UMD9NTR Discrete Semiconductor Products

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

The UMD9NTR is a pre-biased array of four N-channel Metal Oxide Semiconductor Field Effect Transistors (MOSFETs). This device consists of several MOSFETs in an array configuration, mounted on an interlocking substrate. For a given size, this array exhibits a higher current rating than an individual device. This allows for greater power handling and more efficient device operation.

The UMD9NTR is a device for various applications including motor control, HVAC systems, and power converter applications. The UMD9NTR has two distinct operating modes which are the linear and the saturated mode. The linear mode is used when switching is required at lower frequencies while the saturated mode is used when switching is required at higher frequency. The UMD9NTR is capable of running at a wide range of frequencies, from d.c. to a few hundred Hertz, depending on its construction and application.

The UMD9NTR is designed to operate with two distinct control signals; a driving signal and a grounding signal. The driving signal is responsible for turning the device on or off. The device is able to sense the presence of a driving signal and respond accordingly. The grounding signal is responsible for the device’s current rating. The device is able to sense the presence of a ground signal and adjust its operating current accordingly.

The working principle of the UMD9NTR is based on the transition from linear mode to saturated mode. In the linear mode, the device has a fixed short-circuit current when the driving signal is applied. When the grounding signal is present, the device operates in saturated mode, with its current increasing with increased grounding signal. The increase of current allows for increased power handling.

The UMD9NTR is a popular choice of pre-biased array of MOSFETs due to its simplicity and flexibility. It is easy to integrate this device into existing systems, and its high current capacity allows it to handle high power applications. The ability of the device to sense and respond to the presence of a ground signal makes it an ideal choice for motor control and power converter applications. Furthermore, the device’s wide range of frequencies allows it to be used in a variety of applications.

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