M39006/09-8788

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Tantalum Capacitors hold a wide range of applications due to its advantageous properties and qualities, such as smaller size, excellent frequency characteristics, and long operational life. Among them is the M39006/09-8788, an ultra-miniature surface-mounted single-ended capacitor. This capacitor is ideal for applications requiring its small size. Being a surface-mountable device, the capacitor is appropriate for those situations in which space is limited.

The M39006/09-8788 is a solid tantalum capacitor with a radial lead pitch of 2.54mm and a case size of 8.4mm x 7.6mm x 4.0mm. It features electrostatic discharge standard compliance of class 4 (< 2.4 kV). It also has an extended operating temperature range of -55°C to +125°C. The device also has a high ratings compared to other capacitors of its size, such as a maximum DC working voltage of 15 Volts and a maximum capacitance range of 0.1µF to 470µF.

The M39006/09-8788 utilizes a hermetically sealed tantalum case. This case allows the capacitor to have such robust capabilities as moisture resistance, vibration resistant, and superior electrical insulation. This unique hermetically sealed tantalum case allows for the relatively high temperature performance mentioned above. Additionally, it allows for higher capacitance and voltage rates than conventional leaded tantulum capacitors.

The M39006/09-8788 uses a sintered tantalum anode and a solid manganese dioxide cathode, held together by conductive epoxy and sealed in a hermetically sealed tantalum case. This allows the device to exhibit a higher capacitance than ordinary miniature surface-mounted tantalum capacitors. To ensure proper operation, it requires a bypass load of approximately 3 times the rated capacitance.

The M39006/09-8788 has a wide array of uses. It is often used in radios, mobile phones, and smart clocks. It is also used in many industrial applications such as telecommunication systems, navigation systems, computer motherboards, and other high-reliability applications.

The design of the M39006/09-8788 allows it to maintain its performance while operating at extreme temperatures, ranging from -55°C to +125°C. Additionally, the internal construction of the capacitor ensures maximum reliability and better stability during the life cycle of the device.

In conclusion, the M39006/09-8788 is an excellent and robust device that is ideal for use in miniature devices and applications with limited space. It offers exceptional performance in extreme temperatures and conditions, while also offering outstanding capacitance, voltage, and frequency characteristics.

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