analog delay pedal with tap tempo Diamond Memory Lane Jr MLJr Delay Pedal w/Tap Tempo & Modulation

analog delay pedal with tap tempo Diamond Memory Lane Jr MLJr Delay Pedal w/Tap Tempo & ModulationMLNJr Memory Lane Jr Delay The Memory Lane Junior is a digital evolution of our original Memory Lane concept, the worlds first analog delay with tap tempo. By utilizing the same variable sample rate concept used in analog bucket brigade modulation, and adding custom analog anti aliasing and reconstruction filters and companding, theyve captured the ethereal essence of the Memory Lane in a much smaller footprint, with over twice the delay time, an

MLNJr Memory Lane Jr Delay

The Memory Lane Junior is a digital evolution of our original Memory Lane concept, the world’s first analog delay with tap tempo.

By utilizing the same variable sample rate concept used in analog bucket brigade modulation, and adding custom analog anti-aliasing and reconstruction filters and companding, they’ve captured the ethereal essence of the Memory Lane... in a much smaller footprint, with over twice the delay time, an extended frequency response, and standard 9V powering.

The the MLJr digital sampling engine’s sole function is to copy, delay and reproduce the delay path signal with no mathematical manipulation at all - and unlike standard digital designs, there are no digital anti-aliasing and reconstruction filters. All signal paths around the sampling engine (direct path, feedback path and everything before and after the digital sampler) are analog paths carefully designed to provide a unique sonic signature that is unmistakably the Memory Lane Jr.


Features:

• Premium audio components
• 1200ms of delay time
• Tap Tempo with 1/4 note, dotted 8th and 8th note triplet subdivisions
• Adjustable modulation
• Standard 9V operation (battery or power supply) 
• User selectable True-Bypass or Buffered with Delay Trails operation
• Analog signal paths surrounding a simple sample-delay-play engine
• Bi-color LED provides visual indication if tap subdivision and delay time