Product Highlights New Products

Automotive-Grade Precision: ECS Inc. Launches Automotive Oscillator Sample Kit for High-Performance Applications

Original October, 2024

Our specialized sample kits offer design engineers a robust solution for various timing and power applications. Each kit provides a comprehensive range of components tailored to meet your design needs.

This kit features oscillators that deliver high accuracy and stability, essential for critical automotive applications requiring precise frequency control.

Each kit comes in a labeled plastic carrying case, ensuring easy storage and quick access to components when you need them. ECS Inc.’s sample kits provide you with the flexibility and performance needed to excel in your designs.

Part Number CountECS Inc. Part NumberFrequencyFrequency StabilityOperating TemperatureDK Orderable Part NumberDatasheetInventory
1ECS-2520MVQ-080-CN-TR8 MHz±25 ppm-40°C ~ +85°COSC-AUTO-KITDatasheetInventory
2ECS-2520MVQ-120-BP-TR12 MHz±50 ppm-40°C ~ +105°COSC-AUTO-KITDatasheetInventory
3ECS-2520MVQ-160-CN-TR16 MHz±25 ppm-40°C ~ +85°COSC-AUTO-KITDatasheetInventory
4ECS-2520MVQ-240-BP-TR24 MHz±50 ppm-40°C ~ +105°COSC-AUTO-KITDatasheetInventory
5ECS-2520MVQ-250-BS-TR25 MHz±50 ppm-40°C ~ +125°COSC-AUTO-KITDatasheetInventory
6ECS-2520MVQ-260-CN-TR26 MHz±25 ppm-40°C ~ +85°COSC-AUTO-KITDatasheetInventory
7ECS-2520MVQ-320-CP-TR32 MHz±25 ppm-40°C ~ +105°COSC-AUTO-KITDatasheetInventory
8ECS-2520MVQ-480-BP-TR48 MHz±50 ppm-40°C ~ +105°COSC-AUTO-KITDatasheetInventory
9ECS-2520MVQ-500-BP-TR50 MHz±50 ppm-40°C ~ +105°COSC-AUTO-KITDatasheetInventory
10ECS-2520MVQ-1000-BN-TR100 MHz±50 ppm-40°C ~ +85°COSC-AUTO-KITDatasheetInventory
11ECS-2520MVQ-1250-BS-TR125 MHz±50 ppm-40°C ~ +125°COSC-AUTO-KITDatasheetInventory

Please contact us if you need additional information or have a specific requirement in your application.


ECS Inc. International
15351 West 109th Street
Lenexa, KS 66219
Tel: 913-782-7787
Toll Free: 1-800-237-1041
Fax: 913-782-6991

Automotive Oscillator Kit was last modified: October 30th, 2024 by Jessica Moore