 245, ‘ValueId’: ‘345656’, ‘Parameter’: ‘Reference Type’, ‘Value’: ‘External’}, {‘ParameterId’: 252, ‘ValueId’: ‘38976’, ‘Parameter’: ‘Operating Temperature’, ‘Value’: ‘0°C ~ 70°C’}, {‘ParameterId’: 346, ‘ValueId’: ‘202821’, ‘Parameter’: ‘Voltage – Supply, Analog’, ‘Value’: ‘3V ~ 3.6V’}, {‘ParameterId’: 347, ‘ValueId’: ‘202821’, ‘Parameter’: ‘Voltage – Supply, Digital’, ‘Value’: ‘3V ~ 3.6V’}, {‘ParameterId’: 348, ‘ValueId’: ‘213218’, ‘Parameter’: ‘Sampling Rate (Per Second)’, ‘Value’: ‘400k’}, {‘ParameterId’: 474, ‘ValueId’: ‘403007’, ‘Parameter’: ‘Input Type’, ‘Value’: ‘Single Ended’}, {‘ParameterId’: 667, ‘ValueId’: ‘281410’, ‘Parameter’: ‘Number of Inputs’, ‘Value’: ‘8’}, {‘ParameterId’: 1291, ‘ValueId’: ‘165804’, ‘Parameter’: ‘Supplier Device Package’, ‘Value’: ’28-SSOP’}, {‘ParameterId’: 1523, ‘ValueId’: ‘347757’, ‘Parameter’: ‘Architecture’, ‘Value’: ‘Flash’}, {‘ParameterId’: 1785, ‘ValueId’: ‘63478’, ‘Parameter’: ‘Ratio – S/H:ADC’, ‘Value’: ‘1:1’}, {‘ParameterId’: 1989, ‘ValueId’: ‘0’, ‘Parameter’: ‘Part Status’, ‘Value’: ‘Active’}, {‘ParameterId’: 2198, ‘ValueId’: ‘1’, ‘Parameter’: ‘Number of A/D Converters’, ‘Value’: ‘1’}]

Request a Quote

Virtex UltraScale+

,

Xilinx’s Virtex UltraScale+ platform is shaping the future of high-performance computing. This cutting-edge field-programmable gate array (FPGA) technology enables rapid innovation in emerging applications requiring…

Read more