HT3630 Search Results

percussion generator

Abstract: top octave generator HT3630 drum sound ic
Contextual Info: HT3630 2 Channels Ad-lib Micro Features • • • • • • Operating voltage: 3.3V~5.2V System frequency: 3.58MHz An RC or crystal type of oscillator Low standby current 8 bit D/A audio output 8 bit µC – 2K x 14 bits of program memory ROM – 96 × 8 bits of data memory (RAM)

T3630A

Abstract: guitar effect diagram T3630B SSIN
Contextual Info: HOLTEK HT3630A/B Funny Guitar Features • • • • • • • • • O p e ra tin g voltage: 3.3V~5.2V S ystem F requency: 3.58M H z - for H T3630A: RC o scillator R osc=91K i2 - for H T3630B: X’ta l or R eso n ato r A uto pow er off 3 o u tp u ts for k ey sc an n in g

Contextual Info: HOLTEK r r HT3630 2 Channels Ad-lib Micro Features • • • • • • O p e ra tin g voltage: 3.3V~5.2V S ystem frequency: 3.58M H z A n RC or cry sta l ty p e of oscillator Low sta n d b y c u rre n t 8 b it D/A audio o u tp u t 8 b it |iC - 2K x 14 b its of p ro g ra m m em ory ROM

HT3630

Abstract: percussion generator drum sound ic holtek drum SP 1191 transistor hit 8050 acc micro 2048 piano Generator cmos
Contextual Info: HOLTEK r r HT3630 2 Channels Ad-lib Micro Features • • • • • Operating voltage: 3.3V~5.2V System frequency: 3.58MHz An RC or crystal type of oscillator Low standby current 8 bit D/A audio output • 8 bit |iC - 2K x 14 bits of program memory ROM

guitar effects ic

Abstract: pin details of str guitar effects circuits guitar amplifier circuits LM386 guitar effect diagram guitar chords HT3630A HT3630B resistor 91k
Contextual Info: HT3630A/B Funny Guitar Features • • • • • • • • • • • • • • • • • • • • Operating voltage: 3.3V~5.2V System Frequency: 3.58MHz – for HT3630A: RC oscillator ROSC=91KΩ – for HT3630B: X’tal or Resonator Auto power off

str 8050

Abstract: STR 3035 guitar effect diagram HT3630A Pull chord switch LHPEw-10/2-B k7 keyboard controller pin details of str rhythm HT3630B LM386
Contextual Info: HT3630A/B Funny Guitar HOLTEK Features • • • • • • • • • O p e ra tin g v o lta g e : 3 .3V ~5.2V S y s te m F re q u e n c y : 3 .5 8 M H z - fo r H T 3 6 3 0 A : R C o s c illa to r R o sc= 9 1 K i2 - fo r H T 3 6 3 0 B : X’t a l o r R e s o n a to r