Variable Capacitance (Varicaps, Varactors)
VHF TV Tuner Silicon Diode Infineon BB66402VE7902 Featuring High Capacitance Ratio and Low Inductance
Product Overview The BB644/BB664 series are Silicon Variable Capacitance Diodes specifically designed for VHF TV-tuners. These diodes offer a high capacitance ratio, low series inductance, and low series resistance, ensuring excellent performance in tuning applications. Their uniformity and matching ...
SOT23 Package Silicon Variable Capacitance Diode Infineon BB804SF1E6327 with Common Cathode Configuration
Product Overview The BB804 is a Silicon Variable Capacitance Diode designed for FM tuners. It features a monolithic chip with a common cathode for perfect tracking of both diodes, offering uniform "square law" characteristics. This diode is ideal for HiFi tuning devices when used in a low-distortion...
Pb-free silicon tuning diode Infineon BBY5802VH6327XTSA1 designed for TCXO and VCXO frequency control
Product Overview The BBY58 series are silicon hyperabrupt tuning diodes designed for low tuning voltage operation in VCOs for mobile communications equipment and low frequency control elements like TCXOs and VCXOs. These diodes offer excellent linearity, high Q, and low series resistance. They are ...
UHF TV Tuner Silicon Variable Capacitance Diodes Infineon BB565H7902 Featuring Low Series Inductance
Product Overview The BB545/BB565 series are Silicon Variable Capacitance Diodes designed for UHF-TV tuners. These diodes offer a high capacitance ratio, low series inductance, and low series resistance. They are manufactured using an "in-line" matching assembly procedure, ensuring excellent ...
FM Radio Tuner Diode Infineon BB 844 E6327 with Extended Frequency Range and Pb Free RoHS Compliance
Product Overview The BB844 is a Silicon Variable Capacitance Diode designed for FM radio tuners with an extended frequency band of 77MHz to 108MHz. It is engineered for applications requiring a back-to-back diode configuration to optimize signal distortion and detuning. This diode offers a high ...
Automotive Radio Silicon Variable Capacitance Diode Infineon BB914 Featuring Monolithic Chip Design
Product Overview The BB914 is a Silicon Variable Capacitance Diode designed for FM radio tuners, featuring an extended frequency band and high tuning ratio at low supply voltage, making it ideal for car radio applications. Its monolithic chip with common cathode configuration ensures perfect dual ...
Common Cathode Silicon Variable Capacitance Diode Infineon BB814E6359HTMA1 for Enhanced FM Radio Tuning
Product Overview The BB814 is a Silicon Variable Capacitance Diode designed for FM radio tuners with an extended frequency band. It offers a high tuning ratio at low supply voltage, making it suitable for car radio applications. Featuring a monolithic chip with a common cathode configuration for ...
Silicon tuning diode Infineon BB535E7908 providing excellent matching and low series inductance for UHF TV tuners
Product Overview The BB535/BB555 series are silicon tuning diodes designed for UHF-TV tuners. They offer a high capacitance ratio, low series inductance, and low series resistance. An 'in-line' matching assembly procedure ensures excellent uniformity and matching between diodes. These components are ...
Pb Free Silicon Tuning Diode Infineon BBY 55-03W E6327 with Low Series Resistance and High Linearity
Product Overview The BBY55 series are Silicon Tuning Diodes designed for low tuning voltage operation in VCOs for mobile communications equipment. These hyperabrupt tuning diodes offer excellent linearity, high Q, and low series resistance. They are available in packages with very low capacitance ...
Silicon Variable Capacitance Diode Infineon BB659C-02VH7908 with RoHS Compliance and Low Inductance
Product Overview The BB639C/BB659C series are Silicon Variable Capacitance Diodes designed for tuning extended frequency bands in VHF TV/VTR tuners. These diodes feature a high capacitance ratio, low series inductance, and low series resistance. Their excellent uniformity and matching are achieved ...
High Q silicon tuning diode Infineon BBY5702VH6327XTSA1 for VCXOs and mobile communication equipment
Product Overview The BBY57 series is a high-performance silicon tuning diode designed for low tuning voltage operation in VCOs for mobile communication equipment and control elements like TCXOs and VCXOs. These diodes offer excellent linearity, high Q, low series resistance, and a high capacitance ...
Common Cathode Silicon Variable Capacitance Diode Infineon BB814E7801GR1HTSA1 with High Tuning Ratio
Product Overview The BB814 is a Silicon Variable Capacitance Diode designed for FM radio tuners with an extended frequency band. It offers a high tuning ratio at low supply voltage, making it ideal for car radio applications. This diode features a monolithic chip with a common cathode configuration ...
Mobile communication VCO tuning diode Infineon BBY53-05WH6327 with high ratio at low reverse voltage
Product Overview The BBY53 is a high Q hyperabrupt tuning diode designed for low tuning voltage operation in VCOs for mobile communications equipment. It offers a high ratio at low reverse voltage and is available in a Pb-free (RoHS compliant) package. Product Attributes Brand: Infineon Technologies ...
performance tuning diode Infineon BBY6502VH6327XTSA1 for low frequency control elements in mobile communication devices
Product Overview The BBY65-02V is a high Q hyperabrupt silicon tuning diode designed for low tuning voltage operation in mobile communications equipment. It is ideal for low frequency control elements such as TCXOS and VCXOS, offering a high capacitance ratio and good C-V linearity. This Pb-free ...
FM radio tuner silicon diode Infineon BB814E6327GR1HTSA1 featuring Pb-free SOT23 package and extended frequency band
Product Overview The BB814 is a silicon variable capacitance diode designed for FM radio tuners with an extended frequency band. It offers a high tuning ratio at low supply voltages, making it suitable for car radio applications. The monolithic chip features a common cathode configuration for ...
