Selecting A K Hz Crystal 1540x800 631901c436347

The Designer’s Guide to: Common Considerations When Selecting a kHz Crystal

Sept. 7, 2022
KHz crystals are a key component of electronic oscillator circuits which create electrical signals with precise frequency. They are used in most electronics across major markets and applications in IoT, automation, automotive, and networking.

kHz crystals are a key component of electronic oscillator circuits, which create electrical signals with precise frequency. They are used in most electronics across all the major markets and applications in IoT, industrial and factory automation, automotive, and networking. Therefore, it’s important to be aware of a variety of technical specifications when selecting a kHz crystal for your design. This paper will discuss these key specifications and provide best practices to optimize your circuit design.

This content is sponsored by:

Sponsored

How to Simplify the Test of CAN Bus Networks Using the Right Oscilloscope

In-vehicle networks (IVNs) allow microcontrollers and engine control units (ECUs) to communicate with sensors, actuators, indicators, displays, and each other. One of the classic...

Capacitive Sensor with SLG47011 AnalogPAK™

This application note describes the circuitry using the SLG47011 to create a capacitive sensor. Design files are included in the References section.

LT8645/LT8646 Synchronous Step-Down Regulators

Analog Devices' LT8645 and LT8646 are 65 V, 8 A synchronous step-down/buck regulators. These regulators feature Silent Switcher architecture designed to minimize EMI/EMC emissions...

Integrated Power Supply Buck Converters

Integrated power supply ICs to implement compact and efficient buck converters for factory automation, 5G and IoT.