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44.780 MHz Quartz Crystal Resonator HC-49/U Through-Hole 44780 Used

Various

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$1.51
SKU:
K26024
Condition:
Used
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Product Overview

44.780 MHz 2-Pin Metal Can Crystal Resonator 44780.000

Condition

Used component. Visual inspection shows an intact hermetically sealed can with a gold-tone header base and two through-hole pins. Stamped body markings: 44780, X6300, T9346.

Same or next business day shipping from our Idaho warehouse. Reliable parts since 1999. Honest pricing, no nonsense.

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Product Overview

Two-pin quartz crystal resonator housed in a hermetically sealed metal package. Marked with part number 44780 and secondary code X6300, this component serves as a 44.780 MHz frequency reference for clock generation, timing circuits, and RF communications equipment.

Key Features

  • Marked frequency designation: 44780 (44.780 MHz)
  • Hermetically sealed metal can package with gold-plated header base
  • Two through-hole wire lead terminals
  • Body stamp markings: 44780, X6300, and T9346

Applications

  • Bench repair and restoration of vintage RF transmitters, receivers, and oscillator stages
  • Replacement timing reference in legacy communications gear and frequency synthesizers
  • Custom clock generation and radio frequency circuit experiments on breadboards and custom PCBs

Frequently Asked Questions

What markings are stamped on the crystal can?

The metal can is stamped with three lines: 44780, X6300, and date code T9346.

What lead style does this package have?

The unit features two straight through-hole wire pins extending from the bottom gold-tone header.

Why buy individual crystals instead of a bulk surplus lot?

Ordering the specific component you need lets you complete a repair or build without paying for unused inventory. Shipping is an $8 flat rate, free once the order passes $28, and orders leave the Idaho warehouse the same or next business day.

Bench troubleshooting often comes down to tracking down that one odd frequency. Solder this crystal in place, lock in your timing reference, and bring the circuit back to life.

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