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Specifications
Voltage Rating:
10V
Tolerance:
±20%
Power(Watts):
100mW
Resistance:
10kΩ
Mfr. Part #:
C6066G-CE10H5.0-B103-005
Package:
Through Hole,P=2.3mm
Key Attributes
Model Number:
C6066G-CE10H5.0-B103-005
Product Description
C6066G Series General Specification
This specification applies to the C6066G model, a potentiometer designed for various applications requiring precise resistance control. It offers a nominal total resistance of 10K 20% with a B Taper (linear) resistance law. The product is built to withstand operating temperatures from -10 to 70 and storage temperatures from -30 to 70. It is suitable for applications demanding reliable electrical and mechanical performance, including volume control and signal attenuation.
Product Attributes
- Brand: Not specified
- Origin: Not specified
- Material: Not specified
- Color: Not specified
- Certifications: Not specified
Technical Specifications
| Item | Conditions | Specifications |
|---|---|---|
| Scope | Model C6066G type | This specification applies to model C6066G type |
| Operating temperature range | -1070 | |
| Storage temperature range | -3070 | |
| Test conditions (Standard atmospheric conditions) | Ambient temperature: 535 Relative humidity: 4585 Air pressure: 86106kpa | Unless otherwise specified, the standard range of atmospheric conditions for making measurements and test is as follows: |
| Test conditions (Base conditions) | Ambient temperature: 202 Relative humidity: 6070 Air pressure: 86106kpa | If there is any doubt about the results, measurements shall be made within the following limit: |
| Nominal total resistance and tolerance | Resistance between terminals 1 and 3 | 10K20% |
| Resistance law | Measurement shall be made by the resistance law method. Refer to JISC5261 standard. | B Taper (Linear) |
| Power rating | Continuous full load operation at the maximum voltage between terminals 1 and 3. Curve of power rating vs. ambient temperature is shown in the graph. | 0.1W |
| Residual resistance | Contact brush stop at the end of the travel of effective rotation (A). Measured between terminals 1 and 2, and terminals 2 and 3. | R1.210 |
| Maximum attenuation | 15A, B(1B): Lever set to term.1 side end. 15C: Lever set to term.3 side end. Measured when voltage is applied to term.1-3. | 15A, B(1B): Not specified 15C: Not specified |
| Rated voltage | 150V AC | |
| Maximum operating voltage | Not specified | |
| Sliding noise | DC 20V applied between terminals 1-3 (rated voltage 20V, apply by rated voltage). Traveling speed: 1 cycle/3sec. | Less than 60mVp-p |
| Insulation resistance | DC 250V applied for 1 min between individual terminals and frame/shaft. | 100M or more |
| Dielectric strength | 300V AC for 1 minute between individual terminals and frame/shaft. Measuring frequency: 50~60Hz; Trip current: 2mA. | Electrical characteristics shall be satisfied with specification |
| Gang error | Dual: For volume contract -40~0dB 3dB or less | 3dB or less |
| Total travel slide | Effective slide travel. | 600.5mm |
| Sliding force | Rotational speed: Not specified. Standard atmospheric conditions (5C to 35C). | 10~80gf |
| Shaft stop strength | A static load of 5Kgf applied at 5mm from the top surface of the lever for 10 sec. | Electrical characteristics shall be satisfied with specification |
| Shaft push & pull strength | A static load of 5Kgf applied to the shaft in vertical axial directions for 101 seconds. | Shaft without damage, rotational torque without abnormality. Electrical characteristics shall be satisfied with specification. |
| Lever wobble | A torsion moment of 250gf.cm applied at the lever in a direction perpendicular to the axial direction. L is the length between mounting surface and test point. | Less than 2(2*L/20)mm |
| Lever inclination and torsion | Less than 2 | |
| Distance from lever to the middle of the mounting screw hole | Measured at both ends. | 0.5mm or less on each end |
| Terminal strength (After soldering) | A static load of 0.5kgf applied to the terminals for 10s in any direction. | Without functional problem because of rickety terminals or poor contact. |
| Solder ability | Terminals immersed into solder bath at 2605C for 30.5s. Solder shall cover 75% minimum of the surface being immersed. | |
| Resistance to soldering heat | Subjected to soldering. PCB: 1.6mm thickness single-sided copper clad laminated phenol. Solder flux: Flux of 0.82 specific weight in bubbling type. Preheating: Substrate surface temperature within 100C in one minute. Wave Soldering: Temperature 2605C, Application time 5 1 sec. Hand Soldering: Bit temperature 35010C, Application time within 3 s. | Change in total resistance: 5%. Without visual deformation or terminal loosing. Electrical characteristics shall be satisfied with specification. |
| Resistance to heat | Stored at 702C for 2408h. Measured after maintaining at standard atmospheric conditions for 1h. | Change in total resistance: +5/-30% |
| Resistance to cold | Stored at -302C for 1204h. Measured after maintaining at standard atmospheric conditions for 1h. | Change in total resistance: 20% |
| Damp heat | Stored at 402C, with relative humidity of 90% to 95% for 964h. Measured after maintaining at standard atmospheric conditions for 1h. | Noise: Less than 150mV p-p. Change in total resistance: +35/-5% |
| Change of temperature | Subjected to 5 successive cycles of temperature as shown in table. Measured after maintaining at standard atmospheric conditions for 1h. | Change in total resistance: 20%. Rotational noise: Less than 150mV p-p. |
| Endurance | Moving contact rotated from one end stop to the other and returned to original position. 600 cycles per hour. 15000200 cycles. | Change in total resistance: 15%. Rotational noise: Less than 150mV p-p. Dielectric strength: without damage, deformation, breakdown. Appearance: molded part without deformation or cracks. |
2410121532_CTR-C6066G-CE10H5-0-B103-005_C18213452.pdf
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