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Categories | Circular Electrical Connectors |
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Mechanical life: | 500 |
Maximum Operating Temperature: | +125 °C |
Minimum Operating Temperature: | -55 °C |
Insulation Resistance: | 5000 mΩ |
Work pressure: | 4.4 KPa |
Impact: | 490m/s2 |
Vibration: | 10-2000Hz 196m/S2 |
Contact Resistance: | 8 mΩ |
Relative humidity: | 40℃, 98% |
Current: | 5 A |
Pressure Resistant: | 800V |
Stock: | In Stock |
Compact and Reliable: The HUADA ZMDM-15S-A micro rectangular
connector combines compact design with high reliability. Its
smaller dimensions—2.78mm shorter in length, 5.4mm narrower, and
3.9mm lower than the J29A series—make it ideal for
space-constrained applications. Whether in industrial machinery,
aerospace, or telecommunications, this connector delivers
exceptional performance. With a maximum operating temperature of
+125°C, low contact resistance (8 mΩ), and a mechanical life of 500
cycles, it’s a robust choice for demanding environments.
Versatile Applications: The ZMDM-15S-A is more than just compact;
it’s a versatile solution. Capable of handling up to 5 A, it suits
various scenarios. From high-tech machinery to critical systems,
this connector ensures reliable electrical connections. Its
pressure resistance (rated at 800V) and excellent insulation
properties (5000 mΩ) further enhance its appeal. Explore the HUADA
ZMDM-15S-A micro connector for efficient, space-saving
connectivity!
Definition and Purpose: A z-score serves as a standardized measure
that quantifies how far a specific data point deviates from the
mean of a reference population.
Its primary purpose is to facilitate comparisons across different
variables and distributions.
Calculation Formula: To compute the z-score for a given data point
(X), apply the following formula: [ Z = frac{{X - mu}}{{sigma}} ]
(mu) denotes the mean of the population (or sample mean if
population values are unknown).
(sigma) signifies the standard deviation of the population (or
sample standard deviation).
Interpretation: A positive z-score indicates that the data point
lies above the mean.
Conversely, a negative z-score suggests that the data point falls
below the mean.
Use Cases and Insights: Distribution Position: Z-scores help us
understand where a specific data point fits within a distribution.
Cross-Variable Comparison: By standardizing data, we can compare
observations across different variables.
Outlier Detection: Unusually high or low z-scores may highlight
outliers.
Probability Calculations: Z-scores relate to probabilities and
percentiles using the standard normal distribution.
Maximum Operating Temperature | +125 °C |
Minimum Operating Temperature | -55 °C |
Insulation Resistance | 5000 mΩ |
Mechanical life | 500 |
Work pressure | 4.4 KPa |
Impact | 490m/s2 |
Vibration | 10-2000Hz 196m/S2 |
Contact Resistance | 8 mΩ |
Relative humidity | 40℃, 98% |
Current | 5 A |
Pressure Resistant | 800V |
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