Hall IC element DN6839 dividing circuit diagram

Description: The circuit utilizes the integrated Hall element DN6839 for frequency division. It detects a magnetic field through the pulsating DN6839, generating a pulse waveform. The circuit is designed for applications involving very high-frequency pulsating magnetic fields. It employs the TC4013 to divide the frequency by 2, and the A and B side pulse waveform outputs can be synthesized to create other frequencies. The DN6839 functions as a switch-type Hall element with an open collector output, facilitating easy interfacing with MOS integrated circuits. Additionally, the open collector can handle a relatively large current, capable of directly driving loads of 10 to 15 mA.

The circuit design leverages the properties of the DN6839 Hall effect sensor, which is capable of detecting magnetic fields and converting them into electrical signals. The output from the DN6839 is a digital pulse that corresponds to the presence or absence of a magnetic field, making it suitable for applications such as position sensing or speed detection in motor control systems.

The TC4013, a dual D-type flip-flop, is utilized to divide the frequency of the output signal from the DN6839. By configuring the TC4013 in a toggle mode, the output frequency can be effectively halved, allowing for precise control over the timing of the output pulses. This feature is particularly beneficial in applications requiring specific timing sequences or pulse modulation.

The open collector output of the DN6839 provides versatility in interfacing with various digital circuits, including microcontrollers and other logic devices. This output configuration allows for multiple sensors to be connected to a single line without signal interference, enabling a more compact and efficient design. The capability to drive loads of 10 to 15 mA ensures that the circuit can directly control indicators, relays, or other devices without the need for additional driver stages.

Overall, this circuit represents a robust solution for high-frequency magnetic field detection and pulse generation, suitable for a wide range of industrial and consumer applications. It combines the functionality of Hall effect sensing with frequency division and load driving capabilities, making it a valuable addition to any electronic design requiring magnetic field interaction.As illustrated, is the use of integrated Hall element DN6839 dividing circuit. Circuit, the magnetic field detected by pulsating DN6839 whereby the pulse waveform, then the pul se signal obtained by dividing the frequency of the desired pulse, this circuit are used for very high frequency pulsating magnetic field situations. Here with TC4013 is divided by 2, you can also use the A and B side pulse waveform output signal synthesizing other frequencies.

DN6839 to switch type Hall element, in the form of open collector output is generally very easy with MOS integrated circuit interface. In addition, the open collector allows current is relatively large, can directly drive lO ~ 15mA load.