4307-106J

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4307-106J is a fixed inductor that can be used for variety of applications. It is made of a ceramic-metal composite and has a radial leaded type. It has a wide operating temperature range of -40°C to 130°C.The 4307-106J is primarily used in RF circuits such as in TV sets, cellular phones, DSS receivers, cordless phones, GPS and other low-interference systems. It is also used in high-speed communications systems as a pickup and communication loop inductor. It can be used in bridge circuits, such as in wattmeters or current monitors. The 4307-106J offers a great choice for high current handling in high speed systems.The 4307-106J has a unique feature, known as Self Emission Stabilization (SES). This feature is designed to ensure maximum stability in high frequency applications. It maintains constant inductance over a wide range of frequencies. The SES feature also provides temperature stability no matter what the environmental conditions might be.The 4307-106J also provides excellent EMI and RFI shielding, making it ideal for sensitive, high-speed applications. It is designed to protect sensitive components from external interference and contain spread spectrum signals.The working principle of the 4307-106J is based on the concept of inductance. When an electrical current is applied to the inductor, it will cause the inductor to oppose this current flow by creating an opposing magnetic field. This field stores magnetic energy and slows down the current. This reaction is known as inductance.The 4307-106J offers a wide range of specifications. The core material is made from Toroidal ceramic-metal composite, and the winding is a two-wire, unipolar coil. It has a DCR of 3.74 ohms and a Q of 85 at 1MHz. It also offers a maximum operating temperature of 130°C.In conclusion, the 4307-106J offers a great choice for fixed inductors due to its many features and advantages. It offers excellent EMI and RFI shielding, temperature stability, and constant inductance over a wide range of frequencies. Moreover, it has a wide operating temperature range and a high current handling capacity. 

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