TMMH-148-05-FM-T

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Rectangular Connectors - Headers, Male Pins to TMMH-148-05-FM-T are used for connecting a printed circuit board (PCB) or other electrical connection to a device in an embedded application. This type of electrical connector is typically used when able to conduct smaller currents. It is important to remember these types of electrical connectors need to be shock and vibration-resistant, as they are typically used in their environment in applications.

TMMH-148-05-FM-T are plastic-moldable, slow-power insulated headers for metric applications. The connector features four terminals, a single row of five pole heavy pin contacts. It has a 4mm post length, a 5mm pitch and 5mm profile for maximum power retention. The TMMH-148-05-FM-T is constructed of Ultem, a durable plastic that is flame retardant, heat and shock resistance, and has a long service life.

The working principle of TMMH-148-05-FM-T is straightforward. The connection antennas on the printed circuit board are connected to the terminals on the connector. The connector is then connected to the device, such as a resistor, in order to establish an electrical connection. The power supply is connected to the back side of the printed circuit board, which completes the electrical connection.

In terms of application fields, TMMH-148-05-FM-T is primarily used for embedded applications like telecommunication, automotive, test and measurement, industrial automation, and medical equipment. This type of connector is well-suited for high-density interconnect devices due to its small package size and versatility. It provides cost savings in terms of size and mass production, since several connectors can often be rotated and used in a single application or product.

TMMH-148-05-FM-T offer a number of benefits that other types of connectors cannot. One of the most important advantages is its capability to handle higher currents and larger contact area for carrying more current. In addition, TMMH-148-05-FM-T is resistant to shock and vibration, making it ideal for rugged environments. Since the connector is made from plastic, it is also more cost effective.

In conclusion, TMMH-148-05-FM-T is an ideal solution for high-density interconnect devices due to its compact design, high current handling capabilities, and resistance to shock and vibration. Its main application fields are telecommunication, automotive, test and measurement, industrial automation, and medical equipment. Furthermore, its cost effectiveness and reliability make it an attractive solution for embedded applications.

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