Resistor
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Electronic Components, Resistor
Superhigh Precision High Voltage Resistors RH Type – JAPAN FINECHEM COMPANY INC.
Electronic Components, ResistorSuperhigh Precision High Voltage Resistors RH Type – JAPAN FINECHEM COMPANY INC.
The RH type resistors are used mainly in the physical and chemical measuring instruments, X-ray apparatuses, electron microscopes, and other industrial equipment.
- Markedly small temperature coefficient.
- Small in size, light weight and high reliability.
- Minimized resistance change in long-term stability and load life.
- Protected from changes in pulse voltage.
- A wide range of resistance values stably obtained.
- Fire-retarding
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Electronic Components, Resistor
Ultrahigh Precision High Accuracy Resistors RU Type – JAPAN FINECHEM COMPANY INC.
Electronic Components, ResistorUltrahigh Precision High Accuracy Resistors RU Type – JAPAN FINECHEM COMPANY INC.
The RU type resistors have higher reliability when they are mounted on board, and excellent long term stability.
These are used mainly in semiconductor equipments, X-ray apparatuses, and other many measuring instruments.
- Small temperature coefficient, small resistance tolerance.
- Small in size, light weight, and high reliability and excellent long-term stability.
- Strong resistance for pulse voltages.
- Strong thermal shock resistance when they are mounted on board.
SKU: n/a
Are you looking for a resistor product?
When selecting a resistor for your company’s needs, there are several important points to consider during the comparison and evaluation process.Common Comparison Points for Any Resistor
1. Resistance Value
Determine the resistance value required for your application. Consider the specific electrical circuit requirements, such as voltage levels, current flow, and desired resistance range. Choose a resistor with a resistance value that matches your needs.
2. Power Rating
Evaluate the power rating of the resistor. Power rating indicates the maximum amount of power the resistor can dissipate without overheating. Ensure that the selected resistor can handle the power dissipation associated with your application to avoid performance issues or damage.
3. Tolerance
Assess the tolerance of the resistor. Tolerance indicates the allowable deviation from the specified resistance value. It is important to select resistors with tolerances that align with your application’s precision requirements. Tighter tolerances may be necessary for applications where precise resistance values are critical.
4. Temperature Coefficient
Consider the temperature coefficient of the resistor. Temperature coefficient represents how the resistance value changes with temperature variations. Depending on your application’s temperature range, select resistors with temperature coefficients that minimize the impact of temperature changes on their performance.
5. Package Type and Size
Evaluate the package type and size of the resistor. Common package types include through-hole, surface-mount, or chip resistors. Consider the physical space available in your circuit board or system and choose a resistor with a package size that can be easily accommodated.