Method of forming a semiconductor device and structure therefor
In one embodiment, a personal amplification device may be configured to operate as a master and communicate to another personal amplification device that operates as a slave. The master may be configured to send signals to the slave device and control the slave device changing operation according to information sent in the sent signals.
1. A sound amplification system, comprising:
a controller configured to control one or more output signals to excite a detachable device;
one or more information inputs of the controller configured to receive one or more information signals from the detachable device wherein the one or more information signals are selectively representative of codes of the detachable device; and
the controller configured to selectively set the controller to one of initiate a wireless connection with an external device in response to a first value of the codes or to initiate a method for a user action or to operate in one of a master mode or slave mode wherein operation in the master mode is initiated in response to receiving the one or more information signals representing the first value of the codes and operation in the slave mode is initiated in response to receiving the one or more information signals representing a second value of the codes, the master mode including the controller configured to send signals to control an operation of an external device operating in the slave mode.
2. The sound amplification system of claim 1 wherein the slave mode includes the controller wirelessly receiving signals from external to the controller and responsively changing operation of the controller.
3. The sound amplification system of claim 2 wherein the slave mode includes the controller configured to wirelessly receive signals for setting a volume control of the controller to a selected value wherein the signals are received from an external controller operating in the master mode.
4. The sound amplification system of claim 1 wherein the master mode includes the controller configured to receive information signals from another device that is not a personal sound amplification device and to responsively transmit other information signals to an external controller that is operating in the slave mode, wherein the other information signals may include data received from the external device.
5. The sound amplification system of claim 1 wherein the slave mode includes the controller configured to transmit information to another controller operating in the master mode and to receive commands to perform operations from the another controller operating in the master mode.
6. The sound amplification system of claim 1 wherein the controller is configured to determine a value of the codes according to values of the one or more output signals and the one or more information signals.
7. A method of forming a semiconductor device comprising:
configuring a controller to form output signals to form an excitation signal to excite a detachable device;
forming the controller to receive information signals from the detachable device wherein the information signals are selectively representative of a code of the detachable device wherein values of the information signals represent the code; and
forming the controller to one of initiate a wireless connection to an external device or to perform a user control method or to operate in one of a master mode or a slave mode according to a value of the code received from the detachable device wherein the master mode includes configuring the controller to wirelessly transmit a signal to another controller that is external to the controller and cause the another controller to change an operation according to information that is included in the signal.
8. The method of claim 7 wherein forming the controller to one of initiate a wireless connection to the external device or to perform a user control method or to operate in one of the master mode or the slave mode includes configuring the controller to operate in the master mode in response to receiving a first value of the information signals and to operate in the slave mode in response to a second value of the information signals.
9. The method of claim 7 wherein forming the controller to one of initiate a wireless connection to the external device or to perform a user control method or to operate in one of the master mode or the slave mode includes configuring the controller to operate in the master mode in response to receiving a first value of the code and to operate in the slave mode in response to a second value of the code.
10. The method of claim 7 wherein configuring the controller to wirelessly transmit the signal includes configuring the controller to transmit a command to change a setting of the another controller in response to a setting change on the controller.
11. The method of claim 7 wherein configuring the controller to wirelessly transmit the signal includes configuring the controller to transmit a command to change a volume setting of the another controller in response to a volume setting change on the controller.
12. The method of claim 7 wherein configuring the controller to wirelessly transmit the signal includes configuring the controller to receive information from the another controller of a setting change on the another controller, to change a setting of the controller in response to receiving the information, and to send a command to the another controller to change a corresponding setting of the another controller.
13. The method of claim 7 wherein configuring the controller to one of initiate a wireless connection to the external device includes configuring the controller to connect to use the code to form a security key and transmit the security key to the external device.
14. The method of claim 7 wherein The method of claim 7 wherein forming the controller to one of initiate a wireless connection to the external device or to perform a user control method includes configuring the controller to detect that the code is changed and responsively initiate a first time interval, to detect receiving the code again after termination and the first time interval and responsively initiate a second time interval, to detect removal of the code and again detect the code prior to expiration of the second time interval and responsively begin a method of operation.
15. A method of forming a semiconductor device for a personal sound amplification device comprising:
forming a controller to form output signals to form an excitation signal to excite a detachable device;
forming the controller to receive information signals from the detachable device wherein the information signals are selectively representative of values of the output signals according to a connection configuration of the detachable device wherein values of the information signals correspond to codes; and
configuring the controller to operate as one of a personal sound amplification device for a right ear or a personal sound amplification device for a left ear according to the codes.
16. The method of claim 15 wherein configuring the controller to operate includes configuring the controller to operate as an amplifier to amplify sound for a right ear in response to receiving a first value of the information signals or to operate as an amplifier to amplify sound for a left ear in response to receiving a second value of the information signals.
17. The method of claim 15 wherein configuring the controller to operate includes configuring the controller to identify the values of the information signals as representing one of a receiver for a right ear in response to a first value of the information signals or as a receiver for a left ear in response to a second value of the information signals.
18. A sound amplification system, comprising:
a controller configured to control one or more output signals to excite a detachable device, the controller configured to receive one or more information signals from the detachable device wherein the one or more information signals have values representative of codes of configurations of the detachable device; and
the controller configured to selectively set the controller to operate as one of an amplifier for a left ear of a person in response to receiving a first value of the one or more information signals or to operate as an amplifier for a right ear of a person in response to receiving a second value of the one or more information signals.
19. The sound amplification system of claim 18 wherein the information signals are selectively representative of the one or more output signals according to codes of the detachable device.
20. The sound amplification system of claim 18 wherein the controller is configured to determine a value of the code according to values of the one of more output signals and the one of more information signals.