How to place ads in WordPress site other than sidebar area without plugin

WordPress site are easy to use and implement due to availability of free plugins which can help even a newbie to create WordPress based site. The popular plugins such Quick Adsense, Wp-insert, Easy Adsense which can help you to add ads code by shortcode in the post or where you want. But, there is no plugin that can help you to place ads on header of the website or footer. Although, you can use floating sidebar ads by using plugins.

Place ads in Blog post:

You can simply add ads code in your blog post or you can use Easy Adsense, Quick Adsense WordPress popular plugins to place ads automatically, I have also discussed about the manual pasting of code in WordPress blog posts.

Place Ads in Blog post Manually

Place ads in Header/Footer of your blog:

The process is not so complex even for non-web developers. A blogger can visit its theme editor page and click on header.php file to edit header. Here, you can find div id="banner" to place banner ads just below it so that it appears below the menu bar of your site.
Otherwise, you can directly place ads at the last of line of header.php code so that it appears just above the post of your blog and below the menu bar.

Alternately, you can use the WP Footer Ad plug-in to insert ads into your blog’s footer.

Place Floating Ads in Sidebar:

For without web skills it will be difficult to place ads with floating sidebar will be difficult. Now, you can the WordPress plugins to help yourself.

Floating Left Right Advertising: It is easy-to-use plugin which allows you simply ad skyscraper ads code and your ads will appear floating in the sidebar. One can also edit width, height, margin left and right.
Floating Adsense Bar: It is similar to the previous one which allows you to edit width, height and properly place floating ads in the margin of your blog.

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Buzzer interface with 8051 microcontroller

Buzzer is a electronic device that converts the electronic signal into buzzing noise, that is applied to it. It can be used as electronic bell or as quiz buzzer in many applications around us. Here, i world like to discuss the interfacing of a small buzzer with 8051 microcontroller and how different projects can be constructed. Buzzer Interfacing: This project shows the interface with AT89S52 microcontroller to a buzzer. When a push button is pressed, the buzzer will get ON and OFF ( number of times set in the code ) and then stops. Circuit Diagram: - The port P1 of the microcontroller is connected to buzzer. This type of connection is possible, if the current requirements of the buzzer is not more than 20mA. The output is in current source mode so that buzzer will turn ON when the output of the port is logic LOW. Switch is connected to port P3 which remains at logic HIGH by pull up resistor. Code: #include "REG52.h" #define buz P1 sbit SW=P3^0; long i...

Comparison Chart Between 8051, 8052, 8031and 8751

8051 is a popular 8-bit microcontroller and has been used in many applications since Intel introduced it. Many 8051 architecture are produced by Triscend, Intel, Atmel, Philips, Infineon (Siemens), ISSI, and Max Corp. Today, 8051 microcontrollers may not be popular but, the 8051 architecture is still popular and employed in thousands of embedded applications. This 8-bit architecture has been different segments such as 8052, 8051, 8751 and 8031 . 8052 is the super-set of 8051 and 8031 is the memory-less microcontroller hence, it has interfaced with external ROM. Whereas, 8751 chip has only 4Kbytes of on chip UV-EPROM. Everyone knows about the general 40-pin microcontroller i.e. 8051 introduced by Intel in 1980s and consists of serial communication pins, Timer, Interrupts, RAM, ROM. It has 4 ports and each port has 8 pins, total 32 pins and other 8 pins for other purposes. 8052 is the super-set of 8051 that consists of 8K bytes of internal RAM (4K in 8051), 256 by...

Different ways to generate delays in 8051

The delay length in 8051 microcontroller depends on three factors: The crystal frequency the number of clock per machine the C compiler. The original 8051 used 1/12 of the crystal oscillator frequency as one machine cycle. In other words, each machine cycle is equal to 12 clocks period of the crystal frequency connected to X1-X2 pins of 8051. To speed up the 8051, many recent versions of the 8051 have reduced the number of clocks per machine cycle from 12 to four, or even one. The frequency for the timer is always 1/12th the frequency of the crystal attached to the 8051, regardless of the 8051 version. In other words, AT89C51, DS5000, and DS89C4x0 the duration of the time to execute an instruction varies, but they all use 1/12th of the crystal's oscillator frequency for the clock source. 8051 has two different ways to generate time delay using C programming, regardless of 8051 version. The first method is simply using Loop program function in which Delay() funct...

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