1302261065

The 1302261065 application field and working principle is a complex approach to building selectivity with sound and flat resistors. This technique is used to create high band pass, low pass or selection devices, which are tuned via resistors and capacitors. The 1302261065 series of application field and working principle uses a direct connection between the resistor and capacitor, to produce the desired parameters of cut-off frequencies. It also offers a unique feature in the form of a “balance” setting.

To understand the 1302261065 application field and working principle, the three-electrode dual-gate field effect transistor (MOSFET) device must be used. This device is composed of two gates (G1 and G2) and three current electrodes (C1, C2 and C3). G1 and G2 form a control voltage and C1, C2 and C3 form the output voltage. When voltage is applied to C1, the current flows between C1-C2 and C2-C3, creating the desired selectivity. The MOSFET device enables the use of a wide range of resistors, which can be placed between G1 and G2.

The 1302261065 application field and working principle builds upon the three-electrode structure of the MOSFET device by adding precision resistors and capacitors. The butterfly-shaped arrangement of the applied resistors and capacitors allow the device to achieve optimal performance in its specific application field. For instance, in a high band pass filter, the applied resistors and capacitors can provide a precise selectivity between two frequencies, allowing the device to act as a low pass filter with two separate cut-off frequencies. This allows the device to achieve a lower level of attenuation.

In addition, the 1302261065 application field and working principle also provides a "balance" feature. This feature ensures that the device remains stable when applied to high frequency and dynamic sound sources (such as instrumentation and voice). In addition, when the device is connected to an amplifier, the balance feature allows the device to remain within the linear operating range of the amplifier.

In conclusion, the 1302261065 application field and working principle is an important approach to building selectivity with sound and flat resistors. The application field provides an optimal balance between precision and stability. Furthermore, the balance feature ensures that the device remains stable when connected to high frequency or dynamic sound sources. Finally, the device provides an extensive range of selectivity when used in high-band pass, low-pass, or selection devices.