ENTUBE SE STD (2000V 5V)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction to the ENTUBE SE STD (2000V 5V) Application Field and Working Principle

ENTUBE SE STD (2000V 5V) is a monitor-current/voltage transducer. It is an integrated circuit with a low-voltage sensing amplifier for current and voltage measurement. This transducer is used for the measurement of high-voltage and low-voltage pulse signals which are applied to the primary winding of transformers. The core of the ENTUBE SE STD (2000V 5V) is its linearity, which enables accurate signal detection and measurement.

Operation of the ENTUBE SE STD (2000V 5V)

The ENTUBE SE STD (2000V 5V) contains two integrated circuits, one for current measurement and one for voltage measurement. The current measurement circuit consists of two resistors, two electrodes, and a reference voltage. The reference voltage is the difference between the two electrodes, and is set by the user. The two resistors are used to divide the voltage between the electrodes and the reference voltage. The voltage measurement circuit consists of a voltage comparator and a reference voltage. The voltage comparator compares the voltage to the reference voltage and produces an output signal. This output signal is then processed by the ENTUBE SE STD (2000V 5V) to produce a digital signal representing the voltage measured.

Application and Benefits

The ENTUBE SE STD (2000V 5V) is designed for use in applications where high-voltage and low-voltage pulse signals must be measured. These applications include pulse-width modulation (PWM) voltage regulation, power control and switching regulators. The ENTUBE SE STD (2000V 5V) offers several advantages:

• High accuracy and linearity
• Wide operating voltage range
• Low power consumption
• Low noise floor
• Integrated functional tests
• Robust design

The accuracy and linearity of the ENTUBE SE STD (2000V 5V) are very important for applications that require high accuracy measurements. Low-voltage measurements are particularly challenging, and the linearity of the ENTUBE SE STD (2000V 5V) helps ensure accurate measurements.

The ENTUBE SE STD (2000V 5V) also has a wide operating voltage range. This range is from -10V to +15V, which makes the transducer suitable for a wide variety of applications. The low power consumption of the ENTUBE SE STD (2000V 5V) also helps to reduce overall power consumption in battery-operated applications.

The low noise floor of the ENTUBE SE STD (2000V 5V) also enables more accurate measurements, as it minimizes interference from environmental noise sources. Additionally, the ENTUBE SE STD (2000V 5V) includes integrated tests to verify the accuracy of the current and voltage measurement functions.

Finally, the robust design of the ENTUBE SE STD (2000V 5V) ensures that the transducer is reliable and durable in real-world applications. Its wide range of operating temperatures, from -20°C to +70°C, ensures reliable operation in most environments.

Conclusion

The ENTUBE SE STD (2000V 5V) is a robust, high-accuracy, low-noise monitor-current/voltage transducer. It is specially designed for use in applications requiring accurate pulse signal measurement. Its wide operating voltage range and optional integrated tests help to ensure reliable and accurate measurements. Its low power consumption and robust design make the ENTUBE SE STD (2000V 5V) an ideal choice for a variety of applications.

The specific data is subject to PDF, and the above content is for reference