Abstract A driving circuit for driving a cascode bype BiMOS switch which includes a bipolar transistor whose collector is connected through a load to a positive electrode of a power source and a field effect transistor whose drain is connected to an emitter of the bipolar transistor and whose source is connected to a negative electrode of the power source. The driving circuit comprises an n.p series body formed by connecting an n-channel field effect transistor in series relation with a p-channel field effect transistor, wherein a mid-point to the n.p series body is connected to a base of the bipolar transistor. A drain and a source of the n-channel field effect transistor are connected to a D.C. power source and the mid-point, respectively. A drain and a source of the p-channel field effect transistor are connected to the mid-point and the negative electrode of the power source, and a gate of the field effect transistor and gates of the n-channel and p-channel field effect transistors are connected to an input terminal, whereby the cascode type BiMOS switch is driven by a single positive or negative signal.
A driving circuit for driving a cascode type BiMOS switch including a bipolar transistor whose collector is connected through a load to a positive electrode of a power source and a field effect transistor whose drain is connected to an emitter of said bipolar transistor and whose source is connected to a negative electrode of said power source, said driving circuit comprising an n.p series body formed by connecting ann-channel field effect transistor in series relation with a p-channel field effect transistor, wherein a mid-point of said n.p series body is connected to a base of said bipolar transistor, and a drain and a source of said n-channel field effect transistor are connected to a D.C. power source and said mid-point, respectively, and a drain and a source of said p-channel field effect transistor are connected to said mid-point and said negative electrode of said power source, and a gate of said field effect transistor and gates of said n-channel and p-channel field effect transistors are connected to an input terminal, whereby said cascode type BiMOS switch is driven by a single positive or negative signal.
Claim 2
Dependent Claim
186 words
A driving circuit for driving a cascode type BiMOS switch including a bipolar transistor whose collector is connected through a load to a positive electrode of a power source and a field effect transistor whose drain is connected to an emitter of said bipolar transistor and whose source is connected to a negative electrode of said power source, said driving circuit comprising an n.p series body formed by connecting ann-channel field effect transistor in series relation with a p-channel field effect transistor, wherein a mid-point of said n.p series body is connected to a base of said bipolar transistor, and a drain and a source of said n-channel field effect transistor are connected to a D.C. power source and said mid-point, respectively, and a drain and a source of said p-channel field effect transistor are connected to said mid-point and said negative electrode of said power source, and a gate of said field effect transistor and gates of said n-channel and p-channel field effect transistors are connected to an input terminal, whereby said cascode type BiMOS switch is driven by a single positive or negative signal.