Allicdata Part #: | CCM1929-ND |
Manufacturer Part#: |
8-1609095-8 |
Price: | $ 14.23 |
Product Category: | Filters |
Manufacturer: | TE Connectivity Corcom Filters |
Short Description: | LINE FLTR 277VDC/VAC 500MA CHASS |
More Detail: | N/A |
DataSheet: | 8-1609095-8 Datasheet/PDF |
Quantity: | 13 |
1 +: | $ 12.94020 |
10 +: | $ 12.01350 |
25 +: | $ 10.16520 |
50 +: | $ 9.85726 |
100 +: | $ 9.24112 |
250 +: | $ 8.31698 |
500 +: | $ 8.00898 |
Series: | FB |
Part Status: | Active |
Filter Type: | Single Phase |
Configuration: | Single Stage |
Voltage - Rated DC: | 277V |
Voltage - Rated AC: | 277V |
Current: | 500mA |
Frequency - Operating: | 50/60Hz |
Applications: | Lighting |
Approvals: | CSA, UR, VDE |
Operating Temperature: | -10°C ~ 50°C |
Mounting Type: | Chassis Mount |
Termination Style: | Wire Leads |
Inductance: | L1 - 890µH, L2 - 1.04mH |
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Power Line Filter Modules – 8-1609095-8 Application Field and Working Principle
Power Line Filter Modules (PLFM) are used to reduce noises and disturbances generated by different electrical components and equipment. They are designed to reduce the interference of the power source with other circuits, as well as providing protection to the components against possible damages due to overvoltage or current surges. 8-1609095-8 is a specific type of PLFM which is employed to filter out or reduce the high frequency noises and disturbances from the power source.
The 8-1609095-8 PLFM is mainly used for medical, industrial and military applications. It is developed to ensure power quality, safety and electrical/electronics system operation where operations need to reliable functioning, and interference reduction from an AC signal. It is often employed in hazardous areas, such as radiation laboratories and medical operating rooms where there is need to provide a reliable supply of clean power.
The working principle of the 8-1609095-8 PLFM is based on capacitive and inductive components. This device consists of a series of low impedance inductors and capacitors which are strategically arranged and connected with the power source. These components act together to form a low pass filter that can efficiently reduce the noise generated by the electrical devices. This filter isolates the system from any external noise source and allows the signal to be processed without distortions.
When the 8-1609095-8 PLFM is connected to the power source, it acts as a shield against any external interference or disturbances. The filter components reduce the unwanted high and medium frequencies, while the inductors and capacitors ensure that the low frequency signals are passed through. This ensures that the electrical signals are not distorted by external sources and have an acceptable level of quality.
The 8-1609095-8 PLFM is designed with a low pass filter that is capable of providing high levels of attenuation. It offers both low and high noise attenuation range performance. This device can significantly reduce the harmonic distortions caused by external and internal sources and provides consistent filtering efficiency. Additionally, it is designed to withstand voltage and current surges and provide reliable operation even in harsh environments.
The 8-1609095-8 PLFM is manufactured with high quality components and designed for efficient operation. It is equipped with built-in protection circuits to protect the system from any possible damages due to excessive current or voltage surges. Moreover, it is also designed with a built-in temperature compensation feature that enables it to maintain consistent performance even in extreme temperatures.
In conclusion, the 8-1609095-8 PLFM is a reliable and efficient solution for reducing the noise and interference generated by electrical components and equipment. It offers both low and high noise attenuation range performance and is designed to withstand voltage and current surges. Furthermore, this device is equipped with built-in protection circuits and temperature compensation features which enable it to provide consistent operation even under harsh conditions. Its application field and working principle have been discussed in detail in this article.
The specific data is subject to PDF, and the above content is for reference
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