Getting to Know the Different Types of Callaway Golf Balls

Golf bagsThere are many different types of golf balls. Callaway offers a collection of golf balls that suit the golfing skills and budget of casual and professional golfers alike. Callaway golf balls are easy to spot when put in together with other golf balls. The distinct feature they possess is the hexagonal dimples that cover the ball, as opposed to the ordinary circular dimples of any other golf ball. This mesh of hexagons is said to give more stability while airborne. Golf balls made by the company are differentiated by the number of pieces used in the ball. Aside from this, the company also offers a collection of women’s golf balls which come in different colors and styles which are fit for a woman’s style when playing golf.

For casual golfers who would like a good quality golf ball for a cheaper price, it is recommended to go for Callaway’s two-piece golf balls. As the name implies, these balls are made of two pieces: the core and the cover. The Big Bertha Diablo Callaway golf balls are designed for golfers who want to get more distance out of their swing and at the same time experience a soft feel while having less dispersion. Designed to match the new line of Big Bertha Diablo liners, Big Bertha Diablo golf balls are made with a core composed of tough and flexible rubber which results in the ball’s increased speed when hit off the tee. The composition of the core also helps reduce spinning while in the air. The outer cover of the ball, on the other hand is a meager .043 inches thick, which is why it brings a soft feel to it. Being on the cheaper end of Callaway’s golf balls, two-piece balls are usually sold at a range of $24 per dozen.

The next type of Callaway’s golf balls are three-piece balls. For those who would want more control and would not mind spending a little more, these balls would be a perfect choice. One of Callaway’s most famous three-piece golf balls is the HX Hot Plus which is sold at $28 per dozen. This is an upgraded version of the HX Hot and has comparable ball speed with the latter. The difference between the two is that the HX Hot Plus gives off less spin with long clubs and also offers an improved distance. Other improved features include a lower compression due to the HX Hot Plus’ rubber core and a thicker inner core which contributes to its softness.

The last category of Callaway golf balls is the four-piece type of balls. Their balls come as the most expensive type and are usually used by professional golf players. Popularly known in the world of professional golf are golf ball models Tour i and Tour ix. These golf ball models are the top picks of professionals Phil Mickelson and Ernie Els. Being top of the line, these balls are made with such precision and applied with certain technologies to aid the golfer at play. Material for the inner and outer cores are derived from synthetic rubber, sheathed with a mantle and ringed by a cover just .5mm thick. These balls are fashioned to spin less with drivers and more with the short irons and wedges. Four-piece golf balls are great as they give golfers a chance to modify how much control they would want when hitting the ball.

When choosing a model of Callaway golf ball fit for one’s skill and style, it is best to be first informed of the different types available and from there on, determine which one best qualifies for the player’s preference. Keep in mind the different features of each and determine if they meet the needs of the player prior to purchasing them to avoid unnecessary spending.

Printed Circuit Boards: Why the World can’t Function Without Them

Many consider the printed circuit board, more widely known as the PCB, as the key building block of modern technology. Without it, the developers of some of the most popular pieces of modern gadgetry would be at a complete standstill. These developers would not have been able to build multi-purpose small-sized phones or ‘smart’ television sets.

Without PCBs, humanity would probably still be in the dark ages of technological invention. This would probably prompt you to ask: what exactly is a PCB and how come it’s so important?

printedcircuitboardA printed circuit board physically supports the internal wirings of an electrical device. It serves as a base where all the wires are arranged and organized to allow the proper flow of electrical current through all the components. The PCB also serves as a base that supports the different wires for sending signals and instructions from one part of the device to another.

For instance, when a phone user enters a number and presses the call button on his phone, the components mounted on the board will send the instruction to call onto the correct component that is responsible for placing calls. Because it serves as the backbone of every electronic device, the printed circuit board has to be made out of durable material. The materials used should also be non-conductors of electricity in order to avoid accidental electrocutions.

This is why most PCB manufacturers use a thin sheet of fiberglass as the base of the PCB and they then cover this up with a thin sheet of copper plating. There are also a few manufacturers who use plastic sheets as the base and then reinforce this with a layer of glass. The copper sheet is then added on top of this glass-reinforced base.

The copper layer of the PCB base is important because it is where the circuit’s pattern or design would be printed on. This design is normally created on a computer first and then printed using an industrial printer onto hundreds of base boards. The designs vary according to the purpose through which the finished product would be used.
This means that the design on a cellphone’s PCB is different from the PCB design of a smart TV or an electronic toy. The only thing that all these electronic devices have in common is that they all need the PCBs to be able to do their jobs well.

The different components on a PCB are mounted using two different methods:

1.Surface mount technology – This method involves sticking the various components onto the PCB base using solder paste. This is highly beneficial for manufacturers who wish to save on the costs for handling the PCB materials. Manufacturers just have to make sure that the mounting process is done in a cleanroom environment. This can help them to avoid incurring any damages on the components due to changes in the static level.

2.Through-hole technology – This method involves inserting the tips of each component onto holes on the base board. These holes are pre-drilled onto the board during the design printing process. This method is mostly used by manufacturers whose electronic products have to have a high level of reliability.

Products that are pegged for use in the military or in aeronautics are often created using through-hole technology on its PCBs. This is because these products often encounter extreme conditions such as drastic changes in temperature and the like.

Some manufacturers also combine these two methods of mounting the components onto the printed circuit board. This enables them to harness the advantages of both methods, which means that their end-products are ultimately of higher quality.