Field detection, radar detection, geological survey and industrial detection equipment operate in complex and harsh working environments with drastic temperature changes, strong vibration and complex electromagnetic interference. Conventional crystal oscillators are prone to frequency mutation and failure under extreme field conditions, leading to distorted detection data and failed signal reception. JTL wide-temperature and shock-resistant crystal oscillators maintain stable frequency output in harsh environments, ensuring high accuracy and stability of detection and survey data.
Detection & Survey
Field detection, radar detection, geological survey and industrial detection equipment operate in complex and harsh working environments with drastic temperature changes, strong vibration and complex electromagnetic interference.
Industry Introduction
Customer Pain Points
1. Ordinary crystals cannot adapt to wide temperature changes, resulting in severe frequency drift outdoors. | 2. Poor shock resistance causes frequency mutation during field vibration and impact. | 3. Weak anti-interference ability leads to disordered radar and detection signals. | 4. Low environmental adaptability causes high failure rate of field detection equipment. |
Matching Products
Core Parameters
Operating temperature: -55℃ ~ +105℃
Frequency stability: ±0.5ppb~±0.01ppm
Performance: Anti-vibration, anti-shock, ultra-wide temperature adaptability
Feature: Strong electromagnetic interference resistance
Environmental adaptability: Stable operation for long-term field detection scenarios
Custom Service
1. Custom wide-temperature resistant crystals for geological detection equipment
2. Reinforced anti-vibration structure customized for field harsh working conditions
3. Non-standard frequency and special pin definition customization
4. Long-term stable batch supply for detection engineering projects
5. Custom high and low temperature aging screening process
6. Professional one-stop supporting solutions for detection industry
Keywords:
Previous article
Next article
Online inquiry
Note: Please leave your contact information and our professionals will contact you as soon as possible!



