Skip to main content

HARDWARE

Image
By
USBasp - USB programmer for Atmel AVR controllers
USBasp is a USB in-circuit programmer for Atmel AVR controllers. It simply consists of an ATMega48 or an ATMega8 and a couple of passive components. The programmer uses a firmware-only USB driver, no special USB controller is needed.
Features
  • Works under multiple platforms. Linux, Mac OS X and Windows are tested.
  • No special controllers or smd components are needed.
  • Programming speed is up to 5kBytes/sec.
  • SCK option to support targets with low clock speed (< 1,5MHz).
  • Planned: serial interface to target (e.g. for debugging).
    Download
    Firmware and circuit         
    The following packages include circuit and firmware
    Drivers
    On Linux and MacOS X no kernel driver is needed. Windows requires a driver for USBasp:
    usbasp-windriver.2009-02-28.zip (70 kB)

    Note: Windows Vista/7 x64 requires drivers with digital signature. Currently there are no official drivers for libusb (USBasp software is based on it) with such a signature. Users reported that there is a tool named "Driver Signature Enforcement Overrider" to avoid the signature check.
    Software
  • AVRDUDE supports USBasp since version 5.2.
  • BASCOM-AVR supports USBasp since version 1.11.9.6.
  • Khazama AVR Programmer is a Windows XP/Vista GUI application for USBasp and avrdude.
  • eXtreme Burner - AVR is a Windows GUI Software for USBasp based USB AVR programmers.
Hardware
Schematic


Presented By- SANJEEV SHARMA 

  [ Studying in EC 2nd Year]
  Naraina College Of Engineering & Technology, kanpur
                                            
Labels:

Comments

  1. Anonymous3 May 2011 at 21:25

    bahut accha.kafi interesting he.......ankit tripathi..

    ReplyDelete

Post a Comment

Popular posts from this blog

BEST SITES FOR B.TECH PROJECTS FOR ALL BRANCHES ESPECIALLY FOR CS STUDENTS.........

By
 http://www.kpsec.freeuk.com/ http://1000projects.org/b-tech-mini-projects-java.html http://207.58.162.63/ 1000 projects .org/electrical- projects -for- b-tech .html   www.iitr.ac.in/departments/.../Academics+ BTech _ Projects .html   btechprojects .org/   61.1.197.244/Students Project / Project Details.aspx   www.examsadda.com/2011/.../mini- projects -for-electronics.ht...   in.answers.yahoo.com/question/index?qid.   www.iitp.ac.in/index.php/research.../489- btech - projects -12.ht..   www.iitr.ac.in/departments/.../Academics+ BTech _ Projects .html   web.iitd.ac.in/~sbhalla/ btech ministudent.htm   troubleshoot4free.com/fyp/index.php   newdelhi.olx.in/ btech - projects - cse - projects -cs- projects -final-y   www.iitr.ac.in/.../Academics+ CSE _ B_Tech _ Projects _08-09.ht..   1000 projects .org/ b-tech - cse -mini- projects .html   www.iiitd.ac.in/education/ btech   seminarprojects.com › ... ...
13 comments
Read more

FUNDAMENTALS OF ELECTRONICS DEVICES --ASSIGNMENT -2

By
21. Determine the conductivity of a semi-conductor 22. Determine the number of electrons in conduction band in terms of band gap E G and also find the number of holes in valence band. Write a procedure to find the number of electrons in the conduction band of a semiconductor. Derive an expression for the total number of holes in a semiconductor. What is intrinsic concentration of charge carriers in a semiconductor? Derive an expression for carrier concentration in terms of band gap (E G ). Write a short note on conductivity and mobility of semiconductor material. Derive a mathematical expression for electrical conductivity. What do you mean by relaxation time, collision time and mean free path. What is Fermi level? How does it depend on temperature? Derive an expression for Schrodinger wave equation. Derive the expression for conductivity of a semiconductor. What is basic crys...
9 comments
Read more

Problems On Signals & Systems

By
Today we are presenting previous year questions on signals & systems so this is useful for EC & EN 2nd year.. These problems are collected by BABITA RAWAT , studing in EC 2nd year. Q1. Classify signals according to signal characteristics. Q2. What do you understand by unit-step, unit ramp & unit impulse signal? Q3. Differentiate b/w periodic & non-periodic signals. Q4. Sketch the following signal X (t) =B [u (t+2)-u (t-2)] Q5. Show that the distinguishable range of digital frequency is of length 2Ï€ only. Q6. With suitable examples, define the periodic & non-periodic signals. Let x1(t) =sin (2Ï€f1t) & x2(t) =cos (8Ï€f2t) Be the two periodic signals, where f1 & f2 are two arbitrary constants. Determine the condition for which the signal X (t) =x1(t) +x2(t) Should also be a periodic signal? Q7. Sketch the following signal X (t) =A [u (t+a)-u (t-a)] for a>0 Also determine whether the given signal is a power signal or an energ...
7 comments
Read more