M39003/01-7340/TR

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The M39003/01-7340/TR is an engineer’s dream: a high-reliability, military performance-level Tantalum Capacitor. It is a combination of high capacitance and miniature size, enabling it to be housed in electronic systems with limited space. A variety of materials are available, including shielded and unshielded versions, offering construction flexibility, high temperature performance and a wide variety of dielectric options. When properly applied, this Tantalum Capacitor is capable of providing reliable signal transmission and power supply solutions for demanding environments. Tantalum capacitors are some of the most popular and versatile components for electronic applications, and the M39003/01-7340/TR tantalum capacitor is no exception.

A tantalum capacitor is an electrochemical capacitor. Its main advantages are its low cost, long-term stability, low self-inductance, and excellent frequency characteristics. Its main function is to provide electric energy storage, filtering and smoothing of the voltage and current. It is mainly used as a voltage stabilizer and signal filter due to its low voltage drop characteristics.

The M39003/01-7340/TR tantalum capacitor derives its name from the industry leading temperature range of -55 °C to +125 °C and its high capacitance, which is up to 2700 uF. The capacitance is determined by the so-called “double layer” structure where two layers of tantalum-oxide form a barrier between the electrodes and the substrate. This capacitor is an electrolytic capacitor composed of an anode, a dielectric material, a cathode, and a pocket of electrolyte. The capacitance is determined by the thickness of the dielectric layer and the area of the electrodes. It is suitable for industrial, medical, aerospace, automotive, instrumentation and other high-reliability applications.

The M39003/01-7340/TR tantalum capacitor must be chosen according to the specific application in which it will be used. A back-voltage of up to 6.3 Volt can be applied for Operation mode use; however, in order to prevent damage to the device, if the capacitor is to be used in a low-voltage applications, the back-voltage should not exceed 1.5 Volt. The device can come in either a Surface-mount device or a Through-hole device, depending on the application. In addition, the tolerance rating ranges from ±10% to ±20%. It also includes the industry standard RoHS compliant lead-free solder joint processing.

The M39003/01-7340/TR tantalum capacitor also comes with a wide variety of mounting options, including: through-hole, surface mount, and snap-in configurations. It is important to consider the environmental requirements and physical requirements of the application when choosing the appropriate mounting type. For example, if the device will be exposed to a high temperature environment, a surface-mount type will likely be necessary. If the device will be mounted outside the system, a through-hole type may be preferred. The M39003/01-7340/TR is capable of being used in either single-ended or dual-ended configurations, depending on the specific application.

The M39003/01-7340/TR tantalum capacitor can also be used in a variety of applications, such as power conversion, filters, high frequency switching, oscillators and amplifiers. In general, the device can be used in low to medium power applications due to its high capacitance and low resistance features. Due to its low profile and low thermal resistance, this capacitor is ideal for applications where space constraints or high heat dissipation are concerns. The M39003/01-7340/TR tantalum capacitor is also suitable for applications in both high- and low-voltage switching applications.

In conclusion, the M39003/01-7340/TR is a reliable, high-performance tantalum capacitor capable of withstanding high temperatures and a wide range of conditions. It is perfect for applications in low to medium power applications, and is suitable for both high- and low-voltage switching applications. The M39003/01-7340/TR is an excellent choice for those who require high-reliability performance with maximum miniaturization and flexibility.

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