background image

TIP

RING

SLEEVE

Diagram #7

FROM TONE

OR VOLUME

 TB BASS Page 4

Diagram #9

If the instrument has a Battery Holder:

If your instrument has a 9 or 18 Volt battery holder you can still 

use the EMG Connectors to supply power to the pickups.

Simply cut and strip the wires from the battery clip provided.

Twist the wires together (Red to Red and Black to Black) and 

use the shrink tubing included to cover the connections. 

Soldering the wires is recommended.

9/18 VOLT
 BATTERY
  HOLDER

Cover these connections with the

shrink tubing provided.

BLACK to RING terminal

of the Output Jack

RED to BATTERY OR PICKUP  BUSS

BLACK to RING terminal

of the Output Jack

RED TO BATTERY BUSS (+18Volts)

Diagram #10

BATTERY

NEG (-)

RED to BATTERY BUSS

Soldering to the 152B Panel Jack:

If your instrument has a long Panel Jack like the one below

you will have to solder the output cable as shown. 

Ground (Black) to the Sleeve

Signal (White) to the Tip 

Battery Negative (Black) to the Ring

     

OUTPUT

T

R

S

NK VOLUME

FROM NECK PICKUP

FROM BRIDGE PICKUP

BR VOLUME

BATTERY

NEG (-)

MASTER

  TONE

Diagram #6

2 Pickups

Toggle Style Switch

Volume each Pickup (Volumes are independent)

Master Tone 

  

 

OUTPUT CABLE

RED

RED

RED

GROUND

BRIDGE P/U

NECK P/U

OUTPUT

-  9V  +

-  9V  +

-  9V  +

-  9V  +

T

R

S

RED

BLACK

Using the B157 Pickup Buss:

If your instrument has 2 Pickups and a selection switch

you will be using the B157 Pickup Buss to send the pickup

signals to the selection switch. Refer to the 

B157 Instructions included.

     

Diagram #8

1

3

Soldering to the battery buss:

If your instrument has an older EMG Pickup you can solder the 

pickup RED wire to the buss. Simply use some needle nose pliers, 

pull out the V+ header and solder the RED Wire from the pickup(s) 

to any of the pins and then re-insert the header into the housing.

     

2

+18 Volt Wiring Option:

If you want to operate your instrument at +18 Volts for more 

headroom then use 2 batteries wired as below. 

Also, if you are using any type of EQ in your instrument 

(EMG-BT, BQ) or anything that boosts the pickup signal then

+18 Volts is recommended.

Solder the Black and Red

wires together and cover

the connection with shrink

tubing, or other insulation.

Содержание TBP

Страница 1: ...put Impedance Kohm 10 10 10 10 10 10 10 Current 9V Microamps 80 80 80 80 80 235 235 Battery Life Hours 3000 3000 3000 3000 3000 3000 3000 Maximum Supply Volts DC 27 27 27 27 27 27 27 PICKUP AND MAGNET DIMENSIONS All EMG TB Models have the same housing dimensions shown above The differences in each of the models are in the magnet widths and type The drawings below show the magnet placement for all ...

Страница 2: ...DO NOT require string grounding This greatly reduces the possibility of reverse polarity shock from microphones and other equipment 5 EMG Active Pickups have very little magnetism compared to passive pickups We recommend you adjust the pickups as close to the strings as possible Sustain and string movement will not be inhibited by close adjustment 6 If your installation is different from the diagr...

Страница 3: ... Pickup Cable onto the Neck Volume control Plug the Bridge Pickup Cable onto the Bridge Volume control 3 Plug a coax cable from the Neck Volume control to the Bridge Volume Control 4 Plug a coax cable from the Bridge Volume control the Master Tone control 5 Plug the output cable onto the Master Tone control and connect the output wires to the output jack by pushing the connectors on as shown WHITE...

Страница 4: ... R S NK VOLUME FROM NECK PICKUP FROM BRIDGE PICKUP BR VOLUME BATTERY NEG MASTER TONE Diagram 6 2 Pickups Toggle Style Switch Volume each Pickup Volumes are independent Master Tone OUTPUT CABLE RED RED RED GROUND BRIDGE P U NECK P U OUTPUT 9V 9V 9V 9V T R S RED BLACK Using the B157 Pickup Buss If your instrument has 2 Pickups and a selection switch you will be using the B157 Pickup Buss to send the...

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