CXA1019 FM RADIO CXA1019 is a one-chip FM/AM radio IC designed for radio-cassette tape recorders and headphone tape recorders, and CXA1019S has the...
The CXA1019 is an integrated circuit (IC) specifically engineered for FM/AM radio applications, particularly within radio-cassette tape recorders and headphone tape recorders. This chip simplifies the design process by integrating multiple functions into a single package, which is advantageous for compact electronic devices.
The CXA1019 offers a range of features including a built-in FM demodulator, AM demodulator, and audio amplifier, enabling high-quality sound reproduction. The device operates in a wide frequency range, typically from 87.5 MHz to 108 MHz for FM and 530 kHz to 1700 kHz for AM, making it suitable for standard radio broadcasting.
The IC is designed with low power consumption in mind, which is essential for portable devices. It includes external component interfaces for tuning and volume control, allowing for easy integration into various applications. The CXA1019 also supports stereo sound output, enhancing the listening experience for users.
In terms of electrical characteristics, the CXA1019 operates on a supply voltage range of 3V to 5V, making it versatile for different power supply configurations. The device is packaged in a compact form factor, facilitating its use in space-constrained designs.
Overall, the CXA1019 is a reliable choice for manufacturers looking to incorporate FM/AM radio functionality into their audio products, ensuring quality reception and sound performance in a user-friendly format.CXA1019 FM RADIO CXA1019 is a one-chip FM/AM radio IC designed for radio-cassette tape recorders and headphone tape recorders, and CXA1019S has the.. 🔗 External reference
Stabilised tendency of catering: Vcc=9~12V. Frequency of reception: 88~108MHz. Consumption: 100mA. If you know some language of programming as C++, PASCAL, VISUAL BASIC, DELPHI etc you can write a program which will send in the parallel door (378 I)...
The circuit enables FM radio reception frequency adjustment by modifying the inductance value (L) of the coil (La) through stretching or compressing it, allowing for easy alteration of the transmission frequency to avoid interference with FM radio signals. The...
This circuit is designed to attenuate signal frequency, with a customizable range from 1 to 40 dB. For UHF band usage, it should be enclosed within a shielded frame, and capacitors C1 to C3 should be appropriately selected. The...
A servo controller has evolved from a "servo slower" unit, designed to reduce the slew rate (traverse time) of proportional servos. In model boats, this device is commonly used to control the rotation of a servo-driven gun turret, as...
The simple FM radio circuit was overlooked during the transition from vacuum tubes to transistors. In the late 1950s and early 1960s, several construction articles were published on building a straightforward superregenerative FM radio. After extensive research into these...
The entire system was constructed within a package measuring approximately 70mm x 96mm x 30mm. This package housed the Terminal Node Controller (TNC), transmitter, interface circuitry, and a lithium battery capable of sustaining approximately 20 hours of continuous operation....
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