24-8844-310C

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24-8844-310C application field and working principle

The 24-8844-310C is a low-cost, low-voltage integrated circuit (IC) and transistor socket designed to be used in applications such as high-speed communications and testing instrumentation. It is extensively used in combinations with all types of ICs and transistors.

The 24-8844-310C has a ZigBee-compliant form factor suitable for use in wireless sensor networks. It has a power consumption of only 0.3 W, so it is a low-power socket that operates even in battery-powered applications. The socket\'s design allows it to be used in a wide range of applications, including laptops, servers, and industrial computers.

Specifications

• Supports ZigBee-compliant form factor
• Low voltage range 10–15 VDC
• V-MAX 1.5 V
• C-MAX 2 mA
• I-MAX 50 mA (peak)
• P-MAX 20 dBm

Features

• Suitable for all types of ICs and transistors
• Serves as a low-cost, low-voltage socket for high-speed communications applications
• Tests instrument segments with consecutive events
• Provides socket data in short space format

Application Field

The 24-8844-310C can be used in a variety of applications, such as high-speed communications (such as Bluetooth, Wi-Fi, and Ethernet), instrumentation, and industrial computers. The socket\'s low-voltage range makes it suitable for use in laptop computers, servers, and industrial computers that may operate with limited power supplies. It is also suitable for powering wireless sensor networks, providing reliable power to ZigBee devices in low-power applications.

Working Principle

The 24-8844-310C has a dielectric film and a conductive metal pad that allow current to flow through the socket. The film provides the electrical insulation between the socket’s contacts and the metal contacts on the printed circuit board (PCB). The circuit board’s metal contacts form the electrical connections necessary for the current flow.

The 24-8844-310C operates on two principles: data transmission and data reception. In data transmission, the socket transmits data from the transmitting source connected to the socket to the receiver located on the other end of the socket. In data reception, the socket receives data from the receiving source connected to the socket, and the received data is sent to the transmitting source. This process creates a communication link between the two ends of the socket.

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