Single-to-differential converter

Bram  Nauta

Single-to-differential converter

Research output: Patent

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Abstract

Single-to-differential converter for generating two balanced output signals from one single ended input signal, comprising: first (3) and second (6) output terminals for providing the balanced output signals; a first transistor (M1) having a control electrode coupled to an input terminal (4) for receiving the input signal, a first main electrode coupled to a supply voltage terminal (1) for receiving a supply voltage and a second main electrode coupled to the first output terminal (3); a second transistor (M2) having a control electrode coupled to a bias voltage terminal (5), a first main electrode coupled to the control electrode of the first transistor (M1) and a second main electrode connected to the second output terminal (6); a diode connected third transistor (M3) having its main current path coupled to the first output terminal (3);; and a diode connected fourth transistor (M4) having a its main current path connected to the second output terminal (6)

Original language	English
Patent number	EP0601646 (B1)
Priority date	11/12/92
Publication status	Published - 8 Jul 1998

Access to Document

patent B. Nauta Single-to-differential converterFinal published version, 32.9 KB
patent-2-EP0601646 (A1) GÇò 1994-06-15Final published version, 118 KB

https://worldwide.espacenet.com/publicationDetails/originalDocument?FT=D&date=19980708&DB=EPODOC&locale=en_EP&CC=EP&NR=0601646B1&KC=B1&ND=4#

2 Patent

Single-to-differential converter
Nauta, B., 4 Apr 1995, Patent No. US005404050A
Research output: Patent

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Single-to-differential converter
Nauta, B., 15 Jun 1994, Patent No. EP0601646 (A1), Priority date 9 Dec 1993, Priority No. EP19930203391 19931203
Research output: Patent

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Cite this

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title = "Single-to-differential converter",

abstract = "Single-to-differential converter for generating two balanced output signals from one single ended input signal, comprising: first (3) and second (6) output terminals for providing the balanced output signals; a first transistor (M1) having a control electrode coupled to an input terminal (4) for receiving the input signal, a first main electrode coupled to a supply voltage terminal (1) for receiving a supply voltage and a second main electrode coupled to the first output terminal (3); a second transistor (M2) having a control electrode coupled to a bias voltage terminal (5), a first main electrode coupled to the control electrode of the first transistor (M1) and a second main electrode connected to the second output terminal (6); a diode connected third transistor (M3) having its main current path coupled to the first output terminal (3);; and a diode connected fourth transistor (M4) having a its main current path connected to the second output terminal (6) ",

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year = "1998",

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N2 - Single-to-differential converter for generating two balanced output signals from one single ended input signal, comprising: first (3) and second (6) output terminals for providing the balanced output signals; a first transistor (M1) having a control electrode coupled to an input terminal (4) for receiving the input signal, a first main electrode coupled to a supply voltage terminal (1) for receiving a supply voltage and a second main electrode coupled to the first output terminal (3); a second transistor (M2) having a control electrode coupled to a bias voltage terminal (5), a first main electrode coupled to the control electrode of the first transistor (M1) and a second main electrode connected to the second output terminal (6); a diode connected third transistor (M3) having its main current path coupled to the first output terminal (3);; and a diode connected fourth transistor (M4) having a its main current path connected to the second output terminal (6)

AB - Single-to-differential converter for generating two balanced output signals from one single ended input signal, comprising: first (3) and second (6) output terminals for providing the balanced output signals; a first transistor (M1) having a control electrode coupled to an input terminal (4) for receiving the input signal, a first main electrode coupled to a supply voltage terminal (1) for receiving a supply voltage and a second main electrode coupled to the first output terminal (3); a second transistor (M2) having a control electrode coupled to a bias voltage terminal (5), a first main electrode coupled to the control electrode of the first transistor (M1) and a second main electrode connected to the second output terminal (6); a diode connected third transistor (M3) having its main current path coupled to the first output terminal (3);; and a diode connected fourth transistor (M4) having a its main current path connected to the second output terminal (6)

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