M39003/01-8365/HSD

Lifetime @ Temp.:	--
Failure Rate:	D (0.001%)
Features:	Military
Ratings:	--
Manufacturer Size Code:	A
Lead Spacing:	--
Height - Seated (Max):	--
Size / Dimension:	0.135" Dia x 0.286" L (3.43mm x 7.26mm)
Package / Case:	Axial
Mounting Type:	Through Hole
Series:	Military, MIL-PRF-39003/1, CSR13
Operating Temperature:	-55°C ~ 125°C
ESR (Equivalent Series Resistance):	--
Type:	Hermetically Sealed
Voltage - Rated:	100V
Tolerance:	±10%
Capacitance:	0.47µF
Lead Free Status / RoHS Status:	--
Part Status:	Active

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Tantalum capacitors, also known as tantalum electrolytic capacitors, are a type of capacitor with a tantalum anode and an electrolytic cathode. They are divided into wet-type and dry-type tantalum capacitors with different capacities, and are widely used in electronic devices due to their high-capacity-small-size characteristics. Among them, the M39003/01-8365/HSD type tantalum capacitors are well known in the electronics industry for their high capacity and reliability.The M39003/01-8365/HSD type tantalum capacitors are mainly used in power supply circuits, amplifiers, radio equipment, computers, and electronic data transmission circuits. They provide low resistance and are used to store electrical energy and store peak current for power electronics circuitry. Their applications are mainly divided into two types: one as a high frequency filter circuit, the other as a frequency selection circuit. When used as a high frequency filter circuit, the M39003/01-8365/HSD type tantalum capacitors can reduce high frequency interference, stabilize power supply, reduce the burst noise of the signal, and reduce the signal interference. When used in a frequency selection circuit, the M39003/01-8365/HSD type tantalum capacitors can play the role of frequency selection in the circuit, selection of radio signals with a certain frequency, and provide the necessary frequency components for the circuit.The working principle of the M39003/01-8365/HSD type tantalum capacitors can be understood by analyzing their internal structure. Its anode is made of tantalum. Its electrolyte is manganese potassium oxide, and its cathode is formed by soaking the copper foil in manganese potassium oxide. When the tantalum capacitor is in working condition, the current flowing through the capacitor affects the electrolyte near the anode, forming an oxide film. This oxide film acts as a dielectric between the anode and cathode, providing insulation, and allowing the capacitor to store capacitance. The current will create a weak "build-up" of this oxide film, allowing the capacitor to store charge.The performance characteristics of the M39003/01-8365/HSD type tantalum capacitors are quite impressive. They have low internal loss and can achieve very high capacitance, compared with other types of capacitors. They have a very small physical size for their large capacitance values, and their large surface area allows for high voltage ratings. The combination of these characteristics makes them an ideal choice for high frequency, low noise, and small form factor applications.The M39003/01-8365/HSD type tantalum capacitors also have a few drawbacks. They are fairly expensive compared to other types of capacitors such as aluminum electrolytic capacitors. They also have a limited power handling capability, and are not suitable for high-power applications such as electric motors. Furthermore, they are quite sensitive to temperature changes and must be properly cooled to keep their performance characteristics.In conclusion, the M39003/01-8365/HSD type tantalum capacitors are an excellent choice for applications that require high capacitance, low loss, and small size. Their high performance characteristics make them ideal for use in high frequency, low noise, and small form factor applications. However, their high cost and limited power handling capacity make them unsuitable for high power applications such as electric motors. Additionally, their sensitivity to temperature changes means they must be cooled properly to ensure their optimal performance.

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