#@0000 Amplitude #@0001 Impedance #@0002 Phase #@0003 current value : Vb: #@0004 Initial value : Vb: #@0005 P L E A S E W A I T #@0006 Û Û Û Û Û Û Û Û Û Û #@0007 Simulation of a vented box SPEAKER (c) 1997 by CS Software #@0008 Instructions : Vb (+/-) Fb (u/d) New calculation (Return) Quit (ESC) #@0009 Type : #@000A Manufacturer : #@000B Simulation of a closed box SPEAKER (c) 1997 by CS Software #@000C Instructions : Vb (+/-) New calculation (Return) Ouit (ESC) #@000D Vb damped : #@000E Simulation of a bandpass box SPEAKER (c) 1997 by CS Software #@000F Instructions : Vb (+/-) Vf (p/m) Fb (u/d) New calculation (Return) Quit ( ESC) #@0010 Pulse response #@0011 Vented enclosure #@0012 Volume [ Ltr] : #@0013 Port area [ cmý] : #@0014 Port length [ cm ] : #@0015 Closed enclosure #@0016 Volume [ Ltr] : #@0017 Bandpass enclosure #@0018 Front Vol. [ Ltr] : #@0019 Back Volumen [ Ltr] : #@001A Port area [ cmý] : #@001B Port length [ cm ] : #@001C Graphic editor SPEAKER (c) 1997 by CS Software #@001D Graphic definition of spl and impedance ( amplitude and phase ) #@001E Instructions : Change curves (TAB) Plus/Minus (Cursor Up, Down) Quit (ESC) #@001F spl #@0020 acoustical phase #@0021 Impedance #@0022 Phase #@0023 Data file %ld Manufacturer %.20s Typ %.20s #@0024 SPEAKER data SPEAKER (c) 1997 by CS Software #@0025 Instructions : Next (+) Previous (-) Get (Return) Quit (ESC) #@0026 Project simulation SPEAKER (c) 1997 by CS Software #@0027 previous spl (CYAN) actual spl (WHITE) impedance (GREY) #@0028 Instructions : Quit ( ESC or hit any other key ) #@0029 File : #@002A Comment : #@002B previous spl #@002C actual spl #@002D Phase #@002E Impedance #@002F Phase #@0030 L11 : %8.2f [ mH] : C11 : %8.2f [ yF] #@0031 R coil %8.2f [ ê ] #@0032 L12 : %8.2f [ mH] : C12 : %8.2f [ yF] #@0033 R coil %8.2f [ ê ] #@0034 L13 : %8.2f [ mH] : C13 : %8.2f [ yF] #@0035 R coil %8.2f [ ê ] #@0036 L14 : %8.2f [ mH] : C14 : %8.2f [ yF] #@0037 R coil %8.2f [ ê ] #@0038 R1 : %8.2f [ ê ] : R2 : %8.2f [ ê ] #@0039 Vented enclosure #@003A #@003B Volume of vented box : %8.2f [ Ltr] #@003C port area : %8.2f [ cmý] #@003D port length : %8.2f [ cm ] #@003E ripple : %8.2f [ db ] #@003F Sealed enclosure #@0040 #@0041 Volume of closed box : %8.2f [ Ltr] #@0042 Closed box ripple : %8.2f [ db ] #@0043 Bandpass enclosure #@0044 #@0045 Back Volume of bandpass box : %8.2f [ Ltr] #@0046 Front Volume of bandpass box : %8.2f [ Ltr] #@0047 Port area : %8.2f [ cmý] #@0048 Port length : %8.2f [ cm ] #@0049 Box ripple : %8.2f [ db ] #@004A #@004B Driver : %s #@004C Nr. of drivers : %d #@004D #@004E shifted phase #@004F normal phase #@0050 Drivers are connected to two seperate crossovers #@0051 Both drivers are parallel connected #@0052 Difference between sound origin and baffle surface : %8.2f [ mm] #@0053 #@0054 Crossover circuit : #@0055 #@0056 Crossover type %10s from %8.2f [ Hz] to %8.2f [ Hz] #@0057 #@0058 L11 : %8.2f [ mH] : C11 : %8.2f [ yF] : R coil %8.2f [ ê ] #@0059 L12 : %8.2f [ mH] : C12 : %8.2f [ yF] : R coil %8.2f [ ê ] #@005A L13 : %8.2f [ mH] : C13 : %8.2f [ yF] : R coil %8.2f [ ê ] #@005B L14 : %8.2f [ mH] : C14 : %8.2f [ yF] : R coil %8.2f [ ê ] #@005C #@005D L damping circuit : #@005E R1 : %8.2f [ ê ] : R2 : %8.2f [ ê ] #@005F #@0060 Zobel filter : #@0061 Re : %8.2f [ ê ] : Ce : %8.2f [ yF] #@0062 Rm : %8.2f [ ê ] : Cm : %8.2f [ yF] : Lm : %8.2f [ mH] #@0063 #@0064 RC filter : #@0065 Re : %8.2f [ ê ] : Ce : %8.2f [ yF] #@0066 #@0067 Series filter : #@0068 Rm : %8.2f [ ê ] : Cm : %8.2f [ yF] : Lm : %8.2f [ mH] #@0069 #@006A #@006B ============================================================== #@006C Project : %8s #@006D User : %30s #@006E Comment : %30s #@006F ============================================================== #@0070 -------------------------------------------------------------- #@0071 -------------------------------------------------------------- #@0072 -------------------------------------------------------------- #@0073 -------------------------------------------------------------- #@0074 ============================================================== #@0075 Show SPEAKER database %s #@0076 ==============================================================\n #@0077 %3d. %20.20s %20.20s QTS %5.2f FMS %5.1f VAS %6.1f #@0078 Result of vented box calculation #@0079 Type : %s #@007A Box volume : %8.2f [ Ltr] #@007B lower cut-off frequency : %8.2f [ Hz ] #@007C Tuning frequency : %8.2f [ Hz ] #@007D Port length : %8.2f [ cm ] #@007E ripple : %8.2f [ db ] #@007F Result of closed box calculation #@0080 Type : %s #@0081 Box volume : %8.2f [ Ltr] #@0082 Box volume damped : %8.2f [ Ltr] #@0083 lower cut-off frequency : %8.2f [ Hz ] #@0084 ripple : %8.2f [ db ] #@0085 Qts : %8.2f [ ] #@0086 Result of transmission line calculation #@0087 Type : %s #@0088 Transmission line length : %8.2f [ cm ] #@0089 Transmission line surface ( begin ) : %8.2f [ cm ] #@008A Transmission line surface ( end ) : %8.2f [ cm ] #@008B Dimensions of enclosure #@008C Type : %s #@008D Box volume : %8.2f [ Ltr] #@008E corrected box volume : %8.2f [ Ltr] #@008F Material Thickness : %8.2f [ cm ] #@0090 Width : %8.2f [ cm ] #@0091 Height : %8.2f [ cm ] #@0092 Depth : %8.2f [ cm ] #@0093 Part list : #@0094 2 * Front width : %8.2f [ cm ] #@009 Front height : %8.2f [ cm ] #@0096 2 * Side width : %8.2f [ cm ] #@0097 Side length : %8.2f [ cm ] #@0098 2 * Top width : %8.2f [ cm ] #@0099 Top length : %8.2f [ cm ] #@009A Result of bandpass calculation #@009B Type : %s #@009C closed volume [ Vb ] : %8.2f [ Ltr] #@009D vented volume [ Vf ] : %8.2f [ Ltr] #@009E Port area [ Tfl] : %8.2f [ cmý] #@009F Port length [ lv ] : %8.2f [ cm ] #@00A0 Tuning frequency [ Fb ] : %8.2f [ cm ] #@00A1 L-damping circuit results #@00A2 Series resistor R1 : %8.2f [ ê ] #@00A3 Parallel resistor R2 : %8.2f [ ê ] #@00A4 Zobel filter results #@00A5 Series resistor Re : %8.2f [ ê ] #@00A6 Parallel inductor Lm : %8.2f [ mh] #@00A7 Parallel capacitor Ce : %8.2f [ yF] #@00A8 Parallel resistor Rm : %8.2f [ ê ] #@00A9 Series capacitance Cm : %8.2f [ yF] #@00AA RC filter results #@00AB Series resistor Re : %8.2f [ ê ] #@00AC Parallel capacitor Ce : %8.2f [ yF] #@00AD Series filter results #@00AE Parallel inductor Lm : %8.2f [ mh] #@00AF Parallel resistor Rm : %8.2f [ ê ] #@00B0 Parallel capacitor Cm : %8.2f [ yF] #@00B1 Exponential horn #@00B2 Horn throat distance %#9.2f cm area %#9.2f cmý Radius %#6.2f cm #@00B3 Spherical wave horn #@00B4 Horn throat distance %#8.2f cm Area %#8.2f cmý radius %#6.2f cm #@00EE loaded driver : %8.8s #@00EF selected : Woofer......... #@00F0 selected : Low-midrange... #@00F1 selected : Midrange....... #@00F2 selected : Highrange...... #@00F3 selected : Super-highrange #@00F4 no cabinet search #@00F5 closed cabinet #@00F6 wrong tuning #@00F7 optimized tuning #@00F8 1. corner horn #@00F9 2. free #@00FA 3. floor #@00FB 4. floor/wall #@00FC distance to throat #@00FD area #@00FE radius #@00FF shifted #@0100 normal #@0101 alone #@0102 parallel #@0103 zobel filter #@0104 rc-filter #@0105 notch-filter #@0106 without zobel #@0107 closed #@0108 vented #@0109 bandpass #@010A unspecified #@010B none #@