PST joins DwyerOmega. Read more>
Solid State Temperature Sensor with a Linear Current Output
Solid State Temperature Sensor
Volume discounts available
Volume Discount Schedule
| Quantity | Price each |
|---|---|
| 1-9 | $108.07 |
| 10-24 | $102.67 |
| 25-49 | $100.51 |
| 50-99 | $96.18 |
| 100-199 | $94.02 |
| 200+ | $91.86 |
Added to Your Shopping Cart
Configuration complete.
Please add to cart to keep it or exit the configuration
Please add to cart to keep it or exit the configuration
Failed to Save Configurations, Click on Configure Button Start Again
- Temperature Sensor with a Linear Current Output
- Broad Range –55 to 150°C
- No Linearization Circuity Required
- Versatile and Economical
AD590KF Model Options
View all modelsEdit these specs to order a different model. Not all combinations are valid. Options compatible with previous selections will be in bold.
*Highlighted options are not compatible. Please select a different combination.
Temperature Accuracy
Additional Features
Application
Resistance or Output Type
Maximum Temperature Measurement
Minimum Temperature Measurement
Maximum Resistance
The AD590 is a small IC temperature sensor that converts a temperature input into a proportional current output.
The advanced technology in the AD590 is especially suited for special temperature measurement and control applications between –55 and 150°C when solid state reliability, linearity and accuracy are required. The AD590 temperature sensor can be used to determine minimum, average, and differential temperatures, in addition to being used for thermocouple cold junction compensation and temperature control applications. The size and responsiveness of the AD590 IC Sensor makes it perfect for uses where size is a consideration, such as on PC boards or heat sinks.
Just power up and measure absolute temperature (Kelvin). No linearization, amplification or cold junction compensation is required.
SPECIFICATIONS
Absolute Maximum Ratings Forward Voltage (E+ to E–): +44 V
Reverse Voltage (E+ to E–): –20 V Breakdown Voltage
(case to E+ or E–): ±200 V
Lead Temperature: 300°C
Voltage Range: +4 to +30 Vdc Nominal Current Output at 25°C
(298.2 K): 298.2 µA Nominal Temperature Coefficient: 1 µA/K
Calibration Error: J: ±5.0°C
maximum (K: ±2.5°C)
Absolute Error: w/o external
Calibration Adjustment:
J: ±10.0°C maximum (K: ±5.5°C);
W/25°C error set to zero J: ±3.0°C
maximum (K: ±2.0°C)
Repeatability: ±0.1°C maximum
Long-Term Drift: ±0.1°C/month max.
The advanced technology in the AD590 is especially suited for special temperature measurement and control applications between –55 and 150°C when solid state reliability, linearity and accuracy are required. The AD590 temperature sensor can be used to determine minimum, average, and differential temperatures, in addition to being used for thermocouple cold junction compensation and temperature control applications. The size and responsiveness of the AD590 IC Sensor makes it perfect for uses where size is a consideration, such as on PC boards or heat sinks.
Just power up and measure absolute temperature (Kelvin). No linearization, amplification or cold junction compensation is required.
SPECIFICATIONS
Absolute Maximum Ratings Forward Voltage (E+ to E–): +44 V
Reverse Voltage (E+ to E–): –20 V Breakdown Voltage
(case to E+ or E–): ±200 V
Lead Temperature: 300°C
Voltage Range: +4 to +30 Vdc Nominal Current Output at 25°C
(298.2 K): 298.2 µA Nominal Temperature Coefficient: 1 µA/K
Calibration Error: J: ±5.0°C
maximum (K: ±2.5°C)
Absolute Error: w/o external
Calibration Adjustment:
J: ±10.0°C maximum (K: ±5.5°C);
W/25°C error set to zero J: ±3.0°C
maximum (K: ±2.0°C)
Repeatability: ±0.1°C maximum
Long-Term Drift: ±0.1°C/month max.
Do you have any OEM in Turkey?
Thank you for your inquiry. Omega has an office in the UK that supports your area. You can visit our UK website at https://www.omega.co.uk/
Date published: 2020-09-23
