37.206

37.206 is an international telecommunication standard that describes a 3GPP system operating in UMTS frequency bands. It is related to different aspects of 3GPP, including 3GPP radio access interface (Rx) and system architecture. This standard is used for specifying the structure and characteristics of the radio interface and the control of the user equipment (UE). This article will discuss the application field of 37.206 and its working principle.The application field of 37.206 mainly covers the radio access network (RAN) of 3GPP. This network is responsible for providing wireless services, such as voice, data, and multimedia, to users of 3GPP-enabled mobile devices. The radio access technology (RAT) that is used for this purpose is known as Global System for Mobile communication (GSM). In order for a UE to use the 3GPP system, it must be linked to a compatible RAN, which is where 37.206 comes in.37.206 defines the basic characteristics that a RAN must have in order to work with a UE. This includes information regarding the frequencies that can be used, the different frequencies and power levels that can be used for different types of transmissions, and the different types of modulations that can be used. The standard also specifies the various additional functions that the RAN must provide, such as authentication, handover, and Quality of Service (QoS).The working principle of 37.206 relies on the ability of the UE to connect with the 3GPP RAN. This is achieved through the establishment of a connection between the two types of networks. The UE will initially try to establish a connection with the RAN that is nearest it. This connecion is known as the “optimal” connection, as it is the connection that provides the strongest signal and therefore minimises any interference.The UE then establishes a data link between itself and the RAN. This data link is created by transmitting transmissions from the UE to the RAN and then receiving the transmitations from the RAN in response. The data link is then used for various functions, such as authentication, handover, and data transfer to and from the UE.Once the connection has been established between the UE and the RAN, the UE will be able to access the 3GPP services provided by the RAN. This includes voice, data, and multimedia services. It should be noted that the data link is also used for security functions, such as data encryption and secure access.In conclusion, 37.206 is an international telecommunication standard that defines the basic characteristics of a 3GPP RAN. This standard is used for specifying the structure and characteristics of the radio interface and the control of the user equipment. It is primarily used for specifying the radio access network (RAN) of 3GPP and is responsible for providing the 3GPP services to users of 3GPP-enabled mobile devices. The working principle of 37.206 involves establishing a connection between the UE and the RAN and then using this connection for authentication, handover, and data transfer.

FFSD-20-S-37.25-01-N	Samtec Inc.	9.99 $	1000	.050 X .050 C.L. FEMALE I...
MA-37.215.84	Davies Moldi...	13.13 $	10	PULL HANDLE 2 POINT PLAST...
AA-37.209375MDHE-T	TXC Corporat...	0.41 $	1000	CRYSTAL 37.209375MHZ 12PF...
AA-37.209375MAHE-T	TXC Corporat...	0.3 $	1000	CRYSTAL 37.209375MHZ 12PF...
37.207	Altech Corpo...	0.99 $	1000	PCB HDR 7P 5.08MM VERT
37.208	Altech Corpo...	1.13 $	1000	PCB HDR 8P 5.08MM VERT
37.210	Altech Corpo...	1.42 $	1000	PCB HDR 10P 5.08MM VERT
37.209	Altech Corpo...	1.3 $	1000	PCB HDR 9P 5.08MM VERT
37.202	Altech Corpo...	0.29 $	1000	PCB HDR 2P 5.08MM VERT
37.203	Altech Corpo...	0.42 $	1000	PCB HDR 3P 5.08MM VERT
37.204	Altech Corpo...	0.56 $	1000	PCB HDR 4P 5.08MM VERT
37.205	Altech Corpo...	0.71 $	1000	PCB HDR 5P 5.08MM VERT
37.206	Altech Corpo...	0.78 $	1000	PCB HDR 6P 5.08MM VERT
37.217	Altech Corpo...	2.36 $	1000	PCB HDR 17P 5.08MM STLZ95...
37.218	Altech Corpo...	2.49 $	1000	PCB HDR 18P 5.08MM STLZ95...
37.219	Altech Corpo...	2.63 $	1000	PCB HDR 19P 5.08MM STLZ95...
37.220	Altech Corpo...	2.77 $	1000	PCB HDR 20P 5.08MM STLZ95...
37.221	Altech Corpo...	2.91 $	1000	PCB HDR 21P 5.08MM STLZ95...
37.222	Altech Corpo...	3.05 $	1000	PCB HDR 22P 5.08MM STLZ95...
37.223	Altech Corpo...	3.2 $	1000	PCB HDR 23P 5.08MM STLZ95...
37.211	Altech Corpo...	1.53 $	1000	PCB HDR 11P 5.08MM VERT
37.212	Altech Corpo...	1.67 $	1000	PCB HDR 12P 5.08MM STLZ95...
37.213	Altech Corpo...	1.81 $	1000	PCB HDR 13P 5.08MM STLZ95...
37.214	Altech Corpo...	1.95 $	1000	PCB HDR 14P 5.08MM STLZ95...
37.215	Altech Corpo...	2.09 $	1000	PCB HDR 15P 5.08MM STLZ95...
37.216	Altech Corpo...	2.22 $	1000	PCB HDR 16P 5.08MM STLZ95...
37.224	Altech Corpo...	3.33 $	1000	PCB HDR 24P 5.08MM STLZ95...
SIT3808AI-C3-33SE-37.250000T	SiTime	3.44 $	1000	OSC MEMS VCXO 37.2500MHZ ...
SIT3808AI-C3-33SE-37.250000Y	SiTime	3.44 $	1000	OSC MEMS VCXO 37.2500MHZ ...