Chip ADC0848 circuit chip data converter support BOM

Name: Chip ADC0848 circuit chip data converter support BOM
Brand: Shenzhen E-Link Technology Co., Ltd.
SKU: 1600376947575_1
Price: 0.10 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Analog-to-Digital Conversion: The ADC0848 is an 8-bit analog-to-digital converter (ADC) designed to convert analog signals into digital data, supporting up to 8 input channels with a sampling rate of 250 ksamples/second.
Data Acquisition: Enables precise signal processing in systems requiring real-time analog-to-digital conversion, such as sensor interfaces, measurement devices, and control systems.

Key features

1. Material Technology: CMOS-Based Construction

With CMOS-based semiconductor technology, achieve ultra-low power consumption ideal for battery-operated or energy-sensitive applications. This ensures stable performance in compact devices while minimizing heat generation.

2. Interactive Design: Parallel Interface Compatibility

With a parallel 8-bit digital output interface, seamlessly integrate into microcontroller systems with straightforward pin connections. This simplifies circuit design compared to serial-protocol-based ADCs*.

3. Performance Parameters: High-Speed Conversion

With an 8-bit resolution and 100µs conversion time, capture precise analog signals faster than legacy 8-bit converters like the ADC0804*. This enables real-time data acquisition in dynamic environments.

4. Scenario Solutions: Versatile Application Support

With BOM-ready design and 5V/±5V input range compatibility, deploy in industrial sensors, home automation, or educational projects. Its standard application profile ensures broad adaptability across sectors*.

5. Certification Standards: Industry-Recognized Reliability

With compliance to MIL-STD-883 environmental stress tests, ensure robust operation in harsh industrial settings. Meets global electronics manufacturing standards for durability and longevity*.

Product details

The ADC0848 is an 8-bit analog-to-digital converter (ADC) chip designed for standard applications in industrial control, data acquisition, and embedded systems. Its compact DIP-28 package and parallel interface enable seamless integration into circuits, supporting precise analog signal conversion with minimal latency.

Technical specifications

Feature	Specification	Application Scenario
Resolution	8-bit	General-purpose data acquisition systems
Conversion Time	100µs (max)	Real-time signal monitoring in IoT devices
Input Voltage Range	0-5V	Compatibility with 5V microcontrollers (e.g., Arduino)
Interface	Parallel (8-bit)	Direct connection to microprocessors
Power Supply	5V ±0.25V	Stable operation in standard electronic setups
Package Type	DIP-28	Easy prototyping and PCB assembly

Customization guide

Adjustable parameters include input voltage scaling via external resistors to match specific sensor ranges. Pair with microcontrollers (e.g., STM32, Raspberry Pi) to optimize signal processing workflows.

Get inspired

With the ADC0848, you can convert analog signals from sensors (temperature, light, pressure) into digital data for real-time analysis. Its compact design and low power consumption make it ideal for battery-powered devices or space-constrained projects.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Resolution	8-bit	10-bit	12-bit
Conversion Speed	100µs	80µs (+20%)	60µs (+40%)*
Input Channels	8	16	32
Power Consumption	50mW	45mW (-10%)	35mW (-30%)

Supplier's note

Technical Breakthroughs:
- Low Power Consumption: The Pro Model’s 35mW draw reduces energy use by 30% compared to industry benchmarks, ideal for portable devices.
- Faster Conversion: The Advanced Model’s 80µs speed outperforms traditional ADCs by 20%, enabling real-time data capture in robotics.
- High-Resolution Flexibility: The 12-bit Pro Model achieves 0.02% precision, critical for medical or industrial calibration systems.
Version Selection Guide:
- Base Model: Best for hobbyists or low-cost projects requiring basic 8-bit resolution (e.g., simple sensor logging).
- Advanced Model: Suited for mid-tier applications like industrial IoT, where 10-bit accuracy and faster conversion are needed.
- Pro Model: Recommended for high-precision fields (e.g., aerospace, lab equipment) where 12-bit resolution and ultra-fast conversion are essential.

With the Pro version’s 12-bit resolution, you can achieve sub-millivolt precision in voltage measurements, ensuring reliable operation in harsh environments. Pair it with a MOSFET (from the product cluster) for robust signal isolation and noise reduction.

Frequently asked questions

Which ADC chip is best for low-power IoT devices using the ADC0848 circuit chip?
Is the ADC0848 data converter RoHS-compliant for industrial applications?
How does the ADC0848 interface with MOSFETs in high-current circuits?
What’s the maximum sampling rate of the ADC0848 for real-time sensor data?
Does the ADC0848 offer DIP packaging for prototyping circuits?
How does the ADC0848 reduce noise in noisy industrial environments?
What voltage ranges does the ADC0848 support for automotive electronics?
Does the ADC0848 come with BOM support for easy circuit integration?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
ADC0848 (Analog-to-Digital Converter)	Data acquisition, embedded systems	8-bit resolution (per datasheet), 200 ksps sampling rate▲ (ISO/IEC 17025 compliant)	Low cost, easy integration, compact size Industry standard for basic ADC needs	Lower resolution (8-bit) vs. 12/16-bit advanced ADCs Higher power consumption▲▲
Schottky Diode	Power supplies, RF circuits	0.3V forward voltage (JEDEC JESD201), 100V reverse voltage▲ (IEC 60747-2)	Fast switching (2ns recovery time), low power loss▲ Optimized for high-frequency applications	Lower reverse voltage tolerance▲▲ vs. standard diodes Higher cost per unit
MOSFET	Power switching, motor control	100V/10A rating (per IEC 60747-6), 0.1Ω on-resistance▲ (ASTM F1915)	High efficiency (99.9% at rated load), low thermal dissipation▲ Direct AC/DC compatibility	Requires gate driver circuitry▲▲ Higher cost compared to BJTs
Bridge Rectifier	AC-to-DC conversion	1A/400V rating (IEC 60747-14), full-wave rectification▲ (ASTM F2074)	Compact design (replaces 4 individual diodes), high reliability▲ Universal polarity protection	Voltage drop (1.4V total) reduces efficiency▲▲ Not suitable for high-frequency use
Darlington Pair Transistor	High-current amplification (e.g., motors)	10,000 current gain (per JEDEC JESD78), 100mA collector current▲ (ASTM F488)	Extreme amplification▲▲, low base current requirement▲ Direct compatibility with digital logic	Slow switching speed (5μs)▲▲ Higher saturation voltage (1.2V)
Microcontroller	Embedded systems, IoT devices	16MHz clock speed (per IEC 60730), 32KB flash▲ (ISO/TS 26714)	Integrated peripherals (UART, SPI), low power mode▲ Cost-effective for complex logic	Steeper learning curve▲▲ Limited expandability beyond onboard resources