SG2016CAA high-temperature resistant crystal oscillator X1G005341000900 is suitable for automotive information and entertainment systems

    With the advent of the automotive era, the development of high technology has accelerated, and at the same time, the product line in the crystal industry has undergone great changes. The entire industry has begun to produce high-quality crystal oscillator products in large quantities, and quartz crystal oscillators are the most core electronic components in automotive technology. Their function is to provide high-end reference clock signals and receive transmission signals. Epson crystal oscillator SG2016CAA is a simple packaged quartz crystal oscillator (SPXO) with CMOS output. The small volume product oscillator size is 2.0x1.6mm active crystal oscillator, four pin surface mount crystal oscillator, power supply voltage: 1.6V to 3.63V, frequency range: 8MHz to 54MHz, wide working temperature range from -40 ℃ to 125 ℃, with ultra small, lightweight, heat-resistant, and durable. Excellent environmental resistance characteristics such as vibration and impact resistance meet the high-temperature reflow temperature curve requirements for lead-free soldering and comply with the AEC-Q200 standard, This SG2016CAA crystal oscillator is very suitable for automotive and high reliability applications, including automotive electronic crystal oscillators, automotive audio controllers, automotive multimedia, GPS navigation, ADAS (Advanced Driver Assistance Systems): cameras, LiDAR (Light Detection and Ranging), radar, networks, automotive infotainment systems, audio, clocks, instruments, combination instruments, body control (BCM), etc.

The working temperature range is -40~+85 ℃, or -40~+105 ℃. It is necessary to explain that not all oscillators used in cars are strictly required to be of automotive grade. For example, the engine has extremely strict requirements for the working temperature of the crystal oscillator, which must meet -40~125 ℃, or even -40~150 ℃. However, electronic devices such as car audio systems and driving recorders do not have high indicators for the operating temperature range of crystal oscillators. Generally speaking, the design lifespan of automobiles is around 15 years, so the working lifespan requirement for automotive grade crystal oscillators cannot be lower than this number.

The Epson SG2016CAA high-temperature resistant crystal oscillator (code X1G005341000900) provides a reliable clock source solution for automotive infotainment systems with its excellent performance, high-temperature resistance, and low-power design. Whether in audio playback or navigation functions, SG2016CAA ensures the stability and reliability of the system, contributing to the continuous advancement of automotive technology.