Abstract:
Abstract Wireless circuitry in an electronic device may contain output power amplifier circuitry for amplifying transmitted radio-frequency signals. The power amplifier circuitry may be powered using a bias voltage. The 5 magnitude of the bias voltage can be selectively reduced to conserve power. Control circuitry can maintain a table of bias voltage settings to use under various conditions. These conditions may include required output powers as determined by link quality, transmission mode status, and 10 required data rates. When link quality is low or when high data rates are required, the bias voltage can be maintained at a relatively high level to ensure that the power amplifier operates linearly and does not exhibit excessive noise. When link quality is high or when data rates are low 15 as with voice calls, the bias voltage can be reduced to conserve power. ELECTRONIC DEVICE r12 18 STORAGE AND WIRELESS PROCESSING COMMINICATIONS CIRCUITRY CIRCUITRY BATTERY INPUT AND OUTPUT DEVICES
Abstract:
Wireless circuitry in an electronic device may contain output power amplifier circuitry for amplifying transmitted radio-frequency signals. The power amplifier circuitry may be powered using a bias voltage. The magnitude of the bias voltage can be selectively reduced to conserve power. Control circuitry can maintain a table of bias voltage settings to use under various conditions. These conditions may include required output powers as determined by link quality, transmission mode status, and required data rates. When link quality is low or when high data rates are required, the bias voltage can be maintained at a relatively high level to ensure that the power amplifier operates linearly and does not exhibit excessive noise. When link quality is high or when data rates are low as with voice calls, the bias voltage can be reduced to conserve power.
Abstract:
Eine Benutzerausrüstungsvorrichtung (UE-Vorrichtung) kann gemäß einer neuen Vorrichtungskategorie kommunizieren, die spezifizierte QoS(Dienstgüte)-Anforderungen erfüllt, während sie auch spezifizierte Leistungsübertragungsbilanz-Anforderungen und/oder zusätzliche Optimierungsanforderungen erfüllt. Die UE-Vorrichtung kann mit einer Mobilfunkbasisstation gemäß einem ersten Betriebsmodus kommunizieren, der der neuen Vorrichtungskategorie zugeordnet ist, und als Reaktion darauf, dass die Leistungsübertragungsbilanz-Anforderungen einen spezifizierten Wert überschreiten und die Dienstgüteanforderungen nicht sensibel sind, auf ein Kommunizieren mit der Mobilfunkbasisstation gemäß einem zweiten Betriebsmodus umschalten, der einer zweiten (bereits vorhandenen) Vorrichtungskategorie zugeordnet ist. Die UE-Vorrichtung kann ebenso als Reaktion darauf, dass die Leistungsübertragungsbilanz-Anforderung nicht höher ist als der spezifizierte Wert oder die QoS-Anforderungen sensibel sind und eine Downlink-Durchsatzanforderung einen spezifizierten Durchsatzwert überschreitet, zu einem Kommunizieren mit der Mobilfunkbasisstation gemäß einem dritten Betriebsmodus umschalten, der einem dritten (bereits vorhandenen) Vorrichtungstyp zugeordnet ist.
Abstract:
Wireless circuitry in an electronic device may contain output power amplifier circuitry for amplifying transmitted radio-frequency signals. The power amplifier circuitry may be powered using a bias voltage. The magnitude of the bias voltage can be selectively reduced to conserve power. Control circuitry can maintain a table of bias voltage settings to use under various conditions. These conditions may include required output powers as determined by link quality, transmission mode status, and required data rates. When link quality is low or when high data rates are required, the bias voltage can be maintained at a relatively high level to ensure that the power amplifier operates linearly and does not exhibit excessive noise. When link quality is high or when data rates are low as with voice calls, the bias voltage can be reduced to conserve power.
Abstract:
Abstract Wireless circuitry in an electronic device may contain output power amplifier circuitry for amplifying transmitted radio-frequency signals. The power amplifier circuitry may be powered using a bias voltage. The 5 magnitude of the bias voltage can be selectively reduced to conserve power. Control circuitry can maintain a table of bias voltage settings to use under various conditions. These conditions may include required output powers as determined by link quality, transmission mode status, and 10 required data rates. When link quality is low or when high data rates are required, the bias voltage can be maintained at a relatively high level to ensure that the power amplifier operates linearly and does not exhibit excessive noise. When link quality is high or when data rates are low 15 as with voice calls, the bias voltage can be reduced to conserve power.
Abstract:
Drahtlose Kommunikationsschaltung auf einer tragbaren elektronischen Vorrichtung, aufweisend: Hochfrequenz-Leistungsverstärkerschaltung, die Hochfrequenzsignale, die von der tragbaren elektronischen Vorrichtung mit einer Datenübertragungsrate übertragen werden, verstärkt; anpassbare Leistungsversorgungsschaltung, die eine anpassbare Leistungsversorgungsspannung an die Hochfrequenz-Leistungsverstärkerschaltung liefert; und Speicher-und-Verarbeitungsschaltung, welche die anpassbare Leistungsversorgungsschaltung anweist die anpassbare Leistungsversorgungsspannung an die Hochfrequenz-Leistungsverstärkerschaltung mit einem Pegel zu liefern, der mindestens teilweise basierend auf der Datenübertragungsrate ausgewählt wird, wobei die Speicher-und-Verarbeitungsschaltung einen kubischen Metrikrechner aufweist, der eine kubische Metrik für die Hochfrequenzsignale berechnet, die übertragen werden, und wobei die Speicher-und-Verarbeitungsschaltung die anpassbare Leistungsversorgungsschaltung anweist die anpassbare Leistungsversorgungsspannung, die zumindest teilweise auf der kubischen Metrik basiert, zu liefern.
Abstract:
Abstract Wireless circuitry in an electronic device may contain output power amplifier circuitry for amplifying transmitted radio-frequency signals. The power amplifier circuitry may be powered using a bias voltage. The 5 magnitude of the bias voltage can be selectively reduced to conserve power. Control circuitry can maintain a table of bias voltage settings to use under various conditions. These conditions may include required output powers as determined by link quality, transmission mode status, and 10 required data rates. When link quality is low or when high data rates are required, the bias voltage can be maintained at a relatively high level to ensure that the power amplifier operates linearly and does not exhibit excessive noise. When link quality is high or when data rates are low 15 as with voice calls, the bias voltage can be reduced to conserve power.
Abstract:
An electronic device has wireless communications circuitry that includes transmitters and receivers. Antenna structures may foe coupled, to the transmitters and receivers to support radio-frequency signal transmission and radio-frequency signal reception operations. Switching circuitry such may be used to support multiple, communications bands of interest. One or more low band receivers may be associated with the first switch and one or more high band receivers may be associated with the second switch. The switches can be configured in real time to switch a desired communications band into use. A diplexer may be used to simultaneously pass low bands to the first receiver and high bands to the second receiver. In this way, a data, stream in the low band may be simultaneously received with a data stream in the high band.