4200-000

Series:	4200
Packaging:	Bulk
Part Status:	Active
Type:	Low Pass
Filter Order:	3rd
Technology:	LC (Pi)
Number of Channels:	1
Center / Cutoff Frequency:	--
Attenuation Value:	40dB @ 100MHz
Resistance - Channel (Ohms):	--
Current:	10A
Values:	C = 1500pF
ESD Protection:	No
Operating Temperature:	-55°C ~ 125°C
Applications:	Data Lines for Mobile Devices
Voltage - Rated:	200V
Mounting Type:	Chassis Mount
Package / Case:	Axial, Bushing, 1 Turret Lead
Size / Dimension:	0.156" Dia x 0.350" L (3.96mm x 8.89mm)
Height:	--

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< p >EMI/RFI Filters (LC, RC Networks) are used in many types of electronic applications, and generally involve the use of capacitors or inductors to block the passage of certain types of waveforms. These filters are used in many different applications, including consumer electronics, industrial automation, telecommunications, automotive applications, medical equipment, and consumer audio and video equipment.In the most simplest applications, EMI/RFI filters consist of a single pair of capacitors or inductors connected in series or parallel. These filters provide effective attenuation of signals with frequencies between a couple hundred Hertz and Megacycles. In some cases, these filters may be used together with components such as transformers, resistors, and diodes to achieve a desired attenuation of the signal.When two or more capacitors or inductors are connected together, a network can be created. These networks may be used to filter out certain frequency bands. For example, a network consisting of a capacitor and an inductor connected in series will produce a bandstop filter. This type of filter will block out any signals with frequencies that lie within a predetermined bandwidth, while allowing all other signals to pass through with minimal attenuation. Networks of capacitors or inductors can also be used to create bandpass and high-pass filters, which are useful for frequency-selective applications.When EMI/RFI filters are used in higher power applications, it is often necessary to combine the capacitor or inductor networks with additional components. These components may include resistors, diodes, or transformers. The additional components can be used to provide additional attenuation, or to smooth the response of the filter.In addition to the types of filters described previously, EMI/RFI filters also come in the form of EMI shields. These shields can be used to prevent a wide variety of radio frequency interference from entering an enclosed environment, such as an industrial control panel. EMI shields are typically made from a conductive material such as metal or wire mesh, and they can be used to provide a barrier between electronic equipment and the external environment.As can be seen, EMI/RFI filters can be used in a wide variety of applications and provide an effective way to attenuate or shield against various types of interference. To ensure the best performance of these types of filter, they should be properly designed, installed, and tested to ensure that the application’s specific requirements are met.

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