The global automotive industry is rapidly upgrading toward intelligence, networking and autonomous driving. Vehicle electronic systems require extremely stable frequency sources to ensure navigation accuracy, wireless communication stability and driving system safety. Vehicle working conditions feature high temperature, violent vibration and complex electromagnetic interference, which easily cause crystal frequency drift and system failure. JTL automotive-grade crystal oscillators fully adapt to harsh vehicle environments and provide long-term stable frequency reference for new energy vehicles and intelligent driving equipment.
Automotive Electronics
The global automotive industry is rapidly upgrading toward intelligence, networking and autonomous driving.
Industry Introduction
Customer Pain Points
1. Ordinary crystals fail under high temperature +125℃~+150℃, causing equipment crash and signal drift. | 2. Poor anti-vibration performance leads to soldering crack and low product yield. | 3. Unstable frequency causes Bluetooth/WiFi disconnection and navigation positioning deviation. | 4. General industrial crystals cannot pass AEC-Q200 automotive certification, unable to be used for formal vehicle projects. |
Matching Products
Core Parameters
Operating temperature: -40℃ ~ +150℃
Frequency stability: ±0.5ppb~±0.01ppm
Certification standard: AEC-Q200 automotive grade
Performance: Anti-vibration, anti-shock, anti-solder crack
Feature: Low phase noise, strong anti-interference
Custom Service
1. Custom high-temperature resistant crystal for automobile cabin environment
2. Custom non-standard frequency and special package size
3. Support AEC-Q200 full test report provision
4. Sample trial order and mass stable delivery
5. Professional vehicle circuit matching technical support
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