Name: AMC1035QDRQ1
Brand: Texas Instruments
SKU: DS-5325384
Price: 3.834 USD
Availability: InStock
Rating: 4.8 (3 reviews)

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Texas Instruments AMC1035QDRQ1

IC SIGMA-DELT MOD 16BT 82K 8SOIC

Manufacturer # :AMC1035QDRQ1

Manufacturer :Texas Instruments

Dasenic # :AMC1035QDRQ1-DS

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AMC1035QDRQ1 Datasheet

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Description : IC SIGMA-DELT MOD 16BT 82K 8SOIC

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Quantity	Unit Price	Total
1+	$ 3.8340	$ 3.83
10+	$ 2.6730	$ 26.73
100+	$ 2.4210	$ 242.1
250+	$ 2.3040	$ 576
500+	$ 2.2230	$ 1111.5

In Stock: 10975

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AMC1035QDRQ1 information

Texas Instruments AMC1035QDRQ1 technical specifications, attributes, parameters.
Category:Integrated Circuits (ICs)/Data Acquisition - ADCs/DACs - Special Purpose
Product Status:Active
Operating Temperature:-40°C ~ 125°C (TA)
Mounting Type:Surface Mount
Package / Case:8-SOIC (0.154", 3.90mm Width)
Type:Sigma-Delta Modulator
Number of Channels:1
Supplier Device Package:8-SOIC
Voltage - Supply:3V ~ 5.5V, 3V ~5.5V
Resolution ( Bits):16 b
Sampling Rate ( Per Second):82k
Data Interface:Serial
Voltage Supply Source:Analog and Digital
EU RoHS Status:RoHS Compliant
REACH Status:REACH is not affected
US ECCN:EAR99
China RoHS Status:Green Symbol: Green and environmentally friendly product

Download datasheets and manufacturer documentation for Texas Instruments AMC1035QDRQ1
Datasheet:
AMC1035QDRQ1,

Texas Instruments AMC1035QDRQ1 Environmental and export classification status description
Overview of Texas Instruments AMC1035QDRQ1 The AMC1035QDRQ1 is a precision, low-power analog-to-digital converter (ADC) designed for automotive applications. This component is known for its high accuracy and low noise performance, suitable for sensor applications that require precise data conversion. It incorporates features that address the stringent requirements of automotive environments, such as high levels of ESD protection and robust performance over a wide temperature range. Key Functions 1. Analog-to-Digital Conversion: Converts analog signals into digital format, allowing the processing of signals from sensors. 2. Low Power Consumption: Designed to operate at low power to enhance battery life in portable applications. 3. High Accuracy: Achieves low integral non-linearity (INL) and low differential non-linearity (DNL) specifications to ensure precise measurements. 4. Built-in Reference Voltage: Includes a stable internal reference voltage, which simplifies the design for many applications. 5. Digital Output: Outputs the digital representation of the analog input signal, typically in a binary format. Applications The AMC1035QDRQ1 is used in various applications, particularly in automotive settings, including but not limited to: 1. Automotive Sensor Interfaces: For temperature, pressure, and other critical sensor signals in vehicles. 2. Electric Power Steering: Monitoring and controlling signals in electric steering systems. 3. Battery Management Systems: Measuring individual cell voltages in battery packs for electric vehicles. 4. High-Voltage Applications: Designed for high-voltage systems in automotive environments, ensuring safety and reliability. 5. Industrial Control Systems: Can be used in other industries needing precise analog-to-digital conversion. Alternative Components Similar components to the AMC1035QDRQ1 that may serve as alternatives in design include: 1. Texas Instruments ADS124S08: A precision, low power ADC suitable for high-performance applications. 2. Analog Devices AD7980: A low-power, 16-bit SAR ADC with a single supply operation and good accuracy. 3. Microchip MCP3208: An 8-channel, 12-bit ADC with a low-power consumption profile. 4. NXP Semiconductors LPC845: A microcontroller with built-in ADC that may serve simpler applications. Embedded Modules Embedded modules using the AMC1035QDRQ1 or similar ADCs include: 1. Sensor Interface Modules: Printed circuit boards (PCBs) that integrate various sensors with the AMC1035, allowing direct analog input. 2. Data Acquisition Systems: Systems that acquire signals from various sources and digitize them for processing. 3. Evaluation Boards: Boards designed for testing and evaluating the performance of the AMC1035 in different scenarios. 4. Automotive Development Kits: Kits that include various automotive sensors and the AMC1035 for prototyping purposes. Related Q&A 1. Q: What is the main advantage of using the AMC1035QDRQ1 in automotive applications? - A: The AMC1035QDRQ1 offers high accuracy and low power consumption, making it ideal for automotive applications that require precise measurements in a robust manner. 2. Q: Can I use the AMC1035QDRQ1 for industrial applications, or is it automotive-only? - A: While it is designed for automotive applications, its precision and robustness make it suitable for a variety of industrial applications as well. 3. Q: What is the maximum sampling rate for the AMC1035QDRQ1? - A: The AMC1035QDRQ1 typically supports sampling rates up to 1 MHz, allowing for rapid data acquisition of dynamic signals. 4. Q: Does the AMC1035QDRQ1 require an external reference voltage? - A: No, the AMC1035QDRQ1 includes a built-in reference voltage, simplifying its integration into designs. 5. Q: How does the AMC1035QDRQ1 ensure low noise performance? - A: The design of the AMC1035QDRQ1 incorporates various techniques, such as differential inputs and an integrated reference, to minimize noise and improve the overall accuracy of the ADC. This summary provides a comprehensive overview of the Texas Instruments AMC1035QDRQ1, including its functions, applications, alternatives, and some relevant Q&A.

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AMC1035QDRQ1 provided by Texas Instruments

Founded in 1930,Texas Instruments (Nasdaq: TXN) is a global semiconductor company that designs, manufactures, tests and sells analog and embedded processing chips. TI's product range spans from low-power, low-cost devices to high-performance, specialized solutions. With approximately 80,000 products, including microcontrollers, analog-to-digital converters (ADCs), digital-to-analog converters (DACs), operational amplifiers (op-amps), power management ICs, and more, we help over 100,000 customers efficiently manage power, accurately sense and transmit data and provide the core control or processing in their designs, going into markets such as industrial, automotive, personal electronics, communications equipment and enterprise systems. We have a long history of globally owned, regionally diverse internal manufacturing operations, including 15 manufacturing sites worldwide, with 12 wafer fabs, seven assembly and test factories, and multiple bump and probe facilities.