TH8071B - Receiver and signal processing unit - Google Patents

Abstract

This invention consists of a signal receiving and processing unit with one or more conductors (L2) tuned to transmit a carrier signal in the form of a voltage pulse. The conductor (L2) is connected to a transistor ( NT21) of the receiver circuit to effect the current (I2) by using the change in the voltage pulse and the pulse voltage value. The current is in the form of a pulse flowing through the transistor (NT21). The current is generated by a change in the pulse voltage and the voltage level. In the signal processor circuit (3), the receiver circuit's transistor (NT21) works with at least one other transistor (NT23) to form. is a current reflection circuit The ability of the receiver circuit to receive, measure and process the signal is modulated through the current generator (10) in such a way that the increased current value (IT) provides for the measurement of the pulse of the receiver circuit. pressure at higher transmission rates and vice versa.

Claims (6)

1. A signal receiving and processing unit connected to at least one conductor. The unit consists of a receiver loop that includes a transistor connected to a conductor to affect the current by applying a change in the pulse. Of pressure And the value of the pulse voltage Where the current is in the form of pulses, where Flows through the transistor and current is generated by a change in voltage pulses And the level of the voltage and the signal processing circuit to adjust the current into a conductive form, directed by the way that the transistor is connected to at least one other transistor to form a current-reflecting circuit. And the ability of the receiver circuit to receive, measure and process the signal is tuned through a current-generating circuit in such a way that an increased current value provides a measurement of the pulse of the voltage at a rate Increase and vice versa. 2. The unit as specified in claim 1, where directed by the manner that the current value can be adjusted in multiple stages selected by excitation of one or more devices. A series of current-generating circuits Where each set of devices will generate some current 3. Units as specified in Clause 1 or 2. This is directed by the way that the device is activated and not triggered by a control circuit activated by a digital signal. 4. The unit, as stated in claim 2, where it is directed by the manner in which each current-generating circuit device is either energized or not stimulated by a controlled transistor. Where the gate terminal voltage value of the controlled sisters know is determined by the state of the two transistors connected in series. One is a PMOS transistor and the other is a NMOS transistor and the gate terminals of the series transistors are connected together and operated by the control circuit's output signal. 5.units as stated in claim 1, where directed by the manner in which the current value is partially adjustable. At least In the manner of analogue 6. Units as specified in claim 1, where directed by the manner that the circuit generates current Are connected and not connected in response to the degree of selective logic that appears on the conductors.