Simmons SD81 Bedienungsanleitung

8P8/=5Cotuert

torn

Proof

equation

Introducing

the

SDS

the

new

battery

powered

digital

drum

from

Simmons.

Its

sounds

are

digitally

recorded

and

easily

interchangeable,

either

from

the

library

sounds

available

your

Simmons

dealer

or,

excitingly,

from

your

own

personally

sampled

collection,

care

the

revolutionary

sampling

and

EPROM

blowing

device,

the

SDS

EPB.

The

SDS

full

sized,

hexagonal

Simmons

pad,

complete

with

new

rubber

playing

surface,

and

facilitates

perfect

dynamic

control

over

volume,

pitch

bend

(up

down),

attack

and

brightness.

Connections

are

provided

for

battery

eliminator

and

external

trigger,

accepting

signals

from

drum

machines,

miked

acoustic

drums,

drum

tracks

off

tape,

sequencers

etc.

clever

little

instrument

—

but

eight

concert

toms?

The

SDS

features

unique

"run

generator"

which,

when

implemented,

instructs

the

instrument

output

the

selected

sound

lower

pitch

for

each

consecutive

strike

the

drum.

The

period

time

over

which

this

effect

active

can

controlled.

Therefore,

the

SDS

struck

eight

times

with

the

run

time

set

four

seconds

and

concert

torn

sound

sample

installed,

the

SDS

concert

toms.

Well

done

Simmons,

stay

the

top

class.

GrOUp

Centre

IllC*

23917

Craftsman

Road,

Calabasas,

Ca.

91302

Telephone

818-884-2653

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[SIMMONS)

SDS1

Scan by Manual Manor

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SDS1

OPERATING

INSTRUCTIONS

The

SDS1

single

battery

operated

digital

drum

incorporating

many

the

features

found

the SDS3,

and

professional

electronic

drum

kits.

can

used

singularly,

augment

existing

electronic

and

acoustic

drum

kits,

as the

basis

for

'multiple

SDSl'

digital

drum

kit.

The

sound

produced

the

SDS1.

digital

recording

real

drum

stored

PROM.

(Programmable

Read

Only

Memory).

The

PROM

plugged

into

the

front

the

drum

and

can

changed

easily,

enabling

the

sound

the

drum

to be

changed

totally.

library

sounds

are

available

from

your

Simmons

dealer

including

all

popular

drum

and

electronic

drum

sounds,

you

can

program

your

own

sounds

for

use

with

the

SDS1

with

the

Simmons

Sampler

and

E-PROM

blower

(SDS

EPB).

The

SDS1

dynamic,

the

harder

you hit the

drum

the

louder

and

brighter

the

sound

is.

OPERATION

Mount

the

drum

on the

arm

provided

and

clamp

the Ax2

adapter

convenient

stand

(full

stands

are

available

from

your

Simmons

dealer).

you

require

mount

the

SDS1

right

hand

drum

(i.e.

The

control

panel

the top

the

drum)

fit

the

'reverse

legend1

over

the

front

panel

removing

the

six

control

knobs

(they

just pull

off).

Fit

PP16

1.5v

cells

the

battery

holder

the

side

the

drum.

Make

sure

you

insert

the

batteries

the

correct

way.

reversing

the

batteries

may

damage

the

SDSl.

Insert

the

batteries

into

the

holder

negative

(-)

ends

first,

that

the

end

the

last

battery

sticking

out.

Alternatively,

power

the

SDSl from

external

battery

eliminator

voLts

DC)

such

the

type

used

power

calculators

etc,

via

the

3.5mm

Jack

socket

the

front

panel.

Scan by Manual Manor

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AMPLIFICATION

Connect

the

SDS1

suitable

amplifier

via

standard

amplifier

1/4

inch

Jack

lead,

the

output

from

the

drum

the

clamp

side

the

drum

along

with

the

battery

holder.

The

SDS1

produces

punchy

sound

with

fast

initial attack,

you

will

need

good

amplification

system

achieve

the

best

results

from

the

SDSl.

full

bandwidth

P.A.

type

amplifier

with

bin/horn

speaker

combination

would

fine.

Alternatively,

many

cases,

the

group's

P.A.

system

can

utilised.

PROMS

The

SDSl

comes

supplied

with

PROM

which

contains

the

desired

drum

sounds

(i.e.

Snare

Tom

Tom).

This

should

inserted

with

the

notch

away

from

the

playing

surface,

i.e.

match

the

front

panel

legend

•^TCAUTION

PROMS

are

delicate

silicon

chips

and

will

not

stand

abuse.

The

easy

access

the

PROM

used

the

SDSl

gives

you

maximum

flexibility

but

also

the

opportunity

destroy

the

PROMS

well

the

SDSl

internal

circuitry.

The

following

precautions

should

taken:-

not

expose

the

PROM

ultra

violet

light,

direct

sunlight,

any

source

high

intensity

light

heat

this

will

erase

the

data

(the

sound

the

drum)

stored

the

PROM.

not

remove

the

voice

identifier

sticker

the

PROM

this

gives

some

protection

against

accidental

erasure.

not

plug

the

PROM

into

the

socket

upside

down

this

can

cause

untold

harm

PROM

and

SDSl

doubt

consult

your

dealer.

you

are

building

library

sounds,

use

PROMS

supplied

Simmons

and

store

them

the

black

conductive

foam

supplied

and

store

them

out

direct

light

safe

place.

Avoid

handling

the

PROMS

areas

where

high

static

charges

are

likely

build

i.e.

nylon

carpets

and

Van

der

Graff

generators.

Please

not

hit the

PROM

with

drum

stick.

The

SDSl

can

play

two

types

PROM;

(8000

bytes)

labelled

2764 and

16k

(16000

bytes)

labelled

27128.

The 27128

can

store

sound

twice

long

the

2764

(and

also

twice

the

cost).

Generally

the

used

for

short

sounds

i.e.

cow

bells,

snares,

bass

drums,

the 128

for

Tom

Toms,

cymbals

etc.

See

PROMS

for

further

discussion

sampling

and

E-PRQMS.

Scan by Manual Manor

http://www.markglinsky.com/ManualManor.html

Enough

the

don!ts.

Here's

where

you

get

hit

the

drum

FUNCTIONS

SENSITIVITY

AND

VOLUME

Turn

the run

time,

Bend,

pitch,

sens,

and

volume

haf

way.

Turn

the

run

amount

fully

anticlockwise.

Hit

the

SDS1 and

adjust

the

output

volume/amplifier

volume

for

the

desired

level.

Adjust

the

sens

(sensitivity)

suit

your

style

playing.

minimum

sensitivity,

the

drum

will

not

trigger

the

sound

all,

you

turn

the

sensitivity

clockwise

the

drum

becomes

progressively

sensitive

until

all

dynamic

control

lost

its

fully

clockwise

position.

(Only

the

softest

taps

the

drum

will

sound

quieter).

PROM

TYPE

the

prom

27128,

switch

the

PROM

type

switch

128.

(If

the

switch

the

f64f

position

only

the

first

half

the

sound

will

played).

the

PROM

2764,

switch

the

PROM

type

switch

64.

(If

the

switch

the

f12&!

position

the

sound

will

played

twice

- ie.

repeated).

You can use the

switch

any

position

you

require

the

'shortening1

Techor

effect.

PITCH

The

PITCH

control

adjust

the

pitch

the

drum.

Clockwise

the

pitch

the

drum

high,

anticlockwise

low.

the

pitch

the

drum

increased,

the

sound

gets

shorter.

the

pitch

lowered,

the

sound

lengthens.

its

lov/est

pitches

the

digital

sound

becomes

distorted

and

'grainy1

this

normal

and

unavoidable

See

further

discussion

SAMPLING

E-PROMS.

Scan by Manual Manor

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BEND

The

pitch

the

drum

can

altered

the

BEND

control.

its

half-way

position,

has

effect.

Turning

the

control

clockwise

from

"the

central

point

adds

increasing

amount

bend

down:

i.e.

the

drum

struck,

starts

.at

higher

pitch

and

the

pitch

fails

the

sound

dies

away,

Turning

the

control

anticlockwise

from

the

central

point

has

the

reverse

effect:

i.e.

the

drum

struck,

the

pitch

lower

but

rises

the

sound

dies

away.

The

amount

bend

also

affected

how

hard

the

drum

struck

the

harder

the

hit,

the

pitch

the

drum

bent.

RUN

The

RUN

generator

the

SDS

used

mimic

torn torn

fill

around

multi

torn

drum

kit.

Turn

the

bend

off

(half

way)

hear

the

effect

the

run

generator,

set

the

run

time

and

run

amount

half

way.

Hit

the

drum

six

seven

times

rapid

succession

each

hit

produces

note

lower

than

the

hit.

When

the

run

progress,

the run

LED

will

glow,

the

run

period

indicated

how

long

the

LED

lit.

The

speed

which

the

pitch

the

drum

descends

controlled

the run

time

(at

minimum

fraction

second

maximum

four

seconds)

and

the

interval

between

the

highest

and

lowest

note

the

run

controlled

the

run

amount

control.

short

run

time

.selected

and

fast

pattern

played

the

drum,

'sample

and

hold'

effect

can

achieved

the

run

generator

producing

randomly

pitched

sound

each

successive

hit.

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SEQUENCER

INPUT

sequencer

any

gate

signal

can

used

trigger

the

SDS1

feeding

the

trigger

signal

into

the

trig

jack

the

front

panel

the

SDSl

(3.5mm

Jack).

The

SDSl

will

trigger

the

positive

edge

the

gate

signal

and

will

•react

dynamically

the

amplitude

the

incoming

signal.

Other

signals

such

click

tracks

and

sharp

acoustic

noises

can

used

trigger

the

SDSl.

(Via

microphone

etc).

particularly

interesting

percussive

effect

can

obtained

using

existing

drum

pattern

tape,

using

this

signal

trigger

the

SDSl

and

utilising

the

run

facility

produce

new

drum

track

(or

noise

track

depending

upon

the

digital

sample

stored

the

PROM)

random

pitches.

EXTERNAL

POWER

SUPPLY

plugging

external

power

source

into

the

input

socket

the

front

the

SDSl,

the

SDSl

can

run

without

batteries.

supply

€

volts

50 ma is

required

with

the

+ve

wired

the

tip

the

3.5mm

Jack.

USE

WITH

THE

SDS

EPB

The

SDSl

can

used

produce

any

acoustic

sounds,

from

bells,

breaking

glass,

jingles,

guitar

chords

and

dogs

barking

that

sound

has

been

stored

PROM

and plugged

into

the

SDSl.

The

Simmons

Digital

Sampler

and

E-PROM

Blower

(SDS

EPB)

will

allow

you

sample

the

sound

your

choice,

program

E-PROM

with

that

sound

and

then

use

the

E-PROM

the

sound

source

for

the

SDSl

using

the

controls

the

SDSl

manipulate

the

sound.

EG.

Record

single

guitar

chord,

plug

the

PROM

into

the

SDSl

and use

the

run

generator

produce

randomly

pitched

percussive

guitar

chords

the

drum

struck.

;

So,

for

yoir

Information,

here

printed

extract

from

the

EPB

Manual

tell

you

about

sampling,

E-PROMS

and

the

like:-

Scan by Manual Manor

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FURTHER

DISCUSSION

SAMPLING

AND

E-PROMS

The

SDS

EPB

digital

sampler/Eprom

blower

capable

recording

sounds

digitally

and

storing

them

Eprom

for

use

the

SDS7

and

SDSl.

Depending

the

capacity

the

Eprom

selected,

the

EPB

can

record

sounds

between

0.4

and

seconds

duration

making

ideal

for

percussion

synthesis.

The

EPB

invaluable

tool

the

SDS7

SDSl

owner,

further

increasing

the

scope

what

already

the

world's

most

versatile

drum

system.

WHAT

E-PROM

E-Prom

stands

for

erasable

programmable

read

only

memory.

The

memory

itself

consists

'cells'

information.

Each

'cell'

can

either

logic

zero

(i.e.

off).

^&*

These

'cells'

are

referred

'Bit1.

These

bits

information

are stored

together

groups

eight.

Each

bits

being

'byte'

'word'

This

byte

can

represent

any

number

the

range

zero

(all

bits

255

(all

bits

=1)

and

these

numbers

can

turn

represent

musical

tone

wave

form

(see

sampling).

The

number

bytes

information

that

prom

can

contain

depends

upon

the

size

the

silicon

chip

inside,

coupled

with

how

small

each

cell

can

manufactured.

until

year

or so

ago

the

largest prom

available

(affordable)

could

store

only

2000

bytes

but

with ever

advancing

technology

proms

are

now

readily

available

which

can

store

4000,

8000,

16,000

and

32000

bytes

information.

These

chips

are

marked

with

number

that

corresponds

the

number

'bits'

that

contains.

(Remember

byte

bits),

so:-

(K-1000)

E-Prom

marked

(27)

(

2x8)

" "

(27)

(

2x8)

" "

(27)

(

16K

(27)

128

(

128

(

32K

(27)

256

(

256

= 32

(Cont....

Scan by Manual Manor

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WHAT

E-PROM?

(

Cont)

The

number

type

code,

and

this

along

with

date

codes,

manufacturers

trade

marks,

numbers

and

access

speeds

can

marked

the

chip.

Read

only

memory

means

that

the

prom

can

only

output

data

(Bytes).

Once

the

prom

installed

system,

data

can

only

read

from

it.

Data

can

never

stored

it,

other

than

the

original

programmed-data.

The

SDS

EPB

will

enable

you

enter

data

into

the

prom

initially

(this

data

will

represent

acoustic

sound)

this

called

blowing

the

prom.

E-Proms

however,

have

window

the top

the

chip

which

exposes

the

silicon

wafer

underneath.

the

chip

exposed

ultra

violet

light

for

length

time

(approx

mins)

any

information

stored

the

chip

destroyed

clearing

the

chip,

which

can

then

re-programmed

required.

The

EPB

has

16K

Bytes

sample

ram

which

used

when

sound

is'

sampled.

This

ram

arranged

blocks.

that

you

wish

sample

short

sound

you

can

switch

and

save

the

cost

proms.

(8K

proms

being

approx

half

the

price

16K

proms).

The

process

recording

sound

follows:-

Select

record

ram.

Sample

Sound,

Playback

the

sample

sound

ram.

sound

insert

prom

socket.

'Save*

ram

data

prom.

Playback

E-Prom.

Scan by Manual Manor

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Sampling

brief

discussion

Fig.

is a

graph

amplitude

against

time of

somebody

singing

'Ahhh'.

The

amplitude

the

signal

can

represented

number

and

the

wave

form

measured

regular intervals

these

numbers

would

represent

the

•

change

amplitude

the

signal

over

time.

These

numbers

can

stored

prom

and

when

cycled

out and

converted

into

voltage

proportional

that

number

would

produce

the

wave

form

shown

Fig.2.

too

So-

■*-k

With

the

addition

filtering,

fairly

accurate

representation

the

original

wave

form

produced.

(Dotted

line).

can

seen

that

the

faster

the

sampling

the

accurate

the

reconstruction

will

be•

rule

thumb

being

that

you

need

minimum

two

samples

for the

highest

souTwal

^H7

WlSh

^J^

Eg'

the

highest

f"<^ncy

torn

sound

was

8KHZ

the

minimum

sample

rate

for

reasonably

good

sound

would

lOMiZ

ie.

The

sound

sampled

16,000

times

second.

16K

E-Prom

used

then

can

seen

that

the

sample

will

only

last

for

one

second.

the

sound

longer

than

second

there are

tvo

things

that

you

can

do;

in't-and^tn

ST^'™"

the

durins

puyback-

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Inhaltsverzeichnis

Andere Simmons Trommel Handbücher

Simmons

Simmons SD9K Bedienungsanleitung

Simmons

Simmons SDXpress2 Bedienungsanleitung

Simmons

Simmons TITAN 20 Bedienungsanleitung

Simmons

Simmons SDS 1 Bedienungsanleitung

Simmons

Simmons SDMP1 Bedienungsanleitung

Simmons

Simmons SD7PK Bedienungsanleitung

Simmons

Simmons SD7K Bedienungsanleitung

Simmons

Simmons SD1250 Bedienungsanleitung

Simmons

Simmons SD5Xpress Bedienungsanleitung

Simmons

Simmons SD1500 Bedienungsanleitung

Simmons

Simmons SDS 8 Bedienungsanleitung

Simmons

Simmons SD 100 Bedienungsanleitung

Simmons

Simmons SD1000 Bedienungsanleitung

Simmons

Simmons SD XPRESS Bedienungsanleitung

Simmons

Simmons SDS 9 Bedienungsanleitung

Simmons

Simmons SD9K Bedienungsanleitung

Simmons

Simmons SD7K Bedienungsanleitung

Simmons

Simmons SDS 9 Bedienungsanleitung

Simmons

Simmons SD600 Bedienungsanleitung

Simmons

Simmons SDMP1 Bedienungsanleitung

Simmons

Simmons SD5X Bedienungsanleitung

Simmons

Simmons SD1500 Bedienungsanleitung

Simmons

Simmons SDHB2 Bedienungsanleitung

Simmons

Simmons SD1 Bedienungsanleitung

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Yamaha

Yamaha RX-21 Bedienungsanleitung

Roland

Roland TD-9K Bedienungsanleitung

Sudoku

Sudoku LEXUS Bedienungsanleitung

Roland

Roland CR-80 Bedienungsanleitung

V-Drums

V-Drums V-Tour TD-9KX2 Bedienungsanleitung

Yamaha

Yamaha DTXPLORER Bedienungsanleitung

Cherub

Cherub WRW-206 Bedienungsanleitung

Opti-Med

Opti-Med JM-D1 Series Bedienungsanleitung

Roland

Roland CR-80 Bedienungsanleitung

Yamaha

Yamaha DTS70 Bedienungsanleitung

Yamaha

Yamaha DTXPRESS Bedienungsanleitung

Roland

Roland RM-2 Bedienungsanleitung

ATV

ATV aD5 Bedienungsanleitung

Alesis

Alesis DM Pro Kit Bedienungsanleitung

Roland

Roland TR-808 Bedienungsanleitung

Roland

Roland SPD-20 Bedienungs- und Wartungshandbuch

Koma Elektronik

Koma Elektronik RH 301 Bedienungsanleitung

Roland

Roland TR-8 Bedienungsanleitung