SRF1260A-680M

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Signal transformers are power transformers that transfer signals from one circuit to another while isolating the two circuits from each other. This type of transformer is commonly used in applications such as radio and audio frequency circuits, data transmission lines, and power protection circuits. The SRF1260A-680M is one signal transformer, used for applications such as voltage-sensitive switching and sensing circuits. In this article, we will discuss the application field and working principle of the SRF1260A-680M.

The SRF1260A-680M is an array type signal transformer, which is well-suited for switching and current sensing applications. It is designed with two separate winding layers, an input and an output, that are electrically isolated from each other. This isolation prevents any possible cross-talk between the input and output circuits. Additionally, the SRF1260A-680M is designed with a magnetic shield, which minimizes the effects of external magnetic fields. This makes it well-suited for applications where the circuit must be reliable in spite of external noise or interference.

The SRF1260A-680M is designed for a maximum operating current of 680mA, with an input and output voltage of 12V. This transformer has an insulation resistance of 100MΩ or higher and an insulation voltage of 1500VAC. The SRF1260A-680M also has a very low insertion loss, which helps to ensure high efficiency and minimal power loss during operation.

The application field of the SRF1260A-680M includes voltage-sensitive switching, current sensing, motor control, and voltage and current conversion. It is well-suited for use in motor control circuits, as the isolation of the windings helps to protect the circuit from external interference. The SRF1260A-680M is also often used in voltage and current conversion circuits, as the low insertion loss helps to keep power losses to a minimum during operation. Additionally, the SRF1260A-680M can be used in various analog and digital circuits, as its isolation helps to protect sensitive components from interference.

The working principle of the SRF1260A-680M is relatively simple. It is constructed with two windings, an input and an output, electrically isolated from each other. When a current flows through the input winding, a magnetic field is generated, which is then transferred through the core and induces a current in the output winding. The amount of induced current can be regulated by adjusting the voltage applied to the input winding, allowing the circuit to be used for switching and sensing circuits. Additionally, the SRF1260A-680M is designed with a magnetic shield, which helps to minimize the effects of external magnetic fields on the circuit.

In conclusion, the SRF1260A-680M is an array type signal transformer, designed for use in voltage-sensitive switching and current sensing applications. It is designed with two electrically isolated windings, an input and an output, and a magnetic shield, which helps to reduce the effects of external magnetic fields. Additionally, the SRF1260A-680M has a very low insertion loss, which helps to ensure that power losses are kept to a minimum during operation. The SRF1260A-680M is well-suited for use in motor control, voltage and current conversion, and analog and digital applications. This flexibility makes the SRF1260A-680M an ideal choice for applications requiring reliable signal transfer in harsh environments.

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