AD590JF [Omega Engineering]

Name: AD590JF
Brand: Omega Engineering
SKU: AD590JF
Availability: InStock

Part No:

AD590JF

Sensor Hardware & Accessories

Manufacturer:

Omega Engineering

Description:

The AD590 is a 2-terminal integrated circuit temperature transducer that produces an output current proportional to absolute temperature.

Stock Status:

Available for RFQ

Pricing:

Request Volume Pricing

Quote Response:

Within 24 Hours

Shipping:

In-stock parts ship in 1–2 business days

Specification

Type

Parameter

AD590J Abs Error

±10°C

AD590J Abs Error Trimmed

±3.0°C

AD590J Absolute Error

±10.0°C max

AD590J Absolute Error Trimmed

±3.0°C

AD590J Absolute Error With Cal

±3.0°C

AD590J Absolute Error With Calibration Max

+3.0°C

AD590J Absolute Error With Calibration Min

-3.0°C

AD590J Absolute Error Without Cal

±10°C

AD590J Absolute Error Without Calibration Max

+10°C

AD590J Absolute Error Without Calibration Min

-10°C

AD590J Calib Error

±5.0°C

AD590J Calibration Error

±5.0°C

AD590J Calibration Error 25c

±5.0°C

AD590J Calibration Error Max

+5.0°C

AD590J Calibration Error Min

-5.0°C

AD590J Case Isolation

1010Ω

AD590J Current Noise

40 pA/√Hz

AD590J Effective Shunt Capacitance

100pF

AD590J Electrical Turn On Time

20 µs

AD590J Linearity

±1.5°C

AD590J Long Term Drift

±0.1°C

AD590J Nominal Current Output

298.2µA

AD590J Nominal Temperature Coefficient

1µA/K

AD590J Nonlinearity

±1.5°C

AD590J Nonlinearity LFCSP

±1.5°C

AD590J Nonlinearity Max

+1.5°C

AD590J Nonlinearity Min

-1.5°C

AD590J Nonlinearity SOIC

±1.5°C

AD590J Nonlinearity TO52 FLATPACK

±1.5°C

AD590J Operating Voltage Max

30V

AD590J Operating Voltage Min

AD590J Power Supply Rejection 5V To 15V

0.2µA/V

AD590J Repeatability

±0.1°C

AD590J Reverse Bias Leakage Current

10 pA

AD590K Abs Error

±5.5°C

AD590K Abs Error Trimmed

±2.0°C

AD590K Absolute Error

±5.5°C max

AD590K Absolute Error Trimmed

±2.0°C

AD590K Absolute Error With Cal

±2.0°C

AD590K Absolute Error With Calibration Max

+2.0°C

AD590K Absolute Error With Calibration Min

-2.0°C

AD590K Absolute Error Without Cal

±5.5°C

AD590K Absolute Error Without Calibration Max

+5.5°C

AD590K Absolute Error Without Calibration Min

-5.5°C

AD590K Calib Error

±2.5°C

AD590K Calibration Error

±2.5°C

AD590K Calibration Error 25c

±2.5°C

AD590K Calibration Error Max

+2.5°C

AD590K Calibration Error Min

-2.5°C

AD590K Case Isolation

1010Ω

AD590K Current Noise

40 pA/√Hz

AD590K Effective Shunt Capacitance

100pF

AD590K Electrical Turn On Time

20 µs

AD590K Linearity

±0.8°C

AD590K Long Term Drift

±0.1°C

AD590K Nominal Current Output

298.2µA

AD590K Nominal Temperature Coefficient

1µA/K

AD590K Nonlinearity

±1.0°C

AD590K Nonlinearity LFCSP

±1.5°C

AD590K Nonlinearity Max

+0.8°C

AD590K Nonlinearity Min

-0.8°C

AD590K Nonlinearity SOIC

±1.0°C

AD590K Nonlinearity TO52 FLATPACK

±0.8°C

AD590K Operating Voltage Max

30V

AD590K Operating Voltage Min

AD590K Power Supply Rejection 5V To 15V

0.2µA/V

AD590K Repeatability

±0.1°C

AD590K Reverse Bias Leakage Current

10 pA

AD590L Abs Error

±3.0°C

AD590L Abs Error Trimmed

±1.6°C

AD590L Absolute Error

±3.0°C

AD590L Absolute Error Trimmed

±1.6°C

AD590L Absolute Error With Cal

±1.6°C

AD590L Absolute Error With Calibration Max

+1.6°C

AD590L Absolute Error With Calibration Min

-1.6°C

AD590L Absolute Error Without Cal

±3.0°C

AD590L Absolute Error Without Calibration Max

+3.0°C

AD590L Absolute Error Without Calibration Min

-3.0°C

AD590L Calib Error

±1.0°C

AD590L Calibration Error

±1.0°C

AD590L Calibration Error 25c

±1.0°C

AD590L Calibration Error Max

+1.0°C

AD590L Calibration Error Min

-1.0°C

AD590L Case Isolation

1010Ω

AD590L Current Noise

40 pA/√Hz

AD590L Effective Shunt Capacitance

100pF

AD590L Electrical Turn On Time

20 µs

AD590L Long Term Drift

±0.1°C

AD590L Nominal Current Output

298.2µA

AD590L Nominal Temperature Coefficient

1µA/K

AD590L Nonlinearity

±0.4°C

AD590L Nonlinearity Max

+0.4°C

AD590L Nonlinearity Min

-0.4°C

AD590L Operating Voltage Max

30V

AD590L Operating Voltage Min

AD590L Power Supply Rejection 5V To 15V

0.2µA/V

AD590L Repeatability

±0.1°C

AD590L Reverse Bias Leakage Current

10 pA

AD590M Abs Error

±1.7°C

AD590M Abs Error Trimmed

±1.0°C

AD590M Absolute Error

±1.7°C

AD590M Absolute Error Trimmed

±1.0°C

AD590M Absolute Error With Cal

±1.0°C

AD590M Absolute Error With Calibration Max

+1.0°C

AD590M Absolute Error With Calibration Min

-1.0°C

AD590M Absolute Error Without Cal

±1.7°C

AD590M Absolute Error Without Calibration Max

+1.7°C

AD590M Absolute Error Without Calibration Min

-1.7°C

AD590M Calib Error

±0.5°C

AD590M Calibration Error

±0.5°C

AD590M Calibration Error 25c

±0.5°C

AD590M Calibration Error Max

+0.5°C

AD590M Calibration Error Min

-0.5°C

AD590M Case Isolation

1010Ω

AD590M Current Noise

40 pA/√Hz

AD590M Effective Shunt Capacitance

100pF

AD590M Electrical Turn On Time

20 µs

AD590M Long Term Drift

±0.1°C

AD590M Nominal Current Output

298.2µA

AD590M Nominal Temperature Coefficient

1µA/K

AD590M Nonlinearity

±0.3°C

AD590M Nonlinearity Max

+0.3°C

AD590M Nonlinearity Min

-0.3°C

AD590M Operating Voltage Max

30V

AD590M Operating Voltage Min

AD590M Power Supply Rejection 5V To 15V

0.2µA/V

AD590M Repeatability

±0.1°C

AD590M Reverse Bias Leakage Current

10 pA

Available Packages

2-lead FLATPACK, 4-lead LFCSP, 3-pin TO-52, 8-lead SOIC, die form

Breakdown Voltage

±200V

Case Isolation

1010Ω

Current Noise

40 pA/√Hz

Current Output

298.2µA

Effective Shunt Capacitance

100pF

Electrical Turn On Time

20 µs

Forward Voltage

+44V

LFCSP Operating Temperature Max

+125°C

LFCSP Operating Temperature Min

-40°C

Lead Soldering Temperature

300°C

Lead Temperature

300°C

Long Term Drift

±0.1°C

Nominal Current Output

298.2µA

Nominal Temperature Coefficient

1µA/K

Operating Temperature

-55°C ~ +150°C

Operating Temperature Range Max LFCSP

+125°C

Operating Temperature Range Min LFCSP

-40°C

Operating Voltage

4V ~ 30V

Output Current (AT 25°C)

298.2µA at 25°C

Package

2-lead FLATPACK, 4-lead LFCSP, 3-pin TO-52, 8-lead SOIC, die form

Power Supply Rejection 15V To 30V

0.1µA/V

Power Supply Rejection 15v 30v

0.1µA/V

Power Supply Rejection 4V To 5V

0.5µA/V

Power Supply Rejection 4v 5v

0.5µA/V

Power Supply Rejection 5V To 15V

0.2µA/V

Power Supply Rejection 5v 15v

0.2µA/V

Rated Performance Temperature Max

+150°C

Rated Performance Temperature Min

-55°C

Rated Performance Temperature Range Max

+150°C

Rated Performance Temperature Range Min

-55°C

Repeatability

±0.1°C max

Reverse Bias Leakage

10 pA

Reverse Bias Leakage Current

10 pA

Reverse Voltage

-20V

Shunt Capacitance

100pF

Storage Temperature

-65°C ~ +155°C

Storage Temperature Range

-65°C ~ +155°C

Supply Voltage

4V ~ 30V

Temperature Coefficient

1µA/K

Turn On Time

20 µs

Products Detail

A 2-terminal IC temperature transducer with linear current output of 1 μA/K, wide temperature range from -55°C to +150°C, laser-trimmed calibration accuracy (up to ±0.5°C for AD590M), excellent linearity (±0.3°C for AD590M), wide power supply range of 4 V to 30 V, high impedance current output, and available in various packages including FLATPACK, LFCSP, TO-52, and SOIC. Suitable for temperature measurement and other applications with minimal support circuitry.

Key Features

Linear current output: 1 μA/K
Wide temperature range: -55°C to +150°C
Probe-compatible ceramic sensor package
2-terminal device: voltage in/current out
Laser trimmed calibration accuracy (AD590M: ±0.5°C)
Excellent linearity (AD590M: ±0.3°C)
Wide power supply range: 4 V to 30 V
Sensor isolation from case
Available in 2-lead FLATPACK, 4-lead LFCSP, 3-pin TO-52, 8-lead SOIC, and die form
Requires only a dc voltage supply
Laser trimming ensures interchangeability
Superior interface rejection due to current output
Low power requirements
High output impedance (>10 MΩ)
Electrically durable: withstands forward voltage up to 44 V and reverse voltage 20 V

Application scenarios

temperature measurement
temperature compensation
biasing proportional to absolute temperature
flow rate measurement
level detection of fluids
anemometry

Product FAQ

1. Is AD590JF available for RFQ?

Yes. AD590JF by Omega Engineering is available for RFQ. Submit your required quantity and our team will confirm real-time stock, lead time, and volume pricing.

2. Why is there no fixed price for AD590JF?

Pricing for AD590JF can vary by order quantity, market availability, date code, packaging, and delivery destination. Request a quote to receive the latest volume pricing.

3. What are the key specifications of AD590JF?

AD590JF is a Omega Engineering Sensor Hardware & Accessories with AD590J Absolute Error Without Calibration Max: +10°C and AD590J Absolute Error Without Calibration Min: -10°C. Review the product details or submit an RFQ if you need confirmation before purchase.

4. How fast can I get a quote for AD590JF?

Our sales team usually responds within 24 hours after receiving your RFQ. The quote may include stock status, unit price, lead time, shipping options, and available alternatives.

5. How soon can AD590JF be shipped?

If stock is confirmed, in-stock parts can usually ship within 1–2 business days. Final lead time depends on quantity, stock source, and delivery destination.

6. Can you suggest alternatives to AD590JF?

Yes. If AD590JF is unavailable, obsolete, or does not meet your required lead time, we can help check similar Omega Engineering Sensor Hardware & Accessories parts or compatible alternatives.

RFQ

Part Number:

AD590JF

Manufacturer:

Omega Engineering

Looking for Pricing? Contact us for volume pricing.

Shipping & Warranty

Fast Dispatch: Ships in 5-7 days(in-stock parts within 1-2 days)

Unishop Global Export: 1-7 days, $40.00

Guaranteed Delivery: Door-to-door in 30 days

Compliant Worldwide Shipping: DHL, FedEx, SF, and UPS.

Feature

30-Day Guarantee
Fasted Delivery
Hassle-Free Returns
Secure payment method

IMPORTANT NOTICE

Quotations are subject to stock availability and may vary with market conditions. Prices and lead times are not guaranteed until a purchase order is confirmed. Ensure your contact details are correct to avoid delays in response.