Product Details
AD590JH Dual-pin Integrated Circuit Temperature Sensor
The AD590JH outputs a current proportional to absolute temperature.
Within a power supply voltage range of 4V to 30V, it acts as a high
- impedance constant - current regulator with a regulation
coefficient of 1μA/K. The on - chip thin - film resistors are laser
- trimmed to output 298.2μA at 298.2K (25°C).
- Wide Operating Temperature Range: It can work normally from -55°C to +150°C.
- Moderate Calibration Accuracy: As a relatively lower - precision model in the AD590 series, its
calibration accuracy is ±5.0°C, still suitable for many general -
precision temperature measurement scenarios.
- Excellent Linearity: Maintains good linearity across the full measurement range,
ensuring the accuracy and stability of measurement results.
- Broad Supply Voltage Range: Operates with a wide power supply voltage range of 4V to 30V,
adapting to various power environments.
- Current Output Signal: The high - impedance current output is insensitive to voltage
drops over long wires, making it suitable for remote detection and
easy to implement multiplexing.
- Electrical Durability: Can withstand up to 44V forward voltage and 20V reverse voltage.
Power supply anomalies or pin reversals generally do not damage the
device.
It adopts a 3 - pin TO - 52 metal can package, which offers good
electrical performance and mechanical stability, suitable for
installation on various circuit boards. The installation type is
through - hole mounting.
- Length: 5.84mm
- Width: 5.84mm
- Height: 3.81mm
Suitable for any temperature detection application below 150°C
where traditional electrical temperature sensors are currently
used, such as:
- Temperature compensation or calibration for discrete components
- Absolute temperature - proportional biasing
- Flow rate measurement
- Liquid level detection
- Wind speed measurement
Parameter Category | Specific Parameters |
---|
Product Model | AD590JH |
Manufacturer | Analog Devices (ADI) |
Sensor Type | Integrated Circuit Temperature Sensor (Current Output Type) |
Working Principle | Output current proportional to absolute temperature (1μA/K) |
Basic Parameters | |
- Supply Voltage Range | 4V ~ 30V |
- Measurement Temperature Range | -55℃ ~ +150℃ |
- Calibration Accuracy | ±5.0℃ (at 25℃) |
- Linearity | Good linearity across full measurement range |
- Output Characteristics | High-impedance current output (298.2μA at 25℃) |
- Temperature Coefficient | 1μA/K (proportional to absolute temperature) |
Electrical Characteristics | |
- Forward Voltage Withstand | 44V (maximum) |
- Reverse Voltage Withstand | 20V (maximum) |
- Output Impedance | High impedance (suitable for long-line transmission) |
Package & Dimensions | |
- Package Type | 3-pin TO-52 metal can package |
- Mounting Type | Through Hole |
- Dimensions (L×W×H) | 5.84mm × 5.84mm × 3.81mm |
Application Scenarios | Temperature compensation, absolute temperature biasing, flow/liquid level/wind speed measurement, discrete component temperature detection, etc. |
Typical Application Circuit | Requires a resistor for voltage conversion (e.g., a 10kΩ resistor converts 1μA/K to 10mV/K) |
Remarks | Prices vary by procurement platform and quantity; circuit parameters should be designed according to scenarios when using. |
Company Profile
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