Magnum Dynalab Audiophile FT 101A FM Tuner

This Dynalab tuner is built by the current master of analog FM tuners, it is simple to use and sounds just great. All the functions works perfectly, all the lights light as they should and the unit is in a super clean, mint condition. This is a gorgeous looking and sounding (it pulls in dozens of superb sounding stations with just a cheapie indoor antenna) audiophile unit, it is not small, the size is 17" x 10" x 4". For enjoyable long duration listening the FT 101A is hard to beat. 

The owners manual (photocopy) is included. 

FEATURES AND FUNCTIONS:

Large, easy-to-read panel meters provide continuous monitoring of rf input level, multipath interference level and center-tune condition.

Frequency tuning is via a precision potentiometer which provides a precise, filtered voltage for the tuning varactors. Visual output is via the digital frequency display. The actual tuning mechanism consists of an ultra smooth, large, front panel control knob.

Function switching is provided through tactile, toggle switches with oversize replaceable paddles.

WHY ANALOG?

In contrast with the frequency synthesis method of tuning, analog is not dependent on a digital microprocessor chip to establish the tuner's receive frequency. With analog, tuning is accomplished using specially-selected, discrete components in the tuner's critical "front end." In the Dynalab design, these components are selected and matched so that a unique balance of sensitivity, selectivity and sound can be maintained.

However, the most significant advantage in analog is that is delivers control into the hands of the user. With the FT-101A, infinite tuning is available in order to establish maximum stereo separation or to detune slightly in order to minimize on-frequency noise. With frequency synthesis tuners, this capability is offered usually in fixed, 50KHz steps. While FM stations themselves are rarely found to be transmitting outside the +-2KHz standard, FM station signals that are rebroadcast over cable may not be quite so precise.

SPECIFICATIONS