Quick Answer

• Pack of 5 micro current transformer sensors
• 20A/20mA output for accurate current measurement
• USB input and output
• Ideal for electronic projects and testing

What is a Micro Current Transformer?

This product is a set of 5 micro current transformer sensors designed for precise current measurement. Each sensor provides a 20A/20mA output, making them suitable for a wide range of electronic applications.

The transformers feature both USB input and output, simplifying integration into existing systems and development boards.

Key Features and Applications

Are these sensors easy to integrate?

Yes, the sensors are designed with USB input and output, facilitating straightforward connection to microcontrollers or data loggers. They do not have a built-in battery, requiring external power via USB.

With a recommended maximum headphone impedance of less than 32 Ohms, these sensors are versatile for various testing scenarios where accurate current monitoring is crucial.

Specifications

Specifications:

• Brand Name: FLAMESER
• Recommended Headphone Maximum Impedance: <32 Ohm
• Built-in Battery: No
• Output Type: USB
• Input Type: USB

Frequently Asked Questions:

What is the output current of these sensors?

Each sensor in this 5-piece set provides a 20A/20mA output for precise current measurement. This allows for accurate monitoring in various electronic applications.

What type of input and output do these current transformers use?

These current transformers feature USB input and output. This simplifies integration with development boards and other electronic systems requiring USB connectivity.

Are these sensors suitable for beginners?

Yes, with their straightforward USB connectivity and clear output specifications, these sensors are suitable for electronic projects and testing. They do not have a built-in battery.

What is the recommended headphone impedance for these sensors?

The recommended maximum headphone impedance for these sensors is less than 32 Ohms. This specification is relevant for certain testing scenarios and audio-related electronic projects.