View source for 20240056036. TUNABLE MATCHING NETWORK FOR PUSHPULL POWER AMPLIFIER simplified abstract (Spreadtrum Communications USA Inc.)

=TUNABLE MATCHING NETWORK FOR PUSHPULL POWER AMPLIFIER=


==Organization Name==

[[:Category:Spreadtrum Communications USA Inc.|Spreadtrum Communications USA Inc.]]


[[Category:Spreadtrum Communications USA Inc.]]

==Inventor(s)==

[[:Category:Jason X Deng of Greensboro NC (US)|Jason X Deng of Greensboro NC (US)]][[Category:Jason X Deng of Greensboro NC (US)]]

[[:Category:Rattapon Lertpiriyapong of Colfax NC (US)|Rattapon Lertpiriyapong of Colfax NC (US)]][[Category:Rattapon Lertpiriyapong of Colfax NC (US)]]

==TUNABLE MATCHING NETWORK FOR PUSHPULL POWER AMPLIFIER - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240056036 titled 'TUNABLE MATCHING NETWORK FOR PUSHPULL POWER AMPLIFIER

==Simplified Explanation==

The abstract describes a radio-frequency (RF) push-pull amplifier circuit consisting of a first transistor, a transformer, and a first matching circuit with capacitors and inductors. The first matching circuit transforms the impedance at the input of the transformer into a predefined impedance at the output of the first transistor.

* The circuit includes a first transistor, a transformer, and a first matching circuit.
* The first matching circuit comprises at least one capacitor and at least one inductor.
* The input of the first matching circuit is connected to the output of the first transistor.
* The output of the first matching circuit is connected to the input of the transformer.
* The first matching circuit transforms the impedance at the input of the transformer into a predefined impedance at the output of the first transistor.

Potential applications of this technology:
* RF communication systems
* Wireless transmitters
* Radar systems
* Satellite communication systems

Problems solved by this technology:
* Efficient impedance matching in RF amplifier circuits
* Improved signal quality and power efficiency
* Minimization of signal distortion and losses

Benefits of this technology:
* Enhanced performance of RF amplifiers
* Increased signal fidelity
* Higher power efficiency
* Improved overall system reliability and stability


==Original Abstract Submitted==

a radio-frequency (rf) push-pull amplifier circuit that includes: a first transistor; a transformer; and a first matching circuit comprising at least one capacitor and at least one inductor, in which an input of the first matching circuit is coupled to an output of the first transistor, an output of the first matching circuit is coupled to an input of the transformer, and the first matching circuit is configured to transform an impedance at the input of the transformer into a first predefined impedance at the output of the first transistor.



[[Category:H03F3/195]]
[[Category:H03F3/26]]
[[Category:H03F3/50]]