transitive verb. : to calibrate (something) again … these systems gradually drift off course so that the navigator periodically needs a fresh point of reference to recalibrate the navigation system.—

What is another word for recalibrate?

Mental Calibration: 5 Steps to Focus Better and Maintain…

1. Begin Each Day with the Things that Matter Most. Life is frantic.
2. Remind Yourself of Your Priorities.
3. Seek Opportunities for Growth.
4. Attend to the Physical.
5. Surround Yourself with Focused, Confident People.

Listen to the episode Emotional calibration is important for leaders. One of the best ways to re-calibrate emotionally is by taking a break and doing something you enjoy. Making a commitment to joyful living means sometimes taking the time to enjoy life.

The word calibrate means making precise measurement. For example, you might want to calibrate your bathroom scale now and then to be sure it’s adjusted for exact weight.

The goal of calibration is to minimise any measurement uncertainty by ensuring the accuracy of test equipment. Calibration quantifies and controls errors or uncertainties within measurement processes to an acceptable level.

The Performance Calibration Process consists of three steps.

1. Step 1: Appraisal.
2. Step 2: Calibration.
3. Step 3: Feedback.
4. Step 1: Review the aggregate distributions of ratings for departments/functions.
5. Step 2: Compare the ratings given by individual managers.
6. Step 3: Look for individual outliers.

How is a Calibration Performed?

1. Calibration by comparison with a source of known value. An example of a source calibration scheme is measuring an ohmmeter using a calibrated reference standard resistor.
2. Calibration by comparison of the DUT measurement with the measurement from a calibrated reference standard.

Although the exact procedure may vary from product to product, the calibration process generally involves using the instrument to test samples of one or more known values called “calibrators.” The results are used to establish a relationship between the measurement technique used by the instrument and the known values.

Calibration is the process by which we determine the intensity of the signal we measure when we analyze a sample of known concentration. The control (or internal control) is a procedure by which we verify that the calibration is valid.

Calibration is the process of testing and adjusting the instrument or test system readout to establish a correlation between the instrument’s measurement of the substance being tested and the actual concentration of the substance.

Calibration is the foundation of all clinical laboratory testing that insures the accurate reporting of patient results. Calibration is the process that links the analytical signal with the concentration of analyte present in serum, urine or other body fluid. This is the analytical measurement range (AMR). …

A basic definition of calibration is that calibration is the process of comparing a device under test (DUT) of an unknown value with a reference standard of a known value. Calibration of an instrument in its purest sense is the process of determining its accuracy.

Calibration Types and Characteristics

• Medium-level accuracy.
• Quick calibration.
• Isolation calibration improves the accuracy in a reflection measurement of a DUT with high return loss.

What are calibration standards? Calibration standards are devices that are compared against less accurate devices to verify the performance of the less accurate devices.

The difference between values indicated by an instrument and those that are actual. Normally, a correction card is placed next to the instrument indicating the instrument error. Also called calibration error.

Often calibrating at shorter intervals will afford you with better specifications. Depending on their usage, you may have to calibrate equipment on a monthly, quarterly or semiannually basis. One way of achieving this is to use a circuit with known readings, a proprietary calibration card or check box.

Generally speaking there are two types of Calibration procedure. These are most commonly known as a ‘Traceable Calibration Certificate’ and a ‘UKAS Calibration certificate’.

The definition of calibrate means to correct or adjust the graduations of something that measures, in comparison to a certain standard. An example of to calibrate is to move an iPhone compass into the correct position. An example of to calibrate is to set a scale at zero.

Calibration is determining and documenting the difference in readings given by a tool compared with a reading given by a measuring standard (fixed device that is known to be accurate). It is generally followed by the adjustment of the tool.

Calibrating sensors ensures that they are operating at the best possible rate and giving the best possible performance. Calibrating refers to the method which is used to check the accuracy of an instrument (in this case, a sensor) compared to the predefined standards.

Calibration is an adjustment or set of adjustments performed on a sensor or instrument to make that instrument function as accurately, or error free, as possible. Proper sensor calibration will yield accurate measurements, which in turn, makes good control of the process possible.

In measurement technology, sensor calibration refers to the tasks that serve to determine – under defined conditions – the relationship between the values of a measurand output by a measurement instrument, such as a sensor or measuring system, with corresponding measurement uncertainty and the corresponding values of a …

INACCURATE RESULTS: If you do not calibrate your equipment, it will not give accurate measurements. When the measurements are not accurate, the final results will also be inaccurate, and the quality of the product will be sub-standard. SAFETY FACTORS: Uncalibrated equipment can pose a number of safety risks.

Having poorly calibrated equipment can lead to a wastage of your resources, time and manpower as well as spare parts in your company. Regular maintenance can reduce downtime, increase reliability as well as help in saving energy as your equipment is performing optimally due to regular calibration.

There are no set rules in place that govern when an instrument should be calibrated and when it should not. That is of course other than those set by your own Quality Management Systems. If this is the case then yearly calibration is common practice and would most certainly be required.

Hold your device in your hand, wave it in the air in the pattern of a figure-eight a few times and then set the device back down on a flat surface. Accelerometer Sensor automatically re-adjusts the range of your accelerometer and can effectively calibrate your G-Sensor.