diff --git a/src/LegendDSP.jl b/src/LegendDSP.jl
index 1eea0ca..a4d6c47 100644
--- a/src/LegendDSP.jl
+++ b/src/LegendDSP.jl
@@ -45,6 +45,7 @@ include("interpolation.jl")
 include("intersect_maximum.jl")
 include("dsp_sipm.jl")
 include("dsp_sipm_optimization.jl")
+include("dsp_pmts.jl")
 include("dsp_routines.jl")
 include("dsp_puls.jl")
 include("haar_filter.jl")
diff --git a/src/dsp_pmts.jl b/src/dsp_pmts.jl
new file mode 100644
index 0000000..1a8a5d3
--- /dev/null
+++ b/src/dsp_pmts.jl
@@ -0,0 +1,52 @@
+# This file is a part of LegendDSP.jl, licensed under the MIT License (MIT).
+
+function dsp_pmts(data::Q, config::PropDict) where {Q <: Table}
+    # get dsp meta parameters
+    baseline_window_start = config.default.baseline_window_start
+    baseline_window_end   = config.default.baseline_window_end
+    min_tot_intersect     = config.default.min_tot_intersect
+    max_tot_intersect     = config.default.max_tot_intersect
+    intersect_threshold   = config.default.intersect_threshold
+    wsg_window_length     = config.default.sg_window_length
+    wsg_flt_degree        = config.default.sg_flt_degree
+    wsg_weight            = config.default.wsg_weight
+    saturation_limit_high  = config.default.saturation_limit_high
+    saturation_limit_low   = config.default.saturation_limit_low
+
+    # get waveform data 
+    wvfs = decode_data(data.waveform)
+    ts   = data.timestamp
+    ch  = data.channel
+    blstats = signalstats.(wvfs, baseline_window_start, baseline_window_end) 
+
+    # substract baseline_window_end
+    wvfs = shift_waveform.(wvfs, -blstats.mean)
+
+    # get wvf maximum and minimum with timepoints
+    raw_pulse_params = extremestats.(wf_blsub)
+    
+    # get every peak above threshold
+    intflt = IntersectMaximum(min_tot_intersect, max_tot_intersect) 
+    trig = intflt.(wf_blsub, intersect_threshold) 
+
+    # get saturated peaks
+    sat = saturation.(wf_blsub, saturation_limit_low, saturation_limit_high) 
+
+    # weighted savitzky golay filter
+    w_sg = WeightedSavitzkyGolayFilter(wsg_window_length, wsg_flt_degree, wsg_weight) 
+    w_sg_filter = w_sg.(wf_blsub)
+
+    # get smoothed wvf maximum and minimum with timepoints
+    pulse_params = extremestats.(w_sg_filter)
+
+    # output Table 
+    return TypedTables.Table(
+        timestamp = ts, channel = ch, raw_pulse_height = raw_pulse_params.max, raw_pulse_low = raw_pulse_params.min,
+        raw_t0_hi = raw_pulse_params.tmax, raw_t0_low = raw_pulse_params.tmin,
+        trig_max = trig.max, trig_t = trig.x, trig_mult = trig.multiplicity,
+        sat_low = sat.low, sat_high = sat.high,
+        pulse_height = pulse_params.max, pulse_low = pulse_params.min,
+        t0_hi = pulse_params.tmax, t0_low = pulse_params.tmin,
+        bl_mean = bl_stats.mean, bl_sigma = bl_stats.sigma, bl_slope = bl_stats.slope
+    )
+end
\ No newline at end of file