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Datei
Bascom.txt
as byte dim komma1 as byte dim komma2 as byte dim komma3 as byte dim komma4 as byte dim komma5 as byte dim komma6 as byte dim komma7 as byte dim komma8 as byte dim komma9 as byte dim komma10 as byte dim nordwert as single dim nordwert_i as integer dim nordwert2 as single dim nordwert3 as single dim ostwert as single dim ostwert2 as single dim ostwert3 as single dim ostwert_i as integer dim uhrzeit as single dim
in „GPS Datenlogger Eigenbau“ · Mikrocontroller und Digitale Elektronik ·
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Datei
x_rpn_boris_A328_v5.17.bas
Read_byte_i2c(byval I2c_adr As Word , Byval I2c_bank As Byte) As Byte Declare Function Write_block_i2c(byval I2c_bank As Byte) As Byte Declare Function Read_block_i2c(byval I2c_bank As Byte) As Byte Declare Function Twistart() As
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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Datei
psensor.bas
Dim C4 As Word Dim C5 As Word Dim C6 As Word Dim C7 As Word Dim C1hi As Byte Dim C1lo As Byte Dim C2hi As Byte Dim C2lo As Byte Dim C3hi As Byte Dim C3lo As Byte Dim C4hi As Byte Dim C4lo As Byte Dim C5hi As Byte Dim C5lo As Byte Dim C6hi As Byte Dim C6lo As Byte Dim C7hi As Byte Dim C7lo As Byte Dim A As Byte Dim B As Byte Dim C As Byte Dim D As Byte Dim I As Byte '##################################### Declare Sub Read_coeff
in „Drucksensor HP03 und Bascom-AVR“ · Mikrocontroller und Digitale Elektronik ·
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Datei
ds1621_m162kb_mit_1621_kbd.bas
Declare Function I2c_tastatur(byval Adr As Byte) As Byte Config Portb = Output Config Portc = Output Dim Warte As Byte Dim Tm As Byte Dim Tc As Byte Dim Durchlauf As Word ' --- LCD Texte --- Dim Lcdtext1 As String * 24 Dim Lcdtext2 As String
in „AVR Interruptregister wird überschrieben“ · Mikrocontroller und Digitale Elektronik ·
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Datei
MicroTelemetrie_V3.bas
Bit Dim Dig_t1 As Word Dim Dig_t2 As Integer Dim Dig_t3 As Integer Dim Dig_p1 As Word Dim Dig_p2 As Integer Dim Dig_p3 As Integer Dim Dig_p4 As Integer Dim Dig_p5 As Integer Dim Dig_p6 As Integer Dim Dig_p7 As Integer Dim Dig_p8 As Integer Dim Dig_p9 As Integer Dim Dig_h1 As Byte Dim Dig_h2 As Integer Dim Dig_h3 As Byte Dim Dig_h4 As Integer Dim Dig_h5 As Integer Dim Dig_h6 As Byte Dim Ut As Long Dim Up As Long Dim Uh As Long Dim
in „BASCOM probleme mit HW UART und Bytematch“ · Mikrocontroller und Digitale Elektronik ·
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PDF
KPCI-488LPA-900-01__A_-_Dec_2008__User_.pdf
board_index, int pad, int sad, int tmo, int send_eoi, int eosmode) Visual Basic ildev (ByVal bdid As Integer, ByVal pad As Integer, ByVal sad As Integer, ByVal tmo As Integer, ByVal eot As Integer, ByVal eos As Integer) As Integer - or - call ibdev (ByVal bdid As Integer, ByVal pad As Integer, ByVal
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Datei
winbound.txt
Private Declare Sub PortOut Lib "IO.DLL" (ByVal Port As Integer, ByVal Data As Byte) Private Declare Sub PortWordOut Lib "IO.DLL" (ByVal Port As Integer, ByVal Data As Integer) Private Declare Sub PortDWordOut Lib "IO.DLL" (ByVal Port As Integer, ByVal Data
in „(Windows/Winbond) CPU Temperatur auslesen“ · Mikrocontroller und Digitale Elektronik ·
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PDF
FASTRON-SMD_Induktivitaeten-0603.pdf
1N6X-01 1.6 250 5,10 20 250 3.0 0.03 850 0603AS-1N8X-01 1.8 250 5,10 16 250 6.0 0.045 700 0603AS-2N0X-01 2 250 2,5,10 10 250 5.9 0.17 170 0603AS-2N2X-01 2.2 250 5,10 10 250 5.9 0.17 170 0603AS-3N3X-01 3.3 250 5,10 22 250 6 0.1 700 0603AS-3N6X-01 3.6
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Datei
Uhr_DCF.bas
= 2 '*** Zur Filterung und Demodulation der Impulsbreiten des DCF-Signals Dim Dcf_empfangsregister As Byte Dim Dcf_merke1 As Byte Dim Dcf_merke2 As Byte Dim Dcf_input As Byte Dim Dcf_filter_out As Byte Dim Dcf_gefiltert As Byte Dim Dcf_impulsdauer As Byte Dim Dcf_bitzaehler As Byte Dim Dcf_messschritt
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Datei
Uhr_080209_mega328p.bas
Orange = &B1111110011000110 Const Orange2 = &B1111101110000011 Const Lila = &B1111100000011111 Dim A As Word Dim X As Byte Dim Y As Byte Dim X1a As Byte Dim Y1a As Byte Dim Z As Word Dim X3 As Byte Dim Y3 As Byte Dim U1 As Byte Dim U2 As Byte Dim K As Word Dim L As Word Dim Tmp As Byte Dim Zeitp As String
in „ATMega328p mit S65 Display und Hard-SPI (Bascom)“ · Mikrocontroller und Digitale Elektronik ·
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PDF
LED-Matrix-Controller.pdf
Data Sheet AS1106, AS1107 8-Digit LED Display Drivers 1 General Description 2 Key Features The AS1106 and the AS1107 are compact display driv- 10MHz SPI-, QSPI-, Microwire-Compatible ers for 7-segment numeric displays
in „Gleich mehrfach ins Knie geschossen“ · Mikrocontroller und Digitale Elektronik ·
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Datei
rpn_boris_A328_v2.13.bas
======================================================================== Sub Interpr_rx() Local Ii As Byte Local Ij As Byte Local Rxs1 As String * 32 Local Snumber As Byte Local Posc As String * 1 Local Posn As Byte Local Fixi As Double Local Fixint As Long Local Fixdiff As Long Local Fixfrac As Double Local Rxwrk As Double Local Hmstunden As Long Local Hmminuten As Long Local Pcode_wrk As Byte Local Fixcode As Word Local Code_word As Word Local Pcode As Byte Local Adress As Byte Local Snake As Byte ' Anzeige leer
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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Datei
Mega16_RTC-4553_SRF04_GLCD.txt
Config Glcd_rw = Output Config Porta.0 = Input Config Adc = Single , Prescaler = Auto Start Adc Dim A As Byte ' variablen deklarieren Dim I As Byte Dim X As Byte Dim Temp As Word Dim Tempint As Integer Dim Tempstr As String * 16 Dim Sx As Byte , Sy As Byte , Ex As Byte , Ey As Byte , Xsingle As Single , Ysingle As Single Dim Framedata As Byte Dim Pixpos_x As Byte Dim Pixpos_y As Byte Dim Tmp As Byte Dim Outbyte As Byte Dim Modus As Byte Dim Y_alt As Byte Dim X_alt As Byte Dim Y_neu As Byte Dim X_neu As Byte Dim
in „KS0108B Displaytech 64128A“ · Mikrocontroller und Digitale Elektronik ·
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Datei
Sensors_1_M32_111218.bas
As Long Dim Zgyrosum As Long Dim Xaccsum As Long Dim Yaccsum As Long Dim Zaccsum As Long Dim Xmagsum As Long Dim Ymagsum As Long Dim Zmagsum As Long Dim Xgyrooff As Long Dim Ygyrooff As Long Dim Zgyrooff As Long Dim Xaccoff As Long Dim Yaccoff As Long Dim Zaccoff As Long Dim Xmagmax As Integer Dim Xmagmin As Integer Dim Ymagmax As Integer Dim Ymagmin As Integer Dim Calibcounter As Word Dim Xmagoff As Long
in „Magnetometer LSM303“ · Mikrocontroller und Digitale Elektronik ·
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Datei
rpn_boris_A328_v2.12.bas
======================================================================== Sub Interpr_rx() Local Ii As Byte Local Ij As Byte Local Rxs1 As String * 32 Local Snumber As Byte Local Posc As String * 1 Local Posn As Byte Local Fixi As Double Local Fixint As Long Local Fixdiff As Long Local Fixfrac As Double Local Rxwrk As Double Local Hmstunden As Long Local Hmminuten As Long Local Pcode_wrk As Byte Local Fixcode As Word Local Code_word As Word Local Pcode As Byte Local Adress As Byte Local Snake As Byte ' Anzeige leer
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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Datei
rpn_boris_A328_v2.13.bas
======================================================================== Sub Interpr_rx() Local Ii As Byte Local Ij As Byte Local Rxs1 As String * 32 Local Snumber As Byte Local Posc As String * 1 Local Posn As Byte Local Fixi As Double Local Fixint As Long Local Fixdiff As Long Local Fixfrac As Double Local Rxwrk As Double Local Hmstunden As Long Local Hmminuten As Long Local Pcode_wrk As Byte Local Fixcode As Word Local Code_word As Word Local Pcode As Byte Local Adress As Byte Local Snake As Byte ' Anzeige leer
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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Datei
CAN_ATMega-UVR-V5-1.bas
Dra2 As Word Dim Menu As Byte Dim Xs As Byte Dim T As Byte Dim D As Byte Dim Q As Byte Dim L As Byte Dim Qq As Byte Dim Sr As Byte Dim Dfl As Byte Dim Reg As Byte Dim Idh As Byte Dim Idl As Byte Dim Id As Word
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Datei
rpn_boris_A328_v2.10.bas
======================================================================== Sub Interpr_rx() Local Ii As Byte Local Ij As Byte Local Rxs1 As String * 32 Local Snumber As Byte Local Posc As String * 1 Local Posn As Byte Local Fixi As Double Local Fixint As Long Local Fixdiff As Long Local Fixfrac As Double Local Rxwrk As Double Local Hmstunden As Long Local Hmminuten As Long Local Pcode_wrk As Byte Local Fixcode As Word Local Code_word As Word Local Pcode As Byte Local Adress As Byte ' Anzeige leer machen For Ii = 1
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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Datei
BME280.txt
Dim Dig_p2 As Integer Dim Dig_p3 As Integer Dim Dig_p4 As Integer Dim Dig_p5 As Integer Dim Dig_p6 As Integer Dim Dig_p7 As Integer Dim Dig_p8 As Integer Dim Dig_p9 As Integer Dim Dig_h1 As Byte Dim Dig_h2 As Integer Dim Dig_h3 As Byte Dim Dig_h4 As Integer Dim Dig_h5 As Integer Dim Dig_h6 As Byte 'unkompensierte Sensor Werte Dim Ut As Long Dim Up As Long Dim Uh As Long 'Funktionsübergreifende Hilfsvariablen Dim T_fine As Long
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Datei
rpn_boris_A328_v2.11.bas
======================================================================== Sub Interpr_rx() Local Ii As Byte Local Ij As Byte Local Rxs1 As String * 32 Local Snumber As Byte Local Posc As String * 1 Local Posn As Byte Local Fixi As Double Local Fixint As Long Local Fixdiff As Long Local Fixfrac As Double Local Rxwrk As Double Local Hmstunden As Long Local Hmminuten As Long Local Pcode_wrk As Byte Local Fixcode As Word Local Code_word As Word Local Pcode As Byte Local Adress As Byte ' Anzeige leer machen For Ii = 1
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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Datei
rpn_boris_A328_v2.7.bas
nach x ' ======================================================================== Function Exec_kdo() As Byte Local Convdoubl As Double Local Wrk_fix_flag As Byte Local Code As Byte Local Is_ziffer As Byte Local Save_key As Byte Local L_adr As Byte Local L_code As Word Local L_cmd As Byte Local Pc As Byte
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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Datei
rpn_boris_A328_v2.8.bas
nach x ' ======================================================================== Function Exec_kdo() As Byte Local Convdoubl As Double Local Wrk_fix_flag As Byte Local Code As Byte Local Is_ziffer As Byte Local Save_key As Byte Local L_adr As Byte Local L_code As Word Local L_cmd As Byte Local Pc As Byte
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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Datei
GPSSystem2.bas
.2 Cs1 Alias Portb.4 Cs2 Alias Portb.3 En Alias Portb.5 Rw Alias Portb.6 Id Alias Portb.7 Dim Check As Byte Dim Status As Byte Dim Temp As Byte Dim Value As Byte Dim Lauf As Word Dim Page As Byte Dim Adresse As Byte Dim Shifttemp As Byte Dim D As Integer Dim Xc As Integer Dim Yc As Integer Dim Tswitch
in „KS0108B Displaytech 64128A“ · Mikrocontroller und Digitale Elektronik ·
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PDF
liesmich.pdf
As Single Dim Ftemp As Word Dim Ftemp1 As Integer Dim Fstemp As Single Dim Gtemp As Word Dim Gtemp1 As Integer Dim Gstemp As Single Dim Htemp As Word Dim Htemp1 As Integer Dim Hstemp As Single Dim Reg As Byte Dim Heizg As Byte Dim Re As String * 3 Dim Offset As Single Dim T As Bit Dim Z As Bit Dim S As Byte Dim Auswahl As Byte Dim Jump As Byte Dim Fa As Bit Dim Fb As Bit Dim Fc As Bit Dim Fd As Bit Dim F_e As Bit Dim
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Datei
rpn_boris_A328_v2.14.bas
======================================================================== Sub Interpr_rx() Local Ii As Byte Local Ij As Byte Local Rxs1 As String * 32 Local Snumber As Byte Local Posc As String * 1 Local Posn As Byte Local Fixi As Double Local Fixint As Long Local Fixdiff As Long Local Fixfrac As Double Local Rxwrk As Double Local Hmstunden As Long Local Hmminuten As Long Local Pcode_wrk As Byte Local Fixcode As Word Local Code_word As Word Local Pcode As Byte Local Adress As Byte Local Snake As Byte ' Anzeige leer
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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Datei
BME280.bas
Dig_t1 As Word Dim Dig_t2 As Integer Dim Dig_t3 As Integer Dim Dig_p1 As Word Dim Dig_p2 As Integer Dim Dig_p3 As Integer Dim Dig_p4 As Integer Dim Dig_p5 As Integer Dim Dig_p6 As Integer Dim Dig_p7 As Integer Dim Dig_p8 As Integer Dim Dig_p9 As Integer Dim Dig_h1 As Byte Dim Dig_h2 As Integer Dim Dig_h3 As Byte Dim Dig_h4 As Integer Dim Dig_h5 As Integer Dim Dig_h6 As Byte 'unkompensierte Sensor Werte Dim Ut As Long Dim
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Datei
rpn_boris_A328_v2.9.bas
nach x ' ======================================================================== Function Exec_kdo() As Byte Local Convdoubl As Double Local Wrk_fix_flag As Byte Local Code As Byte Local Is_ziffer As Byte Local Save_key As Byte Local L_adr As Byte Local L_code As Word Local L_cmd As Byte Local Pc As Byte
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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Datei
can-receiver.bas
RX-MOb Declare Sub Can_rx() ' poll to receive data Declare Sub Can_tx(byval Mob As Byte , Byval Can_tx_id As Long , Byval Can_tx_dlc As Byte , Byval Bitmode As Byte) ' create send-MOb and send data Declare Sub Can_set_mask(byval Mob As Byte , Byval Rx_id As Long , Byval Mask As Long , Byval Bitmode As Byte) ' set filter Declare Function Can_mob_used(byval Mob As Byte) As Byte ' =1, if MOb used Declare Function Can_transmitted(byval Mob As Byte) As Byte ' =1, if message transmitted Declare Function
in „AVR AT90CAN128 bei CAN-Empfang langsam“ · Mikrocontroller und Digitale Elektronik ·
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Datei
Strichbreite25.bas
Ilim1 As Word Dim X As Word Dim Om As Byte '------------------------- ADC1-Ablaufzeit----------------------------- Dim Aipmin As Word Dim Aip As Word Dim Aip1 As Word Dim Aipminus As Word Dim Aipplus As Word
in „mit Bascom über rs232 Frequenz aus einen Frequenzzählermodul auslesen.“ · Mikrocontroller und Digitale Elektronik ·
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PDF
AS1106_07_Datasheet_EN_v1.pdf
2.5 3 3.5 4 4.5 5 5.5 6 TAMB(°C) a VDD (V) c i n h c e T www.austriamicrosystems.com/LED-Driver-ICs/AS1106_07 Revision 2.28 6 - 21 AS1106, AS1107 Datasheet - Typical Operating Characteristics Figure 7. AS1106 Segment Output Current Figure 8. AS1107 Segment Output Current Intensity = 31/32 (0Fh) Intensity
in „LED 8x8 Matrix mit AS1107 und AT90PWM316“ · Mikrocontroller und Digitale Elektronik ·
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Datei
rpn_boris_A328_v1.14.bas
As Integer ' Dim Save_fixflag As Byte ' 2. Rechenregister Dim Rx As Double Dim Ry As Double Dim Rz As Double Dim Rt As Double Dim Lstx As Double ' 3. Speicher fuer die LED-Anzeige Dim I_st(16) As Byte '
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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Datei
rpn_boris_A328_v1.14.bas
As Integer ' Dim Save_fixflag As Byte ' 2. Rechenregister Dim Rx As Double Dim Ry As Double Dim Rz As Double Dim Rt As Double Dim Lstx As Double ' 3. Speicher fuer die LED-Anzeige Dim I_st(16) As Byte '
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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Datei
rpn_boris_A328_v1.15.bas
As Integer ' Dim Save_fixflag As Byte ' 2. Rechenregister Dim Rx As Double Dim Ry As Double Dim Rz As Double Dim Rt As Double Dim Lstx As Double ' 3. Speicher fuer die LED-Anzeige Dim I_st(16) As Byte '
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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Datei
Strichbreite15.bas
* 16 Dim Daten4 As String * 16 Dim Serialstring As String * 20 Dim Serialstring_m1 As String * 20 Dim Serialstring_m2 As String * 20 Dim Stringi As Byte Dim Serialchar As Word Dim Marke1_flag As Word Dim Marke2_flag As
in „mit Bascom über rs232 Frequenz aus einen Frequenzzählermodul auslesen.“ · Mikrocontroller und Digitale Elektronik ·
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Datei
LCDTreiber_V.1.0.bas
baud = 115200 Declare Sub Initlcdc() Declare Sub Initlcdg() Declare Sub Sendlcdcommand(byval Command1 As Byte , Byval Data1 As Byte) Declare Sub Waitifbusy() Declare Sub Setcursor(byval Y As Byte , Byval X As Byte) Declare Sub Setpixel(byval Y As Byte , Byval X As Byte) Declare Sub Clearpixel(byval Y As
in „LCD mit HD61830“ · Mikrocontroller und Digitale Elektronik ·
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Datei
PID_3.3_Multicycles.txt
Dim Druckbuffer As Word Dim Druck As Single Dim Drucktemp As Single Dim Gainpressure As Single '6. For the control signal Dim R As Single R = 0.0 Dim U As Single U = 0.0 Dim Y As Single Y = 0.0 Dim E1 As Single Dim E2 As Single Dim E3 As Single E1 = 0.0 E2 = 0.0 E3 = 0.0 '7. PID parameters Dim Kp As Single 'P parameter Dim Ki As Single 'I parameter Dim Kd As Single 'D parameter Dim Timesampling As Single Timesampling
in „Frage Regelungstechnik: dynamische Systeme“ · Mikrocontroller und Digitale Elektronik ·
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Datei
CAM.bas
As Byte Dim Datenfreigabe_01 As Byte Dim Datenfreigabe_02 As Byte Dim Datenfreigabe As Byte Dim Eepromspeicherung As Byte Dim Blitzlicht As Byte Dim Grosses_bild As Byte Dim Connect_schweigen As Byte Dim
in „IQP 500 GSM Bildübertragung Tonerätzverfahren“ · Projekte & Code ·
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Datei
BME280.bas
Integer Dim Dig_p3 As Integer Dim Dig_p4 As Integer Dim Dig_p5 As Integer Dim Dig_p6 As Integer Dim Dig_p7 As Integer Dim Dig_p8 As Integer Dim Dig_p9 As Integer Dim Dig_h1 As Byte Dim Dig_h2 As Integer Dim Dig_h3 As Byte Dim Dig_h4 As Integer Dim Dig_h5 As Integer Dim Dig_h6 As Byte 'unkompensierte Sensor Werte Dim Ut As Long Dim Up As Long Dim Uh As Long 'Funktionsübergreifende Hilfsvariablen Dim T_fine As Long Dim P_old As Dword
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Datei
BME280.bas
Integer Dim Dig_p3 As Integer Dim Dig_p4 As Integer Dim Dig_p5 As Integer Dim Dig_p6 As Integer Dim Dig_p7 As Integer Dim Dig_p8 As Integer Dim Dig_p9 As Integer Dim Dig_h1 As Byte Dim Dig_h2 As Integer Dim Dig_h3 As Byte Dim Dig_h4 As Integer Dim Dig_h5 As Integer Dim Dig_h6 As Byte 'unkompensierte Sensor Werte Dim Ut As Long Dim Up As Long Dim Uh As Long 'Funktionsübergreifende Hilfsvariablen Dim T_fine As Long Dim P_old As Dword
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Datei
BME280.bas
Integer Dim Dig_p3 As Integer Dim Dig_p4 As Integer Dim Dig_p5 As Integer Dim Dig_p6 As Integer Dim Dig_p7 As Integer Dim Dig_p8 As Integer Dim Dig_p9 As Integer Dim Dig_h1 As Byte Dim Dig_h2 As Integer Dim Dig_h3 As Byte Dim Dig_h4 As Integer Dim Dig_h5 As Integer Dim Dig_h6 As Byte 'unkompensierte Sensor Werte Dim Ut As Long Dim Up As Long Dim Uh As Long 'kompensierte Sensor Werte Dim T_fine As Long Dim P_fine As Dword Dim H_fine
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Datei
vb_code.txt
Imports System Imports System.IO Imports System.Net Imports System.Text Public Class Form1 Dim url As String Dim Dateiname, abfr As String Dim pic As Bitmap Dim schaltvariable As Integer Dim len As Integer Dim abfrx, z1, z2, z3, z4, z5, z6 Dim lastCompleteDay, timestamp_d As Integer Dim readyState As Integer = 0 Dim array(96, 5) As Integer Dim Bild As Bitmap Private Sub Form1_Load(ByVal sender As System.Object, ByVal e As System.EventArgs) Handles MyBase.Load timestamp_d = Date.Today.DayOfYear + 365 * (Today.Year - 2014) + (Today.Year
in „Anpassung U.Radig-Webserver mit UDP für ARM CORTEX“ · Projekte & Code ·
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Datei
PingPong1.bas
framesize = 64 Config Portc = 15 'PORTC als AD-Eingang Config Portb = Output Config Portd = 255 Dim X(14) As Word Dim W As Word Dim D As Byte Dim N As Byte Dim Ticks As Byte Dim Xgeschw As Integer Dim Ygeschw As Integer Dim Xpos As Byte Dim Ypos As Byte Dim Altpos As Byte Dim Vh1 As Integer Dim Ad0 As Word Dim Ad0_mean As Word Dim I As Byte Dim Vhelp As Word Dim Vhelp1 As Integer 'Dim Vhelp3 As Integer Dim Dat As Integer Dim Vy As Byte Dim Col As Byte Dim Portdout As Byte Dim Portcout As Byte 'MENUE Dim Mplaywahl As Bit
in „Hilfe! Ping Pong: Code verstehen und umschreiben“ · Mikrocontroller und Digitale Elektronik ·
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Datei
libaes256.a
366 ` ² ² ² ² ² ² ² ² ² ² ² ² ² ² ² ² ² ² ² ²gf_alog gf_log gf_mulinv rj_sbox rj_sbox_inv rj_xtime aes_subBytes aes_subBytes_inv aes_addRoundKey aes_addRoundKey_cpy aes_shiftRows aes_shiftRows_inv aes_mixColumns aes_mixColumns_inv aes_expandEncKey aes_expandDecKey aes256_init aes256_done aes256_encrypt_ecb
in „ESP8266 SD Card / AES256“ · Mikrocontroller und Digitale Elektronik ·
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PDF
ILDA.Standard.pdf
International Laser Display AssociatPage 1 Permission is given to reproduce all or part of this document as long as credit is given to ILDA and the copyright is acknowledged as follows: "This material is" [or "Portions of this material are"] copyright ©2004 by the International Laser Display Association and
in „µC -> DAC -> Differenzielles Signal ( ILDA ) Aber wie ?“ · Analoge Elektronik und Schaltungstechnik ·
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Datei
fft2test.bas
used device $Stack = 32 ' stack depth $Clock = 3.6864 ' adjust for used crystal $Baud=115200 Dim m As Byte Dim n As Word,k1 As Word,k2 As Word,nk As Word,n1 As Word,n2 As Word, i As Word, k As Word,j As Word,j1 As Word,j2 As Word,e1 As Word,e2 As Word,o1 As Word Dim o2 As Word,dr As Word,di As Word,ei As Word,ej As Word,l As Word, th As Float,ag As Float,wr As Float,wi As Float,t As Float,s As Float,c As Float Dim cr As Float,ci As Float,ar As Float,ai As Float,br As Float,bi As Float Dim buffer(32)
in „peakfilter im AVR?“ · Mikrocontroller und Digitale Elektronik ·
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Datei
rpn_boris_A328_v1.16.bas
As Integer ' Dim Save_fixflag As Byte ' 2. Rechenregister Dim Rx As Double Dim Ry As Double Dim Rz As Double Dim Rt As Double Dim Lstx As Double ' 3. Speicher fuer die LED-Anzeige Dim I_st(16) As Byte '
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·
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PDF
AS5410_DataSheet_Rev1.5.pdf
ambient temperature range from -40°C to +105°C. It operates at a supply voltage of 3.3V +/-10%. Figure 1 AS5410 linear position sensing of the magnet www.austriamicrosystems.com/AS5410 Revision 1.5 1 - 28 AS5410 Data Sheet 4 Block Diagram VDD PWM AS5410 PWM X interface 3D Hall Temperature cell Y READY Z #0
in „SPI funktioniert nicht“ · Mikrocontroller und Digitale Elektronik ·
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Datei
SGF.bas
* 2 Dim T2 As String * 2 Dim J1 As Integer Dim I1 As Integer Dim I2 As Byte Dim I3 As Byte Dim K1 As Byte Dim K2 As Byte Dim K3 As Byte Dim Ke As Byte Dim Md As Byte Dim Msglen As Integer Dim Msglen2 As Byte Dim Zwischenwert_s
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Datei
SGF_interner_Speicher.bas
* 2 Dim T2 As String * 2 Dim J1 As Integer Dim I1 As Integer Dim I2 As Byte Dim I3 As Byte Dim K1 As Byte Dim K2 As Byte Dim K3 As Byte Dim Ke As Byte Dim Md As Byte Dim Msglen As Integer Dim Msglen2 As Byte Dim Zwischenwert_s
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Datei
rpn_boris_A328_v1.13.bas
As Integer ' Dim Save_fixflag As Byte ' 2. Rechenregister Dim Rx As Double Dim Ry As Double Dim Rz As Double Dim Rt As Double Dim Lstx As Double ' 3. Speicher fuer die LED-Anzeige Dim I_st(16) As Byte '
in „Noch ein Taschenrechner auf ATMega Basis“ · Projekte & Code ·