SSM3J114TU(T5L,T)

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

SSM3J114TU(T5L,T) Application Field and Working Principle

The SSM3J114TU(T5L,T) is a high performance, low capacitance, ShockLine™ low-pass filter, commonly used in high-frequency signal processing applications such as audio, video, and telecommunications.

This single-ended low-pass filter, is an integrated and shielded module, constructed using two MOSFETs which are connected in parallel, which form a four port using a single capacitor for filtering purposes. The ShockLine™ low-pass filter is designed to significantly reduce the high frequency noise in audio and video signals. The module features a high rejection of unwanted noise and has a typical size of just 0.6” x 0.5” x 0.2” (15 mm x 12.7 mm x 5 mm).

The SSM3J114TU(T5L,T) has a wide range of uses, including in audio and video signal processing, telecommunications, radio frequency (RF) and microwave systems, both military and consumer applications, and in instrumentation, amplifiers, and telecommunications. It is also applicable in impedance matching, Harmonic distortion reduction and line equalization applications.

MOSFET Working Theory

MOSFET (Metal Oxide Semiconductor Field Effect Transistor) is the most commonly used type of Field Effect Transistor (FET). They are also called voltage-controlled devices because the current flow through them is controlled by the voltage applied to the Gate electrode. MOSFETs are widely used in the electronics industry because they are more efficient, reliable and have higher switching speeds when compared to the traditional BJT transistors.

MOSFETs are made up of four layers of semiconductor material that are separated by metal oxide. The four layers are the source, drain, channel and gate. The drain and source are two terminals of the device, and the channel is the active part of the transistor. The gate is the controlling electrode and when a voltage is applied to it, it changes the resistance of the channel between the source and drain, thus allowing or blocking the current flow in the device.

When a voltage is applied to the Gate terminal, it applies an electric field to the surface of the semiconductor material in the channel between the source and drain. This electric field causes the charge carriers (electrons and holes) in this region to move in the direction of the electric field and creates a conducting path. By varying the voltage applied to the Gate terminal, the amount of current flowing through the device can be adjusted. When the voltage applied to the Gate terminal is zero, the current flow is blocked.

MOSFETs are widely used for their high efficiency, low "on resistance" and low power consumption. They are also used for their extremely fast switching speeds and low noise characteristics, as well as for their ease of integration into various electronic circuits.

Application of SSM3J114TU(T5L,T)

The SSM3J114TU(T5L,T) is used in many applications including RF, microwave, audio, and video signal processing. It is a highly effective low-pass filter which can reduce high-frequency noise in audio and video signals. The module is extremely compact and has small size – just 0.6” x 0.5” x 0.2” (15 mm x 12.7 mm x 5 mm).

The SSM3J114TU(T5L,T) features a high rejection of unwanted noise and can be used for impedance matching, Harmonic distortion reduction, and line equalization applications. It is ideal for audio and video signal processing where a high frequency noise reduction is required, as well as for telecommunications, instrumentation, and amplifiers.

The SSM3J114TU(T5L,T) can be used in both military and consumer applications, and is suitable for a wide range of environments. It is designed for low EMI/RF radiation, low power consumption and is able to withstand high frequency radiations.

The SSM3J114TU(T5L,T) is a reliable and efficient low-pass filter which is capable of reducing high frequency noise in audio and video signals. It is the perfect choice for any application which requires a high frequency noise reduction.

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