pseudorandom white noise generator

Abstract: 6 tap FIR Filter c code 4 bit LFSR white noise generator 48000Hz pink noise generator XCM 12 probability distribution function AN3101 code 4 bit LFSR
Contextual Info: AN3101-11 Pseudorandom Numbers Application Note AN3101-12: Pseudorandom Numbers by Shultz Wang Introduction In many applications, a source of random numbers is useful for processing purposes or as inputs. A white noise or pink noise source, for example, requires such a source. Since the

AN3101-04 Unusual Clocking

Abstract: AN3101
Contextual Info: AN3101-04 Unusual Clocking Application Note AN3101-04: Unusual Clocking for DSP-1KM by Chris Maple Introduction The DSP-1KM is designed to run off a 48kHz WORDCLK. In some applications a 48kHz reference frequency may not be available, but a high frequency clock 48kHz x 1024 = 49.152

AN2868

Abstract: rev counter Frequency Measurement rc Oscillator AN3101
Contextual Info: AN3101 Application note STM8L15x internal RC oscillator calibration Introduction The STM8L15x microcontrollers offer the possibility of using internal RC oscillators HSI High-speed internal factory trimmed oscillator of 16 MHz, typically or LSI (Low-speed

AN3101-08 Two-Phase Quadrature Oscillator

Abstract: quadrature oscillator AN3101 AN3101-08 XCM f dc-ds SINE COSINE OSCILLATOR sine oscillator Wavefront Semiconductor
Contextual Info: AN3101-08 Two-Phase Quadrature Oscillator Application Note AN3101-08: Two-Phase Quadrature Oscillator by Shultz Wang Introduction This application note presents an algorithm for a simple sine wave generator. The generated sine waves may be outputted as pure test signals, used as inputs for other calculations, or used

AN3101-05 Compressor and Expander

Abstract: AN3101
Contextual Info: AN3101-05 Compressor and Expander Application Note AN3101-05: Compressor and Expander by Shultz Wang Introduction This application note provides the algorithm for a basic compression/expansion curve. Algorithm When doing calculations with audio data, the amplitude scale used is decibels. Since decibels is

ADAT

Abstract: appnote 411
Contextual Info: AN3101-09 S/Mux Transmitter for ADAT Protocol AppNote AN3101-09: S/Mux Transmitter for ADAT® Optical Protocol By Shultz Wang Introduction The ADAT® Optical protocol allows the transmission of eight 24-bit channels at a sample rate of 48kHz down a single connection. With the advent of 96kHz sampling rates, it became necessary

transistor k31

Abstract: 0x409 0x401
Contextual Info: AN3101-06 Four Channel 1-Bit D/A Application Note AN3101-06: Four Channel 1-Bit D/A by Pete Celi Introduction This paper describes an unconventional application for the DSP-1K. By directly writing to the serial output lines every 64 ticks, a 16X over-sampling 1-Bit D/A converter may be realized. The

AN3101

Abstract: 0x003FFFF 0X400
Contextual Info: We make the parts that set creative people free Application Note AN3101-03: Log and Exponent for 1KM by Chris Maple The examples shown below are for educational purposes only and are not guaranteed to work in your application. The log and exponent instructions in the 1KM are piecewise linear approximations to log base

AN3101

Abstract: 0X0000002 0x0000200
Contextual Info: We make the parts that set creative people free Application Note AN3101-01: 1KM as an AES/EBU transmitter By Chris Maple The AES/EBU standard describes a digital serial method of stereo audio data transmission. The physical transmission medium is a differential pair. The format provides many error checks

STM8L

Abstract: AN3101 16612 ADC calibration HSITRIMR
Contextual Info: AN3101 Application note STM8L15x internal RC oscillator calibration Introduction The STM8L15x microcontrollers offer the possibility of using internal RC oscillators HSI High-speed internal factory trimmed oscillator of 16 MHz, typically or LSI (Low-speed

48KHz

Abstract: AN3101 CH1R0 ADAT Wavefront Semiconductor
Contextual Info: AN3101-10 S/Mux Receiver for ADAT Protocol AppNote AN3101-09: S/Mux Receiver for ADAT® Optical Protocol By Shultz Wang Introduction The ADAT® Optical protocol allows the transmission of eight 24-bit channels at a sample rate of 48kHz down a single connection. With the advent of 96kHz sampling rates, it became necessary

AN3101

Abstract: al3101 0x409 0X002 0x033 transistor k31 0x2000000 0x130 s1ac 0x40B
Contextual Info: We make the parts that set creative people free Application Note AN3101-06: Four Channel 1-Bit D/A by Pete Celi This paper describes an unconventional application for the AL3101.By directly writing to the serial output lines every 64 ticks, a 16X over-sampling 1-Bit D/A converter can be realized. The

20 channel GRAPHIC EQUALIZER

Abstract: AN3101 20 band equalizer alesis ALESIS SEMICONDUCTOR AN3101-07 parametric equalizer parametric equalizer analog SEMI GRAPHIC 8 channel equalizer
Contextual Info: We make the parts that set creative people free Application Note AN3101-07: 1KM as a 20-Band 8-Channel Equalizer by Jeff Rothermel This application note describes a method to implement graphic or parametric equalization on the 1KM. The method is based on the second-order analog parametric equalizer, represented by the

AN3101

Abstract: appnote 411
Contextual Info: AN3101-10 S/Mux Receiver for ADAT Protocol AppNote AN3101-10: S/Mux receiver for ADAT optical protocol By Shultz Wang Introduction The ADAT optical protocol allows the transmission of eight 24-bit channels at a sample rate of 48kHz down a single connection. With the advent of 96kHz sampling rates, it became necessary

STM8L15x

Abstract: AN3101 crystal 3.2768 Mhz STM8l STM32F10x
Contextual Info: AN3101 Application note STM8L15x internal RC oscillator calibration Introduction The STM8L15x microcontrollers offer the possibility of using internal RC oscillators HSI High-speed internal factory trimmed oscillator of 16 MHz, typically or LSI (Low-speed

AN3101-07 20-Band 8-Channel Equalizer

Abstract: AN3101-07 AN3101 z transform 8 channel equalizer 20 band equalizer parametric equalizer -digital FIVE band graphic equalizer manipulate
Contextual Info: AN3101-07 20-Band 8-Channel Equalizer Application Note AN3101-07: DSP-1K as a 20-Band 8-Channel Equalizer by Jeff Rothermel Introduction This application note describes a method to implement graphic or parametric equalization on the DSP-1K. Algorithm The method is based on the second-order analog parametric equalizer, represented by the

AN3101-11 Soft Mute

Abstract: AN3101
Contextual Info: AN3101-11 Soft Mute Application Note AN3101-11: Soft Mute By Shultz Wang Introduction Oftentimes, when switching between different programs in the DSP-1K, it is desirable to gently mute the output in order to avoid spurious noise, and then gently unmute after the program

16-to-a-power

Abstract: 0x400 x0015625
Contextual Info: AN3101-03 Logarithm and Exponent Application Note AN3101-03: Logarithm and Exponent for DSP-1K by Chris Maple Introduction The examples shown below are for educational purposes only and are not guaranteed to work in your application. For applications where a high accuracy in the logarithm and exponent functions of the DSP-1K

EBU transmitter

Abstract: 1df diode AN3101 IN 407
Contextual Info: AN3101-01 AES/EBU Transmitter Application Note AN3101-01: 1KM as an AES/EBU transmitter By Chris Maple Introduction The AES/EBU standard describes a digital serial method of stereo audio data transmission, using a physical transmission medium of a differential pair. The format provides many errorchecking capabilities, including three precise preambles, transitions at every bit boundary,

EBU receiver

Abstract: AES DSP application AN3101-02 0x0000040 AN3101 B Register
Contextual Info: AN3101-02 AES/EBU Receiver Application Note AN3101-02: DSP-1K as an AES/EBU receiver by Chris Maple Introduction The AES/EBU standard describes a digital serial method of stereo audio data transmission, using a physical transmission medium of a differential pair. The format provides many errorchecking capabilities, including three precise preambles, transitions at every bit boundary,

STM8L051F3

Abstract: STM32L15x STM8L051 IR 519A STM8L i2c STM8L CPU programming manual bj 950 131- 6 023-465 STM32L STM8L I2C Example
Contextual Info: STM8L051F3 Value Line, 8-bit ultralow power MCU, 8-KB Flash, 256-byte data EEPROM, RTC, timers, USART, I2C, SPI, ADC Datasheet  production data Features • Operating conditions – Operating power supply: 1.8 V to 3.6 V Temperature range: 40 °C to 85 °C

Contextual Info: STM8L151x8 STM8L152x8 STM8L151R6 STM8L152R6 8-bit ultralow power MCU, up to 64 KB Flash + 2 KB data EEPROM, RTC, LCD, timers, USARTs, I2C, SPIs, ADC, DAC, comparators Datasheet − production data Features • ■ Operating conditions – Operating power supply: 1.65 to 3.6 V

AN3101

Contextual Info: STM8L151x8 STM8L152x8 STM8L151R6 STM8L152R6 8-bit ultralow power MCU, up to 64 KB Flash + 2 KB data EEPROM, RTC, LCD, timers, USARTs, I2C, SPIs, ADC, DAC, comparators Datasheet - production data Features • Operating conditions – Operating power supply: 1.65 to 3.6 V

STM8L052

Contextual Info: STM8L052C6 Value Line, 8-bit ultralow power MCU, 32-KB Flash, 256-byte data EEPROM, RTC, LCD, timers, USART, I2C, SPI, ADC Datasheet − production data Features • Operating conditions – Operating power supply: 1.8 V to 3.6 V – Temperature range: -40 °C to 85 °C