An emission device for remote sensing (11; 111; 112; 131; 801; 802; 85; 88) comprising: - at least one pulse generator (313; 814; 853; 883, 887), adapted to produce periodically pulse signals (611; 613; 630) in elementary time windows (τ) over a representative time range, said time windows being successively spaced one pulse period apart, - at least one wave emitter (314; 334; 814; 854; 884), adapted to emit waves (21; 91; 95; 98) towards at least one measurement object distant from the emission device, so as to enable to monitor waves (22; 92; 96; 99) having a frequency content, transmitted by said at least one object upon receiving at least part of said waves emitted by said device, said at least one emitter being coupled with said at least one pulse generator so that said emitted waves correspond to said pulse signals produced over said representative time range, - at least one processor adapted to setting parameters suited to producing measurement information on said at least one measurement object from said wave monitoring, based on at least part of said frequency content, said at least one pulse generator, at least one wave emitter and at least one processor being specially adapted so that said pulse period contributes to said at least part of said frequency content on which producing said measurement information is based, characterized in that said emission device comprises at least one pulse inhibition system (315; 316; 815; 856; 886) configured for preventing periodically the emission of said waves by said emission device, according to at least one inhibition period being a whole number of times said pulse period and equal to at least three times said pulse period, said at least one pulse generator, at least one wave emitter and at least one processor being specially adapted so that said at least one inhibition period also contributes to said at least part of said frequency content on which producing said measurement information is based. - at least one pulse generator (313; 814; 853; 883, 887), adapted to produce periodically pulse signals (611; 613; 630) in elementary time windows (τ) over a representative time range, said time windows being successively spaced one pulse period apart, - at least one wave emitter (314; 334; 814; 854; 884), adapted to emit waves (21; 91; 95; 98) towards at least one measurement object distant from the emission device, so as to enable to monitor waves (22; 92; 96; 99) having a frequency content, transmitted by said at least one object upon receiving at least part of said waves emitted by said device, said at least one emitter being coupled with said at least one pulse generator so that said emitted waves correspond to said pulse signals produced over said representative time range, - at least one processor adapted to setting parameters suited to producing measurement information on said at least one measurement object from said wave monitoring, based on at least part of said frequency content, said at least one pulse generator, at least one wave emitter and at least one processor being specially adapted so that said pulse period contributes to said at least part of said frequency content on which producing said measurement information is based, characterized in that said emission device comprises at least one pulse inhibition system (315; 316; 815; 856; 886) configured for preventing periodically the emission of said waves by said emission device, according to at least one inhibition period being a whole number of times said pulse period and equal to at least three times said pulse period, said at least one pulse generator, at least one wave emitter and at least one processor being specially adapted so that said at least one inhibition period also contributes to said at least part of said frequency content on which producing said measurement information is based. said at least one pulse generator, at least one wave emitter and at least one processor being specially adapted so that said pulse period contributes to said at least part of said frequency content on which producing said measurement information is based, characterized in that said emission device comprises at least one pulse inhibition system (315; 316; 815; 856; 886) configured for preventing periodically the emission of said waves by said emission device, according to at least one inhibition period being a whole number of times said pulse period and equal to at least three times said pulse period, said at least one pulse generator, at least one wave emitter and at least one processor being specially adapted so that said at least one inhibition period also contributes to said at least part of said frequency content on which producing said measurement information is based.