GE IS230TBCI2CG01 RESISTOR-1/4W-10K

GE IS230TBCI2CG01 RESISTOR-1/4W-10K

Key Features of IS230TBCI2CG01:

  1. Resistance Value: The resistor has a resistance of 10 kΩ (10,000 ohms), making it suitable for various applications in signal conditioning and circuit protection.
  2. Power Rating: With a power rating of 1/4 watt (0.25 watts), it can handle typical current loads for control applications without overheating.
  3. Integration: This resistor is commonly used in modules that require precision resistance, including signal conditioning and network resistances in various control applications.
  4. Reliability: As a component from GE’s industrial line, the resistor is designed for robustness and reliability under varying operational conditions.
  5. Temperature Coefficient: The resistor’s performance may be characterized by its temperature coefficient, which defines how its resistance changes with temperature. Typically, precision resistors have low temperature coefficients for stability.
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The GE IS230TBCI2CG01 component is a resistor module that is part of the GE Mark VI and Mark VIe control systems. This specific resistor is a 1/4 watt, 10 kΩ resistor. Here’s some information about this resistor’s characteristics and its relevance in control systems:

Key Features of IS230TBCI2CG01:

  1. Resistance Value: The resistor has a resistance of 10 kΩ (10,000 ohms), making it suitable for various applications in signal conditioning and circuit protection.
  2. Power Rating: With a power rating of 1/4 watt (0.25 watts), it can handle typical current loads for control applications without overheating.
  3. Integration: This resistor is commonly used in modules that require precision resistance, including signal conditioning and network resistances in various control applications.
  4. Reliability: As a component from GE’s industrial line, the resistor is designed for robustness and reliability under varying operational conditions.
  5. Temperature Coefficient: The resistor’s performance may be characterized by its temperature coefficient, which defines how its resistance changes with temperature. Typically, precision resistors have low temperature coefficients for stability.

Applications in Control Systems:

  • Signal Conditioning: The resistor can be utilized in input circuits to condition signals before they are processed by a controller.
  • Voltage Division: It can be part of voltage divider configurations to achieve desired voltage levels for sensors or other inputs.
  • Pull-Up/Pull-Down Resistors: In digital circuits, it can serve as a pull-up or pull-down resistor to define logic levels when no active signal is present.

Installation and Usage:

When using the IS230TBCI2CG01 resistor in a circuit:

  • Ensure that the power rating is not exceeded to avoid damage.
  • Verify that the resistor is used in the correct configuration according to the circuit design.
  • If used in a critical application, consider the temperature changes that may affect its resistance over time.

If you need further assistance regarding the installation, specification, or applications of the IS230TBCI2CG01 resistor, please let me know!

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