TR9CB2500T00-IMR6B

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TR9CB2500T00-IMR6B Application Field and Working Principle

TR9CB2500T00-IMR6B belongs to the category of AC DC Desktop, Wall Adapters. Its working principle consists of a DC-DC converter, PFC or PWM controller, an EMI filter, and a load. This basic building block constitutes the power supply’s main functions.

Application Field

TR9CB2500T00-IMR6B is designed typically for 120V 60 Hz AC in North America, designed to provide 24V DC with automatic over-voltage protection, and is suitable for applications such as computer and audio/video equipment, where the power supply needs to be located remotely from the workspace.

Additionally it is also used in industrial, consumer-electronics, CCTV, medical, household applications, where two or more power outlets are needed. The product design ensures excellent features and a safe and reliable operation, even in difficult working environments.

Working Principle

Assembling a TR9CB2500T00-IMR6B is fairly straightforward and can be broken down into the following four steps:

Step 1: AC Input Inverter

The AC input inverter receives AC input voltage from the outlet and converts it to DC. The switch inside the AC input inverter is triggered by the input signal, and it turns the power on/off as needed.

Step 2: PFC or PWM Controller

The PFC or PWM controller takes the DC input voltage and adjusts it accordingly to the requirements of the load. The controller includes a power factor correction circuit and an overvoltage protection circuit.

Step 3: EMI Filter

An EMI filter is installed between the PFC/PWM controller and the load to reduce the noise generated by electromagnetic interference (EMI).

Step 4: Load

The load is the device the power supply is connected to which needs power. This can range from computer components to consumer devices, such as tablets and phones.

In conclusion, the TR9CB2500T00-IMR6B is an ideal choice for those applications that require a remote power solution. Its features make it an effective and safe power supply for difficult working environments.

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