Send InquiryHartley Oscillator
Hartley Oscillator Specification
- Power Source
- DC power supply (-9V)
- Automation Grade
- Manual
- Core Components
- Transistor (2N2222) Inductor (L1) Capacitors (C1 C2 C3) Resistors (R1 R2)
- Feature
- Oscillatory circuit based on Hartley configuration
- Temperature Range
- Standard operational temperature for electronic components
- Voltage
- -9V
- Frequency
- Variable (depending on component values particularly L1 and C3)
- Model No
- Hartley Oscillator
- Equipment Materials
- Electronic components (semiconductor metal plastic)
- Type
- Oscillator
- Usage
- Generating sinusoidal signals in RF or audio frequency ranges
- Display Type
- None
- Weight
- Dependent on packaging and assembly
About Hartley Oscillator
The Hartley Oscillator is an essential electronic device equipped with electronic components like semiconductor, metal, and plastic, suitable for generating sinusoidal signals in RF or audio frequency ranges. Featuring a manual automation grade and operating at -9V voltage with a variable frequency range based on component values, this oscillator employs core components such as the 2N2222 transistor, inductor L1, capacitors C1, C2, C3, and resistors R1, R2. Its oscillatory circuit configuration based on the Hartley setup provides reliable performance, making it an ideal choice for various industrial applications within the standard operational temperature for electronic components.
FAQs of Hartley Oscillator:
Q: What is the power source for the Hartley Oscillator?
A: The Hartley Oscillator is powered by a DC power supply operating at -9V.Q: Can the frequency of the oscillator be adjusted?
A: Yes, the frequency of the oscillator is variable depending on component values, particularly L1 and C3.Q: What type of circuit configuration does the Hartley Oscillator employ?
A: The oscillator utilizes an oscillatory circuit based on the Hartley configuration.Q: What are the core components of the Hartley Oscillator?
A: The core components include the 2N2222 transistor, inductor L1, capacitors C1, C2, C3, and resistors R1, R2.Q: What is the operating temperature range of the Hartley Oscillator?
A: The oscillator operates within the standard operational temperature range for electronic components.
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