摘要:
A rectifying transfer gate circuit includes first and second field effect transistors and one diode. The source of the first field effect transistor is coupled to a first input node and the gate thereof is coupled to a second input node. Meanwhile, the source of the second field effect transistor is coupled to the second input node and the gate thereof is coupled to the first input node. The diode is coupled between the common drain of the first and second field effect transistors and an output node, so as to increase the speed of the operation in the application circuit utilizing the above rectifying transfer gate circuit.
摘要:
A logic circuit has a first logic gate (G 6 ), having a plurality of inputs (a and b) and an output (m), and a second logic gate comprising a driving FET (Q 6 ) and a plurality of load FET's (T 6 ' and T 6 ). The gate of the driving FET (Q 6 ) is connected to the output (m) of the first logic gate and the gates of the load FET's (T 6 ' and T s ) are connected to respective inputs (a, b) of the first logic gate. The driving FET and the load FET's are connected in series. A pair of FET's (T', T), one depletion-mode and one enhancement-mode, with their drains, sources and gates respectively connected in common may be used in place of a single load FET.
摘要:
The invention relates to actives loads, especially for, but not limited to use in inverter circuits. The proposed active load comprises two transistors connected in an inventive way. The transistors may be PMOS or NMOS-organic transistors or transistors based on conventional silicon technologies or others.
摘要:
A rectifying transfer gate circuit includes first and second field effect transistors and one diode. The source of the first field effect transistor is coupled to a first input node and the gate thereof is coupled to a second input node. Meanwhile, the source of the second field effect transistor is coupled to the second input node and the gate thereof is coupled to the first input node. The diode is coupled between the common drain of the first and second field effect transistors and an output node, so as to increase the speed of the operation in the application circuit utilizing the above rectifying transfer gate circuit.