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Lessons 5 History of the Guitar

Writer: H Kurt RichterH Kurt Richter

C.10    History of the Guitar

 

Primary Source:  Online article A Brief History of the Guitar by Paul Guy. www.guygitars.com/eng/handbook/index.html

Most of the information given here must be credited to Paul Guy, though it was also

supplemented by extra online research.  

 

The ancient stringed instrument that stands-out as the forefather of the modern-day 6-string acoustic guitar was called a “tanbar”, originating in ancient Egypt as far back as 4000 years ago.  Of course, the basic harp is the oldest of all stringed instruments. 


Imagine a time when hunters using bows and arrows observed that the string on a bow made a sound when plucked with no arrow set to it.  Then someone set several strings to a bow to get more sounds, and hence the first harp was made.  Next, setting the low end of a bow-harp on bottom of an upturned clay pot caused the pot to vibrate, due to its enclosed air acting as a resonant chamber, amplifying the sound.  Thus, the bowl-harp was invented. Next, it was discovered that a straight neck with frets on a bowl-harp allowed players to depress the strings on the neck to get more notes, bringing the tanbar into existence. 

 

Archaeologists say the bowl-harp and tanbar are among the very oldest of all stringed instruments.  A basic tanbar has a straight neck, a pear-shaped body with a round back,

and a flat top.  The top acts as a soundboard; typically made of stretched hide, while the strings are set into a bridge at the bottom of the body, go across the top, pass through a notched nut, and are affixed to the head using tapered dowels inserted into holes.  The

tanbar, of course, is the forerunner of many instruments (lute, kithara, violin, guitar, etc.).

Tomb paintings and stone carvings prove that the tanbar existed in Egypt, Turkey, the Balkans, Iran, Afghanistan, and Greece in distant times.  The oldest preserved tanbar was found in the grave of an Egyptian named Har-Mose, who was an architect for the Queen Hatshepsut.  This tanbar has three strings, a cedar body, rawhide soundboard, and can be viewed at the Cairo Archaeological Museum.  Apparently, therefore, a very ancient proto-guitar was developed by setting frets into the neck of a tanbar, flattening the back, and curving in the sides of the body.  Indeed, there is a stone carving found in Alaca-Huyuk, Turkey, showing a Hittite, of all people, playing what looks like a guitar. The carving was dated as being 3300 years old. 

 

The name “guitar” itself comes from the ancient Sanskrit word “tar”, meaning “string”.  Many ancient stringed instruments from Central Asia are named using the word tar, usually together with a prefix indicating the number of strings.  Examples:  The Persian dotar (“do” = two) has two strings, the setar (“se” = three) [which preceded the Indian sitar] has three strings, and a chartar (“char” = four) has four strings.  And it was the Persian chartar which constitutes the earliest version of an actual guitar, because it was basically a guitar with only the first four strings; constructed completely of wood, with strings made of animal intestine (e.g., cat-gut).

 

The Spanish, much later, doubled each string; giving their version four courses of strings (a “course” is one pair of unison-tuned strings).  They also altered the body, making it closer to the Spanish-style acoustic guitar we know today.  It was called a “guitarra”, from the older “chittara”, their translation of the Persian chartar.  Thus, the acoustic guitar’s ancestor came originally from ancient Egypt via Mesopotamia, then Spain; at first having only three or four strings, but then four courses of strings.  Still later on, the Spanish added another course of strings, making five altogether, and named that version a “guitarra battente”, where “battente” means “to be beaten”; referring to the fact that it was designed as a percussion instrument; the top was slapped by the flat hand and/or struck by the palm, like a conga drum, while the strings were sounded in a staccato fashion.  This is perhaps a historical reason why the guitar has been relegated to the rhythm section in orchestral settings the world over for centuries, which relegation continued into modern times. 


The first known music written for a guitarra was composed in Spain in the 16th century, during the early Renaissance.  However, when the 5-course guitarra battente appeared, it replaced the 4-course guitarra as the most popular early type of guitar everywhere, and so established the standard tuning we still use today, with respect to the first five strings of the 6-string guitar (1st string at E, 2nd string at B, 3rd string at G, 4th string at D, and 5th string at A).  In common with the ancient lute (which usually had many more strings), early guitars had short necks, extending only eight frets from the body.  Later guitars went to ten and then twelve frets beyond the body, though all of them had frets extending onto the top.  No early guitar had cutouts where the neck joins the body, and few, if any, had more than a just few frets beyond the 12th fret.   

 

Interestingly, the famous violin maker Antonio Stradivari made 5-course guitars with small bodies shaped like that of a violin.  Five still exist, with one still playable, and each is worth millions!  Indeed, the Italians became experts at making guitars, and were the first to add a 6th course of strings (tuning the 6th string to E two octaves below the 1st string E).  Later still, they quit making 6-course guitars and started the 6-string type we are used to now, and which soon became a favored guitar type; so much so that it caused a trend in which 6-course, 5-course, and 4-course guitars were converted to 6-string, 5-string, and 4-string versions. 

 

By the beginning of the 19th Century, 6-string guitars were starting to be recognizably like the acoustic guitars we use today, though they all had smaller bodies.  But in 1850, a Spanish luthier named Antonio Torres (Antonio Torres Jurado) began using a design that established what we call a “classical” guitar these days, and which has never changed. It had a larger body, altered proportions, and a fan-like bracing pattern under the bridge, so such guitars are traditionally called "fan-top" guitars. These alterations improved volume, tonality, and projection, and the Torres design is still viewed as having set a standard in classical guitar construction, which remains valid to this day.

 

In the later 1800s, a German immigrant to the U.S. named C.F. Martin started the Martin Guitar Company, which used an x-shaped bracing-pattern instead of a fan-brace pattern.  Thus, when steel strings came on the market circa 1900, it was found that the fan-brace design could not handle the stress (resulting in warping and/or damage), while x-brace designs stood up to the stress.  So, the Martin Guitar Company set an industry standard of their own, for all steel-string “flat-top” acoustic guitars.  And, by the way, Martin guitars are reputed to be some of the consistently best sounding mass-produced acoustic guitars today.


Also, early in the 20th Century, in the U.S., Orville Gibson, who had been making the arch-

top type of guitars with oval sound-holes, made a steel-string model having a body similar

to a cello, so that the strings no longer exerted lateral force on the top, but force straight

down, due to a “floating” bridge and a tailpiece like that of a cello.  This allowed the top to vibrate more freely, increasing loudness. And this type became very popular with guitarists. 


In the 1920s, a designer named Lloyd Loar teamed up with Gibson to create what was soon to became yet another standard for arch-top guitar designs, with f-shaped openings instead of an oval sound-hole, though keeping the floating bridge and cello-style tailpiece. It was also in the 1920s that the true electric guitar was born, when pickups were added to Hawaiian steel guitars, at which Jazz guitarists started installing pickups on their arch-tops. However, electric guitars did not become popular until 1936, when the Gibson company released its first ES-150 model semi-hollow-body guitar, which guitarist Charlie Christian made famous (among guitarists) through playing with a wide array of popular musicians on the radio, and even worked exclusively with the Benny Goodman Orchestra from 1939 to 1941. 

 

Hence, with electric guitars becoming more popular among guitarists, and accepted by the listening public, it became clear that hollow bodies on guitars were not necessary.  Thus, solid-body 6-string electrics were made by numerous manufacturers starting in the 1930s.

 

In 1930, the first Rickenbacker model A-22 electric lap-steel prototype was created; going into full production in 1932, spurred by the rising popularity of Hawaiian music at that time.  This guitar was made entirely of brass, with a body like a deep frying-pan, and with a deeply scalloped neck, where the raised parts acted like frets.  It was marketed as a lap-steel guitar, but its frets were so precise that it was advertised as playable like a “Spanish” style guitar.  Consequently, it stands as the very first purpose-built solid-body electric guitar, apart from other lap-steel and/or Hawaiian steel guitars (which are not played as fretted instruments). 


In 1941, a wise inventor named O.W. Applegate created one of the first 6-string solid-body electric guitars that we would still recognize as such, because it was a design that Les Paul copied when coming up with the Les Paul model guitar produced by Gibson ten years later.  The Applegate guitar had an arched top and general shape similar to the Jazz guitars of that era, but with a lower cutaway at the neck, for easier access to the upper register, along with the floating bridge and cello-type tailpiece.  However, it had only one pickup.  And looking at a photograph of Applegate’s guitar, it is evident that this was the forerunner of the Les Paul guitar produced by Gibson, in consultation with the accomplished inventor and guitarist Les Paul, who, along with his guitarist wife Mary Ford, sold millions of Jazz recordings.  However, as one can easily look up online (search O.W. Applegate), Applegate presented his design to Gibson early on, though they rejected it.  Yet, some years later, it is said that they wrote to Applegate admitting their error, and that they should have begun making electric guitars back then, but they also had the audacity to encourage him to purchase a Les Paul guitar, instead of giving him credit for proof of concept in coming up with the design copied for Les Paul. 


Nevertheless, to give Les Paul his due, in 1940 he built a solid-body electric guitar of his

own, called “The Log”, at the Epiphone factory.  [Online, search Les Paul.]  So, he must

be counted among the early inventors of the modern solid-body electric guitar.   

 

In 1948, mechanic and inventor Paul Bigsby built a custom solid-body electric guitar as

visualized by the then famous country singer and accomplished guitarist Merle Travis. 

That guitar influenced a number of manufacturers, including both Fender and Gibson,

so much so that Bigsby is called “The Father of the Modern Electric Solid Body Guitar”

in a hardcover book by Andy Babiuk, available on Amazon (see book The Story of Paul Bigsby, published in 2009).  Viewing a photograph of that guitar, one can clearly see the resemblance to Fender’s Stratocaster. 

 

In 1950, Leo Fender released the Esquire, with one pickup, which was renamed a year

later as the Broadcaster, with two pickups, but later renamed yet again as the Telecaster. 

That guitar soon became a favorite of Country & Western guitarists, and remains one of

the most popular of all electric guitars.  In 1953, Fender released the first Stratocaster,

which was destined to become the most popular and most copied electric guitar in the

world; favored by guitarists in all genres where electric guitars have become ubiquitous.

 

To get an idea of the impact the Stratocaster has had on the music scene, guitar greats such as Eric Clapton, Jimmy Hendrix, Stevie Ray Vaughn, Jeff Beck, and many others clearly owe their fame, at least in part, to their reliance on the Fender Stratocaster guitar.

 

There are many good guitar brands available these days.   My recommendations are;

(1)  Acoustic Guitars:  Martin, Taylor, Gibson, Fender, Ovation, Guild, Ibanez.

(2)  Semi-Hollow-Body Electrics:  Gibson, Godin, Gretsch, Ibanez, Epiphone.

(3)  Solid-Body Electrics:  Fender, Gibson, PRS, Ibanez, Schecter, BC Rich, ESP.   

These are not promotional recommendations.  I have hands-on experience with each brand, and can vouch for their playability, with proper setup. 


Naturally, an electric guitar requires a power-amplifier, to be heard properly, and most of an electric-guitar’s timbre depends on pickup design, the guitar’s circuitry, and the inherent sound of the amplifier. Thus, a discussion of modern guitars should include some mention of guitar amplifiers, as they have become essential equipment for guitarists of all stripes, as electronics technology has advanced so much that guitar-amps today are available specifically for the kind of guitar you prefer.  And many of them can make any guitar, even an expensive one, sound better than it would with an amplifier not designed for that kind of guitar. Amplification also includes preamps and effects devices.  And, just as with guitar-amps, these are available for all types of guitars, and offer many desirable sounds, and enhancement of raw sound.


The first primary difference in guitar-amps involves the choice between one designed for the acoustic guitar or one made for the electric guitar. Many acoustic guitars today have built-in pickups with built-in battery-powered preamps.  And some have built-in tuners. What is more, there are pickups that can be installed on acoustics not so equipped.  The second choice is whether a solid-state or an all-tube amp, or hybrid of the two, is preferred.  Amps for acoustic, semi-hollow-body, and bass guitars are typically solid-state (meaning, no electron-tubes), while good-sounding amps for solid-body electric guitars can be either type, although the all-tube amps remain the most popular, but can be among the most expensive guitar-amps around.


The first guitar-amps were designed for Hawaiian steel guitars in the 1930s, and were little more than repurposed low-power public-address amplifiers, or else home stereo amplifiers.  These were therefore used by guitarists who put pickups on their arch-top guitars.  Thus, it later became clear to electric-guitar makers that they should make amplifiers to go along with their electric guitars.  Gibson, Fender, Epiphone, and other manufacturers (including Wards, Sears & Roebuck, and other stores selling guitars) produced amplifiers designed specifically for electric guitar; some of which were loud enough to give guitarists a means of keeping up with the loudness of the Big Bands of the Swing era.  And because those were still the days of vacuum-tubes, most such amps sounded good.  Yet, with the advent of solid-state electronics (using transistors instead of electron-tubes), some guitar-amps began to appear with all solid-state circuitry.  Unfortunately, most sounded terrible.  So, among guitarists, solid-state amps gained a bad reputation which lasted for many decades.  These days, however, electronics technology has advanced to the point that all guitar-amps built today sound relatively good, regardless, and many come with built-in digital effects. 


 
 
 

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Lesson Book

Instructions for Guitar

By Kurtus Richter

Hard copy main text is 120 Pages.

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What's In The Book

Guitar-playing for beginning, intermediate, and advanced players. 

Instruction in basic music theory, chords, and scales, along with

practical advice and lesson-plans for achieving desired skill levels.

Includes hundreds of helpful illustrations and chord & scale charts. 

Example Chapters:  Traditional Music Notation, Guitar Tablature,

The Fretboard, The Principal Chords, Basic Chord Compendium,

Advanced Chords, Chord Progressions, Fundamental Scales,

Special Scales, Pentatonic Scales, Blues & Rock Scales, and more. 
Includes several chapters explaining Modes, and how to use

them, along with advice on obtaining advanced skills, and a 

complete Syllabus of lesson-plans, from beginner to virtuoso.  

Included Supplements:  Blank fretboard templates, an explanation

of Harmonies, Jazz Chord charts, and tips on digital recording.  

Other Supplements Available:  CDs of original guitar music by

Kurtus Richter (genres: Rock-Jazz Fusion, Guitar-Synth, and Blues),

along with several CDs of cover-tunes, old and new, with chord

charts for every song.  Extensive lists of usable chord progressions

in all seven primary keys (A, B, C, D, E, F, and G), along with 4 

progressions based on ancient scales, 5 variations of them, and

13 special progressions based in Jazz and other popular genres. 

Note:  The entire book is free here online, in the Blog.

Also Available In The Blog:

Designing Guitar, Bass, and PA Speaker Cabinets

by Kurtus Richter.  Hard copy is136 pages.

In depth information on designing and building speaker cabinets for the guitar or bass, and for use in PA systems.  Includes the math behind popular cabinet dimension software, but also much non-math-based instruction, along with many complete workups and drawings for instrument and PA applications. 

Electric Guitar Data and Analog Circuit Collection

by Kurtus Richter.  Hard copy is 322 pages. 

A techincal manual for electronics technicians and hobbyists who service and design guitar electronics.  Example topics include Frequency vs. Loudness

& Gain, Passive On-Board Circuits, How to Make Pickups, The Physics of Vibrating Strings, Active On-Baord Circuits, Op-Amps, Power-Supplies, Passive and Active Effects Circuits, including Distortion Units, Octavizers, Reverbs & Delayers, Choruses & Flangers, Ring Modulators, and Switching Circuits.  There is also much information on Power-Amp Theory, Solid-State Power-Amp Design, and Tube-Amp Design, with appendices on Basic Electronics, tube fundamentals, transistors, loudspeaker specifications, and speaker cabinets. 

Introduction to Electronics for Guitarists

by Kurtus Richter.  Hard copy is 25 pages.

A primer on basic electronics tailored to guitarists interested in understanding the inner workings of their equipment.  Recommended for those without formal training but who wish to delve into the technical manual listed above.  

I also give in-person lessons and do consulting in the Asheville, NC area. 

Music Resume’ for Kurtus Richter

Talents:  Electric Guitar, Bass-Guitar, Guitar Technology, Audio Engineering.

North Carolina:
Born and raised in North Carolina.  Obtained first guitar at age 12; learned to play by ear. 
Played trombone in Jr. High School, where first learned music theory.  Began composing
original guitar-music at age 16.  Won High School talent-show with first rock-band (age 17). 
Aced course in music theory in High School (age 17).  Designed original guitar on-paper,
and started studying basic electronics (age 19).  Played part-time in volunteer religious
orchestras (Christian) for 3 years.  Became guitar repairman and teacher at small music
store (age 23).  Spent much time jamming around town with garage bands.

Texas:
Moved to Texas at age 24.  Started studying math and physics and doing library research
as new hobbies.  Kept day-jobs as repairman while jamming around town with local garage
bands.  Earned a certificate in electronics repair; started focus on audio electronics design. 
Founded the non-profit East Texas Musicians Association, in Tyler, TX (1983), sponsoring
shows and serving as a musician’s referral service.   Continued practicing the guitar and
composing original guitar-music privately. 

Colorado:
Moved to Denver at age 32.  Continued library research, and began to write fiction as a new

hobby, in addition to continuing practicing the guitar and writing originals.  Kept day-jobs in
repair while working part-time as a lead-guitarist in nightclubs (for 6 years).  Became locally
popular under the stage-name Kurtus Maximus.  Also continued studying audio electronics,
in addition to studying electrical/electronics technology to enhance day-job skills.  It was while working with Rock-bands in those years that took me to the shredder level.   

North Carolina:
Moved back to North Carolina at age 39.  Kept day jobs in repair trades while working part-
time as a guitarist in nightclubs.  Also worked part-time as an audio engineer (sound-man)
for regional bands.  Spent a year playing lead-guitar with house-band at a large nightclub. 
Taught guitar for two semesters at Isothermal Community College, Spindale, NC.  Wrote
instruction booklet Basic Lessons for the Guitar (precursor to this book).  Began designing
guitar amplifiers and effects-devices (mostly on paper, but building some prototypes here
and there).  Attended college at Isothermal, where I also worked part-time as an audio-video
technician.  Started writing a technical manual titled Electric-Guitar Data and Analog-Circuit
Collection (now completed, but unpublished).  Graduated with 3-year AS Degree in Math
and Computers from Isothermal, then spent 1.5 years as a full-time student in the Physics
program at the University of North Carolina at Asheville.  While in college, I independently
studied theoretical physics and pure mathematics far in excess of curriculum requirements,
and also completed the first recordings of 3 hours of all original guitar music.

Personal Comments:

This highlights my major musical accomplishments but gives little detail.  For instance, it
does not say that I have spent my entire working life from age 16 practicing the guitar while holding down day-jobs (finally becoming a professional Industrial Engineer by my mid fifties).  I also continued to learn many popular songs, write my own stuff, and practice difficult scales and licks on a routine basis.  In Denver, besides learning leads note-for-note from Rock songs and Fusion music by famous players (such as Van-Halen, Satriani, Slash, and others) for working in bands, I also did a lot of note-for-note learning just for personal benefit.  While in Denver, I put in three years each with two Rock-bands that became very popular locally; playing cover-tunes in beer-halls and biker-bars.  It was there that I established myself as a shredder, acquiring the stage-name Kurtus Maximus (given to me by a drummer), and started getting advertised by name in a local entertainment weekly, before deciding to move back to North Carolina.  Today I am retired and divide my time between making recordings, composing new songs, playing in two bands, writing fiction novels, and doing reserach for my novels. 


Contact Information:  Cell (828) 279-0955.  Email hkurtrichter@gmail.com.

More Music by Kurtus Richter

 

All my albums can be heard free on AudioMack.  Click the link below. 


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