Mobile device with multiple communication capabilities
A technology of mobile equipment and auxiliary equipment, applied in branch equipment, telephone communication, instruments, etc., can solve problems such as interruption of digital data communication
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[0015] As explained above, the presence of the ferrite bead (FB) interrupts digital data communication between the mobile device and an accessory coupled to the mobile device. Accordingly, there is a need for a scheme for providing uninterrupted digital data communication between a mobile device and an auxiliary device in the presence of interfering elements, such as ferrite beads. One approach is to bypass FB with a switch that offers relatively low on-resistance (eg, less than 1Ω to maintain low dropout voltage) while also providing relatively low off-capacitance (eg, less than 20pF) to maintain FM sensitivity. However, switches with such tight specifications are relatively expensive. Therefore, a new design for mobile devices includes two sets of relatively low-cost switches, one set for data communication, which bypasses the FB, and the other set for power transmission.
[0016] After reading this specification it will become apparent that the disclosure can be practiced ...
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