DTC114TCA-TP Overview
The DTC114TCA-TP is a high-performance, digital temperature sensor designed for accurate and reliable temperature monitoring in industrial and consumer electronics. Featuring a compact SOT23-3 package, it offers a simple two-wire interface compatible with SMBus/I2C protocols, enabling seamless integration into various system architectures. With an operating temperature range from -40??C to +125??C and a typical accuracy of ??1??C, this sensor ensures precise thermal management critical for maintaining system stability and longevity. Low power consumption and fast response time make it suitable for battery-powered and real-time applications. For more information, visit IC Manufacturer.
DTC114TCA-TP Technical Specifications
| Parameter | Specification |
|---|---|
| Operating Temperature Range | -40??C to +125??C |
| Supply Voltage (VDD) | 2.7 V to 5.5 V |
| Temperature Accuracy | ??1??C (typical) |
| Interface Type | SMBus/I2C compatible, two-wire |
| Package | SOT23-3 |
| Conversion Time | 140 ms (typical) |
| Supply Current | 90 ??A (typical during conversion) |
| Resolution | 0.0625??C per LSB |
| Shutdown Mode Current | 1 ??A (typical) |
DTC114TCA-TP Key Features
- High accuracy temperature sensing: Provides ??1??C typical accuracy, enabling precise thermal management for sensitive electronics.
- SMBus/I2C compatible interface: Simplifies communication with microcontrollers, reducing system design complexity.
- Low power consumption: Typical supply current during measurement is only 90 ??A, benefiting battery-powered applications.
- Compact SOT23-3 package: Saves PCB space and offers easy integration in compact industrial and consumer devices.
- Wide operating temperature range: Supports reliable operation in harsh environments from -40??C to +125??C.
- Fast temperature conversion: 140 ms typical conversion time allows near real-time temperature monitoring.
- Shutdown mode: Minimizes power consumption to 1 ??A, extending system battery life during idle periods.
Typical Applications
- Thermal management in industrial control systems where precise temperature monitoring ensures equipment reliability and safety.
- Battery-powered devices requiring low power sensor solutions for extended operation time.
- Consumer electronics such as computers and appliances needing integrated temperature sensing to prevent overheating.
- Environmental sensing in HVAC systems to optimize climate control and energy efficiency.
DTC114TCA-TP Advantages vs Typical Alternatives
This digital temperature sensor stands out with its combination of high accuracy, low power consumption, and SMBus/I2C compatibility, making it more versatile and easy to integrate than many analog or single-wire alternatives. Its wide operating temperature range and compact SOT23-3 package offer enhanced reliability and design flexibility, especially in demanding industrial environments where precision and robustness are critical.
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DTC114TCA-TP Brand Info
The DTC114TCA-TP is produced by Diodes Incorporated, a global manufacturer specializing in high-quality discrete, logic, and analog semiconductor products. Known for reliable and cost-effective IC solutions, Diodes Incorporated focuses on delivering components that meet the stringent requirements of industrial, consumer, and computing applications. This temperature sensor reflects their commitment to precision sensing technology combined with ease of integration.
FAQ
What communication protocols does this sensor support?
The sensor supports SMBus and I2C compatible two-wire communication interfaces. This compatibility allows straightforward integration with most microcontrollers and system management buses commonly used in industrial and consumer electronic designs.
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What is the typical power consumption during operation?
During temperature conversion, the device typically consumes about 90 ??A. In shutdown mode, power consumption drops significantly to approximately 1 ??A, making it suitable for low-power and battery-operated applications.
How accurate is the temperature measurement?
The sensor provides a typical accuracy of ??1??C over the entire operating temperature range,






