The history of mil std 1553 pcie has changed surprisingly little since it first hit the scene. This serial data bus standard has been around since 1973 and in that time has only seen 6 revisions. 

Most people aren’t aware of this military standard and the surprising appearances throughout the history of military aircraft it has. 

Let’s take a closer look at some of the more exciting times this standard has been put to the test.

Avionics and the F-16 Falcon

This standard got to have its first chance in the air with the launch of the first F-16 Falcon. This impressive fighter plane was the absolute peak of performance of its day. That demanding level of power required an even more precise amount of technological wizardry. 

Only the highest standards could keep a bird like that in the air. That’s why mil std 1553 was designed to leave every other standard in the dust. 

In fact, mil std 1553 performed so well it would soon be scheduled to help humanity leave Earth’s orbit. 

Heading to Outer Space 

This standard wasn’t satisfied with just being bound to our Earth. Eventually, mil std 1553 pcie had to test the final frontier. 

NASA needed a reliable serial data bus standard to make space travel safer and more reliable and they found in it mil std 1553. 

Having shown its usefulness here in America and in space, mil std 1553 set its sights on the globe. 

The Global Standard

Military aircraft all around the world have adopted mil std 1553. Sweden, the European Union, Russia, and Israel have all adopted mil std 1553 for their aircraft. The most technologically demanding fighter craft on the planet rely on this standard. 

This American made military standard has reshaped the face of air and space flight. When aircraft need top performance with no margin for error, they turn to mil std 1553. 

Revisions and Updates 

When it comes to military aeronautics, there is still only one gold standard and that’s mil std 1553.  

There have been a few revisions and updates to this standard over the years. The revision 1553B was designated to ensure that this standard could remain flexible to future changes. The standard revision 1773 was designated when optical cabling started to become more commonplace. No matter what the future brings, mil std 1553 is ready to adapt to these changes. 

When it comes to subtle standards that had major global impacts, mil std 1553 pcie takes the cake. This standard shapes how we advance our technology and where 1553 takes us, on Earth or beyond, will be an exciting place.

You may not realize it, but the benefits of industrial etching are all around us. They’re in our homes, our workplaces, and even outer space. Chemical tooling is a detailed manufacturing process that can make metal parts large and small that are essential in our modern society. Here are some of the remarkable items made possible thanks to etched metal parts. 

1. Smartphone Parts

What you hold in your hand every day is a product of the power of etched technology. Smartphones have many metal parts inside that were chemically etched, including battery cells, speaker grills, and EMI/RFI shielding. Sometimes these parts can be salvaged or remade from old phone parts, which is why smartphone recycling is a beneficial practice to consider.

2. Telescopes

From powerful building-sized telescopes to your father’s tripod, digital tooling makes a lot of the tiny parts required for telescopes to see the heavens. If you think about it, the amazing things we have seen from the Hubble telescope would not have been possible without etched parts like the ones inside this famous telescope. Since its launch in 1990, Hubble continues to observe phenomena in space.

3. Microscope Objectives

Industrial grade tooling helps make the parts that observe things close up as well as far away. Tiny springs, gaskets, shims, and other components help build these useful tools. Microscopes play important roles in medical, scientific, welding, and manufacturing applications. For example, they are applied in the examination of quality control checks in assembly lines.

4. Medical Equipment

The equipment laid out on a surgeon’s table is made in the same way as the parts in a microscope. You guessed it – chemical tooling. Scalpels, foreceps, and mesh screens are some of the many medical devices that surgeons and dentists use every day. These special items must be precise in their applications. The intricate etched process ensures this is made possible. 

5. Spacecraft Parts

Astronauts depend on their equipment for survival in space. Every part that functions in a spacecraft is vital, from large pieces to small. Leaf springs, antennae, clip-on and board-mounted battery contacts are just a few of the countless parts inside a spaceship. Communication, travel, and a hospitable environment all depend on how these pieces perform. The safety of these astronauts begins with the parts being fine-tuned through the tooling process of chemicals. 

Etching helps make some pretty cool stuff, right? That’s not the whole list, either… chemical tooling makes a lot more. Technological advancements have helped sharpen this process by harnessing UV light and chemically cutting the material down to fractions of a single millimeter. The next time you use your smartphone, think about etching. 


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