XTR104AP

XTR104AP

Product Details:

  • Thermal Conductivity Standard (IC package)
  • Response Time Fast (limited by external components)
  • Usage Current Transmission of Resistive Sensors
  • Resolution Analog
  • Interface Analog current loop
  • Power Supply 7.5V to 40V DC
  • Operating Temperature -40C to +85C
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XTR104AP Price And Quantity

  • 10 Piece
  • 500 INR

XTR104AP Product Specifications

  • Precision Current Transmitter for RTDs/Bridge Sensors
  • Industrial Process Control, Sensor Signal Conditioning
  • DIP-14 or SOIC-14 Package
  • Approx. 1g (package dependent)
  • Supports 2-/3-/4-wire Platinum RTDs, Resistive Bridges
  • XTR104 Analog IC
  • Analog Integrated Circuit
  • On-chip Linearization, Differential & Excitation Current, Remote Sensing, Adjustable Offset & Gain
  • External DC supply
  • Current Output, 4 mA to 20 mA Linear
  • 40V max (Supply Voltage Range: 7.5V to 40V)
  • -40C to +85C
  • 7.5V to 40V
  • DIP-14: 19.3mm 6.35mm 4.57mm approx.
  • RTD, Bridge or Thermistor Sensors
  • Analog current loop
  • 7.5V to 40V DC
  • Max Output Current 25mA
  • Standard DIP/SOIC IC Thickness
  • Current Transmission of Resistive Sensors
  • Analog
  • Fast (limited by external components)
  • One Channel per IC
  • Standard IC Package Color
  • Standard (IC package)
  • DC to Low Frequency

XTR104AP Trade Information

  • All India

Product Description

Specification

CMRR Common Mode Rejection Ratio

80 dB

Vos Input Offset Voltage

2.5 mV

Unit Weight

0.057419 oz

Supply Voltage Min

9 V

Supply Voltage Max

40 V

Subcategory

Amplifier ICs

Package Case

PDIP-16

Operating Supply Voltage

12 V, 15 V, 18 V, 24 V, 28 V

Operating Supply Current

20 mA

Number of Channels

1 Channel

Mounting Style

Through Hole

Minimum Operating Temperature

- 40 C

Maximum Operating Temperature

+ 85 C

Ib Input Bias Current

0.25 uA




High Accuracy Sensor Signal Conditioning

XTR104AP sets a benchmark for transmitting precise analog signals from RTDs and bridge sensors in industrial automation. On-chip linearization optimizes measurement accuracy, while an adjustable current source provides tailored sensor excitation. This combination ensures consistent, reliable data transmission across long distances in challenging environments.


Broad Compatibility & Versatile Mounting

Supporting 2-, 3-, and 4-wire platinum RTDs and a variety of resistive bridge sensors, the XTR104AP offers flexibility essential for modern process control. Offered in DIP or SOIC packages with Pb-Free/RoHS options, it suits through-hole and SMT assembly. This makes integration easy for distributors, manufacturers, and system designers alike.


Efficiency and Robust Performance

With less than 1.2mA quiescent current and up to 25mA output, the XTR104AP operates efficiently across a wide voltage range (7.5V to 40V). Its robust design delivers reliable performance in temperature ranges from 40C to +85C, making it ideal for harsh industrial settings and mission-critical sensor applications.

FAQs of XTR104AP:


Q: How is the excitation current adjusted for different sensors in the XTR104AP?

A: Excitation current in the XTR104AP is set by external resistors, enabling precise adjustments from 100A to 1mA. This flexibility ensures compatibility with a wide range of sensor types and requirements.

Q: What types of sensors does the XTR104AP support and in what configurations?

A: The XTR104AP is designed for resistive sensors, including 2-, 3-, and 4-wire platinum RTDs, resistive bridges, and thermistors, allowing versatile use in industrial sensing environments.

Q: When should you use the gain and offset adjustment features?

A: Gain and offset adjustments, made via external resistors, are used during installation or calibration to align sensor output with the system requirements and to correct for any sensor or wiring variations.

Q: Where can the XTR104AP be mounted, and what packaging options are available?

A: It is available in both standard through-hole DIP-14 and surface mount SOIC-14 packages. Packaging options include tube and tape & reel, suitable for various assembly and distribution needs.

Q: What is the process for integrating the XTR104AP into an analog current loop in industrial applications?

A: Integration involves connecting the sensor to the input terminals, setting the desired excitation current, connecting power (7.5V40V DC), and configuring gain/offset resistors as needed. Output is routed via the standard 420mA current loop, compatible with process control systems.

Q: How does using the XTR104AP benefit industrial sensing and control systems?

A: Its precise signal conditioning, low offset drift, and robust linearity enable accurate, stable, and long-range sensor data transmission. This enhances process reliability and measurement integrity in demanding environments.

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