LACE Sensor Emerald Pickup -White Cover

The Lace Sensor® family has a unique radiant Field Barrier system that surrounds both the coil and magnets, reducing annoying 60-cycle hum. The patented Lace Micro Combs® replace traditional bobbins, yielding a wider tonal range and better string balance than traditional pickups.

Unlike ordinary pickups, Lace Sensors generate 36 separate magnetic "sensing" fields which, in the areas where they contact the string, "read" the strings' vibration. (Regular pickups only generate anywhere from 4 to 12 fields).

Lace Sensors also have Radiant Field Barriers: metal slides which frame the inner core of the Sensors and perform two function. The first is to shield the Sensor from the outside noise and 60 cycle hum. The second is to produce a broader, yet more concentrated umbrella of a sensing field than that of standard magnetic pickups.

Less Noise, More Harmonics
As compared to standard pickups, sensors read a greater physical area of the string, while picking up less outside interference. This makes the signal-to-noise ratio nothing short of phenomenal for a single coil system. Also, a wider range of harmonic content is read by the Sensor, delivering a more complex tonal response.

Increased Sustain, Truer Pitch
Since they operate so efficiently, Lace Sensors can utilize the much lower energy magnets than ordinary pickups, and this in turn bring about a whole new realm of properties. In regular pickups, the magnetic fields are so strong they physically dampen, or drag on, the strings' vibration, reducing sustain and actually changing the pitch. But in Lace Sensor, string dampening is virtually nonexistent. This means your sustain is increased dramatically while the string holds its true pitch for the duration of the note.

ADJUSTMENT TIP: For optimum tone and output from our Sensors, we recommend adjusting the height to .170" from string to pickup, or approx. the height of 2 dimes and a nickel. (REMEMBER sting thickness applies to height - use bottom of string closest to pickup for measurement.)