
( Manufacturer Part Number: VREF10-002 ), ( Part Type: Voltage ), ( Modified Item: No ), ( Country/region Of Manufacture: United States )
The VREF10-002 is a high-precision 10V voltage standard, engineered with a nominal output voltage of 10 volts. This voltage reference boasts an exceptional accuracy of 0.0025 volts, making it an ideal choice for applications that require the highest level of voltage stability and precision.
The VREF10-002 is constructed using state-of-the-art technology, ensuring excellent long-term stability and reliability. The device operates over a wide temperature range, from -55 C to 125 C, making it suitable for use in various environments.
This 10V voltage standard features a low noise level, which minimizes any interference with other electronic devices. It also has a very low output impedance, ensuring that it can deliver a stable voltage to a wide range of loads without any significant voltage drop.
The VREF10-002 is housed in a compact, robust package, making it easy to integrate into a wide range of applications. It is designed to meet the stringent requirements of industrial and laboratory applications, providing a reliable and accurate voltage reference for many years to come.
In summary, the VREF10-002 is a high-precision 10V voltage standard that offers exceptional accuracy, stability, and reliability. Its wide temperature range, low noise level, and low output impedance make it an excellent choice for applications that require precise voltage control.
Pros of buying vref10-002 10v voltage standard 0.0025:1. Precision: This voltage standard offers high precision, ensuring accurate voltage measurements with a tolerance of /- 0.0025%.
2. Stability: With a long-term stability of 0.01% per year, it is suitable for long-term applications.
3. Wide operating temperature range: The device can operate between -40 C and 85 C, making it suitable for a variety of temperature environments.
4. Low power consumption: The vref10-002 requires only 5 mA of current, making it an energy-efficient choice.
5. Compact size: The device is small, making it easy to integrate into various systems.
Cons of buying vref10-002 10v voltage standard 0.0025:1. Cost: The device may be more expensive compared to general voltage sources, due to its high precision and stability.
2. Requires calibration: Regular calibration is necessary to maintain its precision and accuracy over time.
Ending conclusion: The vref10-002 10v voltage standard 0.0025 is an excellent choice for applications that require high precision and stability. Its compact size, low power consumption, and wide operating temperature range make it a versatile and reliable option. However, the higher cost and the need for regular calibration may be drawbacks for some users. Ultimately, the decision to purchase this voltage standard should be based on the specific requirements of the application at hand.
Recommendation: If you require an accurate and stable voltage source, the vref10-002 10v voltage standard 0.0025 is a solid choice. Its high precision and stability make it suitable for applications such as calibration, precision measurement, and control systems. However, if cost is a major concern or if you do not require such high precision, there may be other voltage sources that better fit your needs.
The 9v battery holder terminals stick up through circuit board and can be used as tie points for an external supply or connection point a MM to measure voltage . 5 digit key sight 3458a MM.
7ppm c 7uv or 4uv f over the range of 17c to 32c 60f 90f after assembly, each unit is temperature tested in our thermal chamber. Compare our reference specifications to other 10v references that cost almost twice as much. A graph of reference voltage versus temperature is produced see listing pictures for an example from which the coefficient Tc can be determined. Specifically, the lt1021 is placed on edge of printed circuit board and 2 adjacent slots decouple stresses in from reaching reference which could otherwise cause output voltage to shift.
First, there is no possibility of power supply noise ripple from getting onto the reference output. Plus shipping. If an external power supply is used, the supplied batteries should be removed from their holders and output connects to terminal of Bart 1 on VREF10-002 circuit board - 000000v as measured by our calibrated, 8.
Docs en data sheet 1021fc. After temperature testing is complete, each reference powered up with an 18v power supply for a minimum of 2000 hours to age the and confirm its long term stability. We add a clear conformal coating to the lt1021 package minimize effects of humidity.
For maximum accuracy it is recommended that the reference be powered-up 15 minutes before use. If the Tc is greater than. The third listing photo shows calibration certificate that is included with each reference.
After aging, a trim potentiate is carefully adjusted so that the output voltage within 5uv of 10. The circuit is based on linear technology lt1021bcn8-10 which uses buried Zenger resulting in excellent long term stability. During this aging process, daily measurements are made of the reference output voltage lt1021 is replaced on those units that have excessive long term drift.
It is recommended that a linear as opposed to switching supply be used and all VREF10-002 specifications are met long the external voltage between 14v 19v. The temperature coefficient of our 10v reference is guaranteed to be less than or equal 0.
The VREF10-002 features a 10. PDF as shown in the first listing picture, circuit board was designed to minimize effects of mechanical stress on reference ICC.
Over an 8-hour period the temperature is gradually increased from 60f to 90f while reference voltage measured with our key sight 34972a data acquisition system. This small, portable, precision voltage reference can be used to check the calibration of your Dem or MM for a minimum 6 months. 00000v output, and is conservatively rated to be accurate within. There are two distinct advantages to the VREF10-002 being battery powered.