199D564X9035A1V1

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Tantalum capacitors are an actively utilized form of capacitors, today, which get their namesake from their cathode material. Their careful design makes them a viable, competitive choice compared to other capacitor varieties currently on the market as they can obtain much higher volumetric capacitance than any of their counterparts. The ability to provide a viable solution for a multitude of electrical applications makes them a go-to choice for many engineers at present. 

The crucible for tantalum capacitors was molded initially in the early 1940s when tantalum was regularly being investigated for superior electrical characteristics. With a focus towards making capacitors utilizing this particular material, tantalum capacitors soon found a home in a range of varying applications which made use of their sound electrical characteristics.

Those being the cursory requirements for tantalum capacitors, it becomes interesting to talk about the qualification criteria for their usage and the specific example we have before us in the form of the part code 199D564X9035A1V1. To understand its application field and working principle, let\'s break down the part code into various components and investigate them.

The first three digits of the part code represent the manufacturer, here 199D. This is usually based on various autonomous systems and processes which is why it\'s not widely preferred to try and decode it as direct information. The fifth and sixth digits, signify the capacitance multiplier of the part, in this case it is 56. This represents 56 x 10, meaning the capacitance of this particular part is 560 pF.

The fourth digit in the code, signifying a temperature coefficient related to the part\'s temperature range, is generally a 4 which would depict a temperature range of -20 to 85°C. The seventh digit of the code, here 0, emits the voltage related information of the part denoting a 6.3V voltage rating.

The following digits are signify the working principle or the structure of the part, in this case the structure of the part is the 35A1V1. This combination of letters and numbers indicate the physical layout of the part and the type of package it comes with. The A in the part code denotes the anode terminals, while the V in the part code refers to the type of package, with V being an individual case.

To sum it up, the part code 199D564X9035A1V1 is suitable for use with DC bias applications which require a 560pF capacitor, with a voltage rating of 6.3V, a temperature range of -20 to +85°C, and a single case package. This set of specifications narrows down the applications for the part to single DC bias circuits which require minimal variation in capacitance over temperature.

Overall, the tantalum capacitors can be seen as coming with a multiple tasks which becomes evident through their use in a wide array of applications. The part code 199D564X9035A1V1 is a great example of the superior engineering which goes into the design of a tantalum capacitor and the unique characteristics each part obtains from careful design. With a strong focus on the impedance characteristics, helpful in eliminating electrical interference, the tantalum capacitor continues to stay at the forefront of the capacitor kingdom with each passing day. 

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