SG-8101 programmable series crystal oscillator provides more choices for automotive electronics

    Generally speaking, when purchasers and engineers purchase crystal oscillators and use them in oscillator circuits, analog settings need to be provided before installation. These include load capacitance, oscillation margin, and temperature changes. Epson's crystal oscillators already provide these settings, so their output signals can directly control TTL and CMOS ICs, which greatly shortens the design process for engineers and helps standardize the components used. Epson oscillator clock oscillator also has VCXO function and try state function. The VCXO function controls the output frequency through external voltage control, and maintains the output terminal in a high impedance state by providing a control signal to the output terminal when powered on.

    Next, Jiake Crystal Electronics will introduce a highly cost-effective programmable crystal oscillator SG-8018 series from EPSON Crystal Company. Its temperature range is extended to 105 ° C, with standard SPXO accuracy (± 50ppm, including aging), and it can also write the rising and falling edge times of the output waveform. This programmable crystal oscillator has the advantages of high efficiency, compactness, high precision, and short batch production, and is widely used in automotive multimedia, automotive electronics, remote key locks, automotive driving safety and other automotive application fields. In terms of time, applications such as the on-site oscillator programming tool SG writer (engine control unit, airbag, electronic stability program control system) can be used. The SG-8018 series programmable crystal oscillator can be customized at any frequency, flexible and easy to use. It is favored in many special design products, such as rapid prototyping applications, alternative interactive periodic on-site product solutions, non-standard frequencies, simplified BOM, etc. The SG-8018 programmable series crystal oscillator is most commonly used in space sensitive wireless applications, providing accurate clock signals for wireless communication devices, improving service life and durability, and shortening product development cycles.