Jinjiana Electronic Co.,Ltd was established in 2008, located in Shenzhen, China. We professionally supplying new and original electronic components (e.g. Integrated circuit,diodes,transistors, capacitors, relays, connectors, semiconductors, modules, sensor, inductor). Meanwhile, we established our own factory in Shenzhen, which covers an area of over 2000 square meters and there are more than 500 professional employees. So, we can guarantee a monthly supply of more than 1,000,000pcs.

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Thanks for your inquiry! We will respond within 24 hours. As one of the leading manufacturers of Electronic Components, YFABC provides ic chips, triodes, resistors and so on. Take a look at the following products.

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Since its inception, Jinjiana International Co., Ltd. has been adhering to the tenet of "creating value for customers" and the principle of "reputation first, quality assurance, and long-term win-win" to establish long-term relationships with various suppliers, distributors and manufacturers at home and abroad. Friendly trade partnership to achieve win-win for suppliers and customers. (YFABC) has more than 15 years of experience in electronic components. We provide competitive prices, excellent quality control, fast production and delivery, low MOQ, professional sales team. 100% QC inspection before shipment, 100% brand new and original. Committed to providing customers with the highest quality electronic components. In the electronic component market, （YFABC） adheres to the concept of providing original products, high-end after-sales service and service guarantee for customers in need. We do our best to contribute to the world's electronic chip components. We promise: Jinjiana International Co., Ltd. is your most assured and reliable supplier of electronic components!

Integrated circuit is a general term for semiconductor component products, including integrated circuit boards, diodes, triodes and other special electronic components. Different electronic components are often classified and distinguished by usage/ integrated circuit function/ fabrication process/ integration level.

Electronic components are the most essential part of electronic equipment, which undertakes the functions of computing and storage, and covers almost all electronic equipment for civilian use. Electronic components are vital parts that enable different electronic systems to function. Their applications are varied and range from simple to highly complex designs. Some of the most common applications of electronic components include power management, signal amplification, data processing, and system control, among others. These components are integrated into a range of devices, from small consumer gadgets to large industrial machinery.

YFABC provides professional pre-sales, in-sales and after-sales services, 100% service, 100% satisfaction. ① Quality control ② Packaging inspection ③ Sample service ④ Shipping speed and mode of transportation ⑤ Spot stock ⑥ 24-hour after-sales service ⑦ Return and exchange service

High Frequency Transistor, High Frequency Power Transistor Manufacturer

The YFABC High Frequency Triode is a high-performance, high-frequency device designed for a wide range of applications. It features a low-noise design, high gain, and excellent high-frequency response. The device is also designed for high reliability and long-term operation. It is suitable for applications such as RF amplifiers, oscillators, mixers, and more. With its superior performance and reliability, it is an ideal choice for high-frequency circuit designs.

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Different Model Numbers Of High Frequency Triode

High frequency triode is an electronic component that uses a vacuum tube to amplify signals at high frequencies. It is used in applications such as radio, television, and radar. It is also used in scientific and medical equipment. It can be used to amplify weak signals and can operate at much higher frequencies than other types of transistors.

NVHL020N090SC1

NVHL027N65S3F

NVHL040N65S3F

NVHL025N65S3

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Purpose And Applications Of High Frequency Triodes

High Frequency Triodes are vacuum tubes that are typically used in radio frequency (RF) circuits. They are used to amplify or switch signals in radio transmitters, receivers, and other high-frequency equipment. They are also used in oscillators, modulators, and detectors, and can be used to control and generate RF signals. High Frequency Triodes can also be used in industrial applications, such as power supplies and magnetrons, where their operation requires precise and precise control of their output. High Frequency Triodes are also used in medical applications, such as X-ray tubes, where their high frequency and high power capabilities are beneficial.

Design Considerations For High Frequency Triodes

Design considerations for high frequency triodes include the choice of grid shape, the selection of the grid material, the selection of the plate material, the selection of the cathode material, the choice of plate voltage and grid bias, the choice of anode current, the selection of anode-to-grid and anode-to-cathode capacitance, and the selection of the grid-to-cathode capacitance. The grid shape should be such that it can dissipate the heat generated by the grid current and it should be made of a material that has a low work function and low resistance. The plate material should be chosen to have high thermal conductivity and low absorption of electrons. The cathode material should also be chosen for its low work function and low resistance. Furthermore, the plate voltage and grid bias should be selected so that the desired anode current is achieved without overloading the device. Finally, the anode-to-grid and anode-to-cathode capacitances should be chosen to ensure a stable operation.

How Can High Frequency Triodes Be Used In Oscillator Circuits?

High Frequency Triodes can be used in oscillator circuits to generate stable, continuous alternating current signals of a specific frequency. The triode is used as a voltage amplifier to provide a feedback loop that keeps the oscillations at a specific frequency. This is achieved by connecting the anode and grid of the triode to one another and connecting the cathode to a resistor. The voltage from the resistor is amplified by the triode and sent back to the grid to create a positive feedback loop. This feedback loop is what helps to keep the frequency of the oscillations stable. By adjusting the value of the resistor, the frequency of the oscillations can be changed.