H5BXT-10102-N9

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Jumper Wires

Jumper Wires are short electrical wires used to connect two locations in a circuit board. Jumper Wires usually have two metal contacts on each end and are insulated with a thin plastic coating. They are an ideal way of connecting two points in a circuit reliably and quickly. In many cases, Jumper Wires are used when regular wires or cables cannot be used due to size constraints. Jumper Wires can also reduce assembly costs since they require no soldering.

Pre-Crimped Leads

Pre-Crimped Leads are electrical leads that have already been pre-crimped with connectors on one end. This type of lead was developed to make it easier to build small circuits and to reduce the time to assemble individual components. Pre-Crimped Leads come in various lengths and gauges and are suitable for a variety of applications. Pre-Crimped Leads are especially advantageous when space is very tight, since they require no additional assembly time.

H5BXT-10102-N9 Application Field and Working Principle

H5BXT-10102-N9 is a compact galvanically isolated signal transmitter designed for digital signal transmission of various pulse rates. This device is well suited for a broad range of applications such as pulse-width modulation (PWM), pulse-frequency modulation (PFM), and pulse-height modulation (PHM). It can be used for either wired or wireless communication tasks. The working principle of this device is based on the principle of capacitive coupling, which enables voltage isolation between the main circuit and the output circuit.

The main chip of H5BXT-10102-N9 uses a low-power high-performance microcontroller, such as STM32L432 or STM32L073. This microcontroller is used for dynamic signal detection, high-frequency signal filtering and signal transformation. The microcontroller is connected to various peripheral components such as sensor chips, encoders, converters, relays, and transistors. The microcontroller can be connected to other parts of the circuit board through jumper wires or pre-crimped leads.

The signal transmission of H5BXT-10102-N9 is achieved by capacitive coupling of the input and output pins. The signal is transmitted from one pin to another in two steps. First, the input pin is connected to the chip’s internal power supply, and the output pin is connected to the ground of the power supply. Then, the chip’s internal logic converts the input signal into the corresponding output signal. Finally, the output signal is transmitted through the pin to the external circuit board.

H5BXT-10102-N9 is equipped with multiple input pins to allow several signals to be transmitted simultaneously. This device is also designed to reduce power consumption and to preserve the signal quality with minimal interference. The device has an operating temperature range of 0 – 70 °C and is rated for a maximum voltage of 16V. H5BXT-10102-N9 is widely used in electric vehicles, automation machines, robotics, and other industrial applications.

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