Magnetic instrument pickup

• US 8,519,251 B2
• Filed: 10/29/2010
• Issued: 08/27/2013
• Est. Priority Date: 10/29/2010
• Status: Active Grant

• Current Assignee: TTM Technologies Incorporated
• Original Assignee: Anaren Incorporated (TTM Technologies Incorporated)
• Inventors: Lingel, Thomas
• Primary Examiner(s): FLETCHER, MARLON T
• Application Number:
  US12/915,987
• Publication Number:
  US 20120103169A1
• Time in Patent Office: 1,033 Days
• Field of Search: None
• US Class Current: 84/723
• CPC Class Codes: G10H 3/08 using inductive pick-up means
• CPC Class Codes: G10H 3/18 using a string, e.g. electric guitar mechanical features G10D1/085
• CPC Class Codes: G10H 3/181 Details of pick-up assemblies

Abstract

An instrument pickup including a stack of thin laminated printed circuit boards. Each layer includes an etched coil conductor structure with narrow lines and spaces defining the coil structure. The layers are connected via through holes. The etched lines are smaller than the insulated copper wire (also sometimes called magnetic wire) of a conventional instrument pickup, which means that the size, volume and/or height of the pickup may be reduced relative to a conventional wire wound instrument pickup.

Claims

1. A magnetic pickup for use with a musical instrument having a vibrating string, the pickup comprising:

a PCB coil;

a magnet;

a connection hardware set; and

a line out;

wherein;

the magnet is located in proximity to the PCB coil;

the connection hardware set mechanically connects the magnet to the PCB coil;

the magnet, the PCB coil and the connection hardware set are sized, shaped or connected so that when the magnet is placed in proximity to the vibrating string, an electrical signal will be induced in the PCB coil; and

the line out comprises at least one conductive path suitable for conducting the induced electrical signal to an instrument-signal-receiving component.

2. The pickup of claim 1 wherein:

the PCB coil comprises a plurality of PCB-style windings; and

the plurality of PCB-style windings are arranged as at least one layer of concentric, generally-rectangular-shaped profile windings, with the general rectangular shape being characterized by a pair of relatively long sides and a pair of relatively short sides.

3. The pickup of claim 2 wherein the pair of relatively short sides are each rounded.

4. The pickup of claim 1 wherein the PCB coil further comprises at least one amplifier.

5. The pickup of claim 1 wherein:

the PCB coil defines an interior space; and

the magnet is located at least substantially within the interior space of the PCB coil.

6. The pickup of claim 1 wherein the PCB coil comprises a plurality of PCB coil layers arranged in a stack, with each layer comprising a PCB substrate and a plurality of PCB-style windings.

7. The pickup of claim 6 wherein the windings of adjacent layers are connected via conductive through holes in the PCB substrate.

8. The pickup of claim 6 wherein the stack of layers is laminated.

9. The pickup of claim 1 wherein the magnet comprises at least one permanent magnet segment.

10. A musical instrument comprising:

an instrument body;

a first vibrating string; and

a first pickup comprising;

a PCB coil,

a magnet,

a connection hardware set, and

a line out;

wherein;

the first vibrating string is mechanically connected to the instrument body so that a vibrating portion of the first vibrating string is free to vibrate;

the magnet of the first pickup is located in proximity to the PCB coil of the first pickup and in proximity to the first vibrating string;

the connection hardware of the first pickup mechanically connects the magnet of the first pickup to the PCB coil of the first pickup;

the magnet of the first pickup, the PCB coil of the first pickup and the connection hardware set of the first pickup are sized, shaped or connected so that vibration of the first vibrating string will induce an electrical signal will be induced in the PCB coil of the first pickup; and

the line out of the first pickup comprises at least one conductive path suitable for conducting the induced electrical signal in the PCB coil of the first pickup to an instrument-signal-receiving component.

11. The instrument of claim 10 wherein:

the first vibrating string is one of a plurality of vibrating strings; and

the first pickup is one of a plurality of pickups constructed similarly to the first pickup.

12. The instrument of claim 11 wherein the instrument body and the plurality of vibrating strings are sized, shaped or connected so that the instrument is an electric guitar.

13. The instrument of claim 11 wherein the instrument body and the plurality of vibrating strings are sized, shaped or connected so that the instrument is an electric bass.

14. The pickup of claim 10 wherein:

the PCB coil of the first pickup defines an interior space; and

the magnet of the first pickup is located at least substantially within the interior space of the PCB coil.

15. A musical instrument comprising:

an instrument body;

a first vibrating string; and

a first pickup comprising;

a PCB coil,

a connection hardware set, and

a line out;

wherein;

the first vibrating string is structured or connected to be magnetic;

the first vibrating string is mechanically connected to the instrument body so that a vibrating portion of the first vibrating string is free to vibrate;

the connection hardware of the first pickup mechanically connects the PCB coil in proximity to at least a portion of the vibrating string;

the first vibrating string, the PCB coil of the first pickup and the connection hardware set of the first pickup are sized, shaped or connected so that vibration of the first vibrating string will induce an electrical signal will be induced in the PCB coil of the first pickup; and

the line out of the first pickup comprises at least one conductive path suitable for conducting the induced electrical signal in the PCB coil of the first pickup to an instrument-signal-receiving component.