         // LFO
         case ControlTag.LfoAmt.rawValue:
             statusLabel.text = "LFO Amp: \(value.decimalFormattedString)"
-            conductor.filterSection.lfoAmplitude = value
+            conductor.filterSection.lfoAmplitude = value * 1000
             
         case ControlTag.LfoRate.rawValue:
             statusLabel.text = "LFO Rate: \(value.decimalFormattedString)"
-            conductor.filterSection.lfoRate = value
+            conductor.filterSection.lfoRate = value * 5
        
         // Filter
         case ControlTag.Cutoff.rawValue:

            
        // VCOs
        case ControlTag.Vco1Semitones.rawValue:
            let scaledValue = Double.scaleRange(value, rangeMin: -24, rangeMax: 24)
            let intValue = Int(floor(scaledValue))
            statusLabel.text = "Semitones: \(intValue)"
            conductor.core.offset1 = intValue
            
        case ControlTag.Vco2Semitones.rawValue:
            let scaledValue = Double.scaleRange(value, rangeMin: -24, rangeMax: 24)
            let intValue = Int(floor(scaledValue))
            statusLabel.text = "Semitones: \(intValue)"
            conductor.core.offset2 = intValue
            
        case ControlTag.Vco2Detune.rawValue:
            statusLabel.text = "Detune: \(value.decimalFormattedString)"
            conductor.core.detune = value
            
        case ControlTag.OscMix.rawValue:
            statusLabel.text = "OscMix: \(value.decimalFormattedString)"

        // Additional Oscillators
        case ControlTag.SubMix.rawValue:
            statusLabel.text = "Sub Osc: \(value.decimalFormattedString)"
            conductor.core.subOscMix = value * 5
            
        case ControlTag.FmMix.rawValue:
            statusLabel.text = "FM Amt: \(value.decimalFormattedString)"
