The RT3215-32.768-7-TR quartz resonator from Raltron is a precise component with a frequency of 32.768 kHz, ideal for use in RTC modules and IoT devices. It features ... More about: RT3215-32.768-7-TR Quartz Resonator: A Key Component for Stable RTC Clocks and IoT Applications

Transil diodes from Taiwan Semi effectively protect electronics from overvoltage. The company's products are highly sought after due to their reliability and wide ... More about: Transil Diodes from Taiwan Semi: Innovative Protection Against Voltage Surges

DIN rail power supplies are reliable solutions for industrial applications, providing stable power supply in automation systems. They feature a compact design, high ... More about: DIN Rail Power Supplies – A Reliable Energy Source for Industry and Automation

The PIC16F1718T-I/SO offers advanced peripheral features, low power consumption, and high performance. It is ideal for use in embedded systems, automation, IoT ... More about: PIC16F1718T-I/SO – A Comprehensive 8-bit Microcontroller from Microchip

Mounting potentiometers provide high precision in adjustment, ensuring stable operation of devices in industries such as electronics, automation, and medicine. Their ... More about: Mounting Potentiometers: Precise Adjustment for Various Industries

LIS2DH12TR from STMicroelectronics combines precision in acceleration measurements with low power consumption. It is the ideal solution for innovative technologies ... More about: LIS2DH12TR: A reliable ccelerometer for industry and consumer electronics

Myrra power supplies offer durability and high performance, making them ideal for industrial applications and consumer electronics. With their reliability and ... More about: Myrra Power Supplies – Reliability and Quality in Every Project

SLKOR's Transil diodes offer reliable circuit protection against overvoltage, making them an ideal solution for modern industrial applications. They are characterized ... More about: Transil Diodes from SLKOR: The Key to Effective Protection of Electronics Against Overvoltage