| Restocking Fee | No |
|---|---|
| Return shipping will be paid by | Buyer |
| All returns accepted | Returns Accepted |
| Item must be returned within | 14 Days |
| Refund will be given as | Money Back |
| Non-Domestic Product | No |
| Modified Item | No |
| Custom Bundle | No |
| Brand | AQUA-AUDIO |
| Voltage | 9 V |
Check the listing for details. 9V Dying Battery Simulator For Guitar Pedals, Sag Control For Fuzz. Condition: New. Listed at 39.00 USD. 9V Dying Battery Simulator For Guitar Pedals Many musicians like the distinguish sound of a dirt guitar pedal - when powered by a half-full or near "dead" 9V battery such as; Fuzz, distortion and over-drive. Most similar products in the market are basically a serial potentiometer that limits the current to the pedal – and acts like a voltage divider with the pedal. The drawback of these designs is that the voltage going to the pedal, will vary according to the current consumption, and will not be stable. This design is transistor-based regulator that will deliver stable voltage to the pedal at any given settings. There is also a LED that will dim or lit brighter according to the voltage setting of the knob. For convenience, the unit has a built-in output cable and an input jack, so no other cables are needed. When operated from a 9VDC source, the output voltage can be set to the range of about 6 – 8.3VDC. With a lower or higher voltage power source, the voltage will vary accordingly. Specifications: Input Voltage: 18VDC max Input Polarity: Center Negative Output Voltage: Variable ~ 6-8.3VDC @9VDC input Output Current: 150mA max. Input Jack: 5.5mm X 2.1mm Output Jack: 5.5mm X 2.1mm, right angle Dimensions: Height: 2.1cm Length: 8cm Width: 3.8cm Attached cable length: 20cm Shipping: Within 3 work days, registered mail via Israel post with tracking number. Please note: We strongly support recycling, and do our best to use recycled packages and packing materials in our shipments. If you wish otherwise, please drop us a note. Manufacturer: AQUA-AUDIO Normal 0 false false false EN-US X-NONE HE