Claims Analysis
Total Claims: 13
Claim 1
Independent Claim
200 words
A magnetic detector used in an arrangement close to and opposite to a magnetic recording medium with a relative movement provided between the magnetic detector and the magnetic recording medium, the magnetic detector comprising: a plurality of elongated stripe-shaped magnetoresistive elements formed in juxtapositional relation with one another on a non-magnetic substrate, each magnetoresistive element extending in a longitudinal direction transverse to the direction of relative movement between the magnetic detector and the magnetic recording medium and having a first and a second end; bridge output terminals connected to respective first ends of said magnetoresistive elements in the longitudinal directions thereof; and common terminal means having one end connected to the second ends of at least two of said magnetoresistive elements in the longitudinal directions thereof, said common terminal means having an intermediate portion with a width larger than the width of each of the magnetoresistive elements and extending along and parallel to an outerside face of the outermost one of said elongated longitudinally extending magnetoresistive elements to another end portion at a position adjacent to said bridge output terminals provided at said first ends of said magnetoresistive elements, whereby the magnetic detector has a small width and high sensitivity.
Claim 2
Dependent Claim
200 words
A magnetic detector used in an arrangement close to and opposite to a magnetic recording medium with a relative movement provided between the magnetic detector and the magnetic recording medium, the magnetic detector comprising: a plurality of elongated stripe-shaped magnetoresistive elements formed in juxtapositional relation with one another on a non-magnetic substrate, each magnetoresistive element extending in a longitudinal direction transverse to the direction of relative movement between the magnetic detector and the magnetic recording medium and having a first and a second end; bridge output terminals connected to respective first ends of said magnetoresistive elements in the longitudinal directions thereof; and common terminal means having one end connected to the second ends of at least two of said magnetoresistive elements in the longitudinal directions thereof, said common terminal means having an intermediate portion with a width larger than the width of each of the magnetoresistive elements and extending along and parallel to an outerside face of the outermost one of said elongated longitudinally extending magnetoresistive elements to another end portion at a position adjacent to said bridge output terminals provided at said first ends of said magnetoresistive elements, whereby the magnetic detector has a small width and high sensitivity.
Claim 3
Dependent Claim
28 words
A magnetic detector according to claim 1, wherein four of said bridge output terminals are provided and they are used in two-pair fashion for providing one bridge circuit.
Claim 4
Dependent Claim
28 words
A magnetic detector according to claim 1, wherein eight of said bridge output terminals are provided and they are used in four-pair fashion for providing two bridge circuits.
Claim 5
Dependent Claim
192 words
A magnetic detector used in an arrangement close to and opposite to a magnetic recording medium with a relative movement provided between the magnetic detector and the magnetic recording medium, the magnetic detector comprising: a plurality of elongated stripe-shaped magnetoresistive elements formed in juxtapositional relation with one another on a non-magnetic substrate, each of said magnetoresistive elements extending in a longitudinal direction transverse to the direction of relative movement between the magnetic detector and the magnetic recording medium and having a first and a second end; common terminal means connected to at least two of said first ends of said magnetoresistive elements in the longitudinal directions thereof; and bridge output terminals having one end portion connected to the respective second ends of said magnetoresistive elements in the longitudinal directions thereof, each of said bridge output terminals having an intermediate portion with a width larger than the width of each of said magnetoresistive elements and extending parallel to and along an outerside face of the outermost one of said longitudinally extending magnetoresistive elements to another end portion positioned adjacent to said common terminal means provided at said first ends of said magnetoresistive elements.
Claim 6
Dependent Claim
192 words
A magnetic detector used in an arrangement close to and opposite to a magnetic recording medium with a relative movement provided between the magnetic detector and the magnetic recording medium, the magnetic detector comprising: a plurality of elongated stripe-shaped magnetoresistive elements formed in juxtapositional relation with one another on a non-magnetic substrate, each of said magnetoresistive elements extending in a longitudinal direction transverse to the direction of relative movement between the magnetic detector and the magnetic recording medium and having a first and a second end; common terminal means connected to at least two of said first ends of said magnetoresistive elements in the longitudinal directions thereof; and bridge output terminals having one end portion connected to the respective second ends of said magnetoresistive elements in the longitudinal directions thereof, each of said bridge output terminals having an intermediate portion with a width larger than the width of each of said magnetoresistive elements and extending parallel to and along an outerside face of the outermost one of said longitudinally extending magnetoresistive elements to another end portion positioned adjacent to said common terminal means provided at said first ends of said magnetoresistive elements.
Claim 7
Dependent Claim
28 words
A magnetic detector according to claim 4, wherein four of said bridge output terminals are provided and they are used in two-pair fashion for providing one bridge circuit.
Claim 8
Dependent Claim
207 words
A magnetic detector adapted to be arranged close to and opposite to a magnetic recording medium having a magnetic signal recorded therein for detecting the magnetic signal, a relative movement being provided between the magnetic detector and the magnetic recording medium, said magnetic detector comprising: a plurality of magnetoresistive elements formed on a non-magnetic substrate so as to extend in a longitudinal direction transverse to the direction of said relative movement, each of said magnetoresistive elements having first and second ends which are opposite to each other in the longitudinal direction; a plurality of first terminals connected to the first ends of said magnetoresistive elements, respectively; and at least one second terminal having one end portion commonly connected to the second ends of at least two of said magnetoresistive elements, said second terminal having an intermediate portion with a width larger than the width of each of said magnetoresistive elements, said intermediate portion of said second terminal extending parallel to and along a side face of a predetermined one of said longitudinally extending magnetoresistive elements to another end portion positioned adjacent to the first terminals connected to the first ends of said magnetoresistive elements, said second terminal being made of the same material as said magnetoresistive elements.
Claim 9
Dependent Claim
207 words
A magnetic detector adapted to be arranged close to and opposite to a magnetic recording medium having a magnetic signal recorded therein for detecting the magnetic signal, a relative movement being provided between the magnetic detector and the magnetic recording medium, said magnetic detector comprising: a plurality of magnetoresistive elements formed on a non-magnetic substrate so as to extend in a longitudinal direction transverse to the direction of said relative movement, each of said magnetoresistive elements having first and second ends which are opposite to each other in the longitudinal direction; a plurality of first terminals connected to the first ends of said magnetoresistive elements, respectively; and at least one second terminal having one end portion commonly connected to the second ends of at least two of said magnetoresistive elements, said second terminal having an intermediate portion with a width larger than the width of each of said magnetoresistive elements, said intermediate portion of said second terminal extending parallel to and along a side face of a predetermined one of said longitudinally extending magnetoresistive elements to another end portion positioned adjacent to the first terminals connected to the first ends of said magnetoresistive elements, said second terminal being made of the same material as said magnetoresistive elements.
Claim 10
Dependent Claim
19 words
A magnetic detector according to claim 6, wherein each of said magnetoresistive elements has a shape of elongated stripe.
Claim 11
Dependent Claim
31 words
A magnetic detector according to claim 7, wherein the intermediate portion of said second terminal extends parallel to and along an outerside face of the outermost one of said magnetoresistive elements.
Claim 12
Dependent Claim
89 words
A magnetic detector according to claim 8, wherein four of said magnetoresistive elements, four of said first terminals and two of said second terminals are provided, one of said two second terminals being commonly connected to the second ends of two of said four magnetoresistive elements while the other of said two second terminals is commonly connected to the second ends of the other two of said four magnetoresistive elements, and said four first terminals are used as bridge output terminals in two-pair fashion to provide one bridge circuit.
Claim 13
Dependent Claim
89 words
A magnetic detector according to claim 8, wherein eight of said magnetoresistive elements, eight of said first terminals and two of said second terminals are provided, one of said two second terminals being commonly connected to the second ends of four of said eight magnetoresistive elements while the other of said two second terminals is commonly connected to the second ends of the other four of said eight magnetoresistive elements, and said eight first terminals are used as bridge output terminals in four-pair fashion to provide two bridge circuits.