DIP Quartz Crystal Oscillators Resonators 16MHz – KSH 20 at HIMASTORES Mombasa – best electronics in Kenya
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DIP Quartz Crystal Oscillators Resonators 16MHz

SKU: HMJ152 Category: Transistors
KSH 20.00
In Stock

Product Description

DIP Quartz Crystal Oscillators Resonators 16MHz

Through-Hole Timing Components for Microcontrollers and Digital Circuits

16MHz quartz crystal resonators in DIP packages provide the stable clock signals needed for microcontroller operation and frequency generation. The 16MHz frequency is commonly used with Arduino boards and many other microcontrollers.

Stable Frequency Reference - ±20ppm to ±50ppm accuracy for reliable timing
ThroughHole DIP Package Easy breadboard and PCB mounting
Available in HC49S (2pin) and metal DIP (4-pin) packages
2-pin passive crystals require external load capacitors (typically 20pF)
Active crystal oscillators (4-pin) are powered devices that output a square wave

Common 16MHz DIP Resonator Options

*Passive Crystal Resonators (HC49S 2Pin)*

ParameterValue
PackageHC49S (2pin DIP)
Frequency16MHz
Frequency Tolerance±20ppm [citation:5][citation:6]
Load Capacitance20pF [citation:10]
Equivalent Series Resistance (ESR)50Ω to 60Ω [citation:6][citation:10]
Operating Temperature-40°C to +85°C [citation:6]

*Active Crystal Oscillator (Metal DIP 4-Pin)*

ParameterValue
PackageMetal DIP 4-Pin [citation:4]
Frequency16MHz
Frequency Stability±50ppm [citation:4]
Load Capacitance50pF [citation:4]
Supply Voltage5V (4.5V to 5.5V) [citation:4]
Operating Temperature-40°C to +85°C [citation:4]

> Passive crystals require capacitors (typically 20pF) to form the oscillator circuit

Active oscillators need power (VCC and GND) and output a readytouse clock signal

Key Features

+Low Cost and Widely Available - Standard 16MHz resonators in DIP format

+Compatible with Arduino, PIC, AVR, and 8051 microcontrollers

+Hermetically Sealed HC49S Package Protects against moisture and contaminants [citation:5]

+LeadFree and RoHS Compliant Environmentally friendly construction [citation:5]

= Applications =

  1. Arduino and microcontroller clock sources
  2. Frequency counters and signal generators
  3. Communication and timing circuits
  4. Embedded system design and prototyping
  5. CPU and peripheral clock generation
Versatile and Reliable - Standard timing components for digital systems
Easy to Use Simple 2pin or 4pin throughhole design

√ Available in 2pin passive and 4pin active oscillator configurations

√ Standard 2.54mm pin pitch for breadboard and PCB compatibility

√ Suitable for hobbyist, educational, and professional applications

Troubleshooting

Microcontroller not starting:

  • Check that load capacitors are correctly installed (for 2-pin crystals)
  • Verify power supply is stable (for 4-pin oscillators)
  • Avoid long trace lengths between crystal and MCU

Oscillator not functioning:

  • Ensure ESR value matches microcontroller specifications
  • Check for soldering defects or loose connections
  • Verify frequency tolerance meets your application requirements