High Frequency Diodes

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  • AG312: Design with PIN Diodes
    is a current controlled resistor at radio and microwave frequencies. It is a silicon semiconductor diode in which a high resistivity intrinsic I-region is sandwiched between a P-type and N-type region. When the PIN diode is forward biased, holes and electrons are injected into the I-region
  • RF Isolator & Circulator Frequency Division in Common Areas
    ZTS offers a wide variety of isolators to fit customers requirements. These are two-port devices that transmit microwave or radio frequency power in one direction only and block the signal in the opposite direction. They can be thought of as a diode for RF energy. Isolators are used to isolate
  • Neutron Hardness of Photodiodes For Use in Passice Rubidium Frequency Standards (.pdf)
    The photodiode used for optical detection of the atomic resonance in a passive rubidium frequency standard (RFS) is a critical component that can limit the radiation hardness of the standard at high neutronfluence levels. With the goal of obtaining a more neutron-resistant photodiode than
  • DPSS
    Diode Pumped Solid State (DPSS) lasers are a variation of the well known ruby, Nd:YAG, or other type of optically pumped crystal based laser where a high power IR laser diode or array of laser diodes provides the excitation instead of a flashlamp or other intense light source. Note that many DPSS
  • New HF Converter for Induction Heating (.pdf)
    This paper presents a new HF-converter for induction heating. The converter has a diode rectifier and automatic matching. It uses a patented timesharing principle for high frequency use of IGBTs (ref. [1]) in order to reach 350 kHz. The paper focuses on the benefits the converter structure has
  • What Is A VCXO? Voltage Controlled Crystal Oscillator
    in the calculation. A VCXO consists of a crystal and an oscillator circuit with a varactor diode and supporting circuitry. The high Q (Quality) factor of quartz allows a small range of frequency pulling. They also offer high performance with low jitter and low phase noise.
  • Infrared Illumination for Time-of-Flight Applications
    The 3D capabilities of Time-of-Flight (TOF) cameras open up new opportunities for a number of applications. One of the challenges of TOF systems is due to the high modulation frequency operating condition, which means that all parts (camera, light sources, etc.) need to be high frequency capable

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