IMX17T108

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IMX17T108 Application Field and Working Principle

IMX17T108 is a high power, low voltage unipolar-controlled FET array device consisting of eight N-channel and P-channel FETs in a single package. It is designed to provide an improved switched power supply with an improved performance-to-cost ratio. The device is capable of switching 500mA of current at 6V.

The IMX17T108 has two parallel active-high gates, one for each FET. The gates can be individually programmed with logic signals to control the FETs\' on or off state. The device can be configured as a Series or Parallel FET switch array by wiring the logic control gates together.

The IMX17T108 has an 8-phase clock input, which allows for a total of 16 separate switching points. This allows for flexible timing of the FETs\' switching. It is possible to program the FETs to switch at different times, which allows for efficient thermal management. The device also includes a low voltage detection circuit, which detects when the input voltage falls below a certain level and will turn off the FETs to prevent damage to the device.

When used in a switching power supply, the IMX17T108 device provides improved efficiency, since the FETs can be turned on and off in an efficient manner. The device can also be used as a voltage regulator, by programming the FETs to turn on and off at different points in the output voltage range. Additionally, because the device is unipolar-controlled, it requires less support circuitry than bipolar-controlled FETs.

Overall, the IMX17T108 device provides an improved performance-to-cost ratio compared to bipolar-controlled FETs. The IMX17T108 is a versatile device that can be used in a variety of applications, including switching power supplies and voltage regulators. The device\'s high power rating and low voltage requirements make it a great choice for these applications.

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