CQ ZTT20.0MX-LF 20MHz 3-Pin Ceramic Resonators, Radial Through-Hole with Built-In Capacitor, 2-Pack

Availability:

3 in stock


3 in stock

US $6.38

Quantity:
3 Available
CQ ZTT20.0MX-LF 20MHz 3-Pin Ceramic Resonator — 2-Pack

Two radial through-hole ceramic resonators for use as passive frequency-setting elements in compatible clock and timing oscillator circuits.

  • Frequency: 20 MHz
  • Package: 3-lead radial through hole
  • Built-In Capacitor: Yes
  • Technology: Piezoelectric ceramic
  • Brand / MPN: CQ / ZTT20.0MX-LF

Shipping, returns, and payments

Shipping:
Located in: Chester, New Hampshire, United States (US) · ZIP 03036
Delivery:
Estimated between Mon, Oct 19 and Wed, Oct 21
Ships on Thu, Oct 8 · 6-8 business days
Returns:
30-day returns. Buyer pays for return shipping.
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CQ ZTT20.0MX-LF 20MHz 3-Pin Ceramic Resonators, Radial Through-Hole with Built-In Capacitor, 2-Pack

This 2-pack contains CQ ZTT20.0MX-LF 20 MHz ceramic resonators in a three-lead radial through-hole form. The exact MPN is identified as a 3-pin ceramic resonator with a built-in capacitor.

These are passive piezoelectric frequency-setting elements for compatible clock and timing oscillator circuits; the surrounding IC or inverter provides the active gain needed for oscillation.

Specifications:

  • ✅ Brand: CQ
  • ✅ MPN: ZTT20.0MX-LF
  • ✅ Quantity: 2 pieces
  • ✅ Nominal Frequency: 20 MHz
  • ✅ Component Type: Ceramic resonator
  • ✅ Number of Leads: 3
  • ✅ Mounting Type: Through hole
  • ✅ Package / Case: Radial, 3-lead
  • ✅ Built-In Capacitor: Yes
  • ✅ RoHS: Yes

Features & Benefits:

  • ✔ Built-in capacitor configuration can reduce external timing-component count in compatible oscillator designs.
  • ✔ Passive piezoelectric resonator provides the frequency-selective element for clock and timing circuits.
  • ✔ Three-lead radial through-hole form supports conventional PCB installation and service replacement work.
  • ✔ Suitable for compatible microcontroller and microprocessor reference-clock oscillator circuits.
  • ✔ Exact load capacitance, tolerance, impedance, temperature range, and pin compatibility should be verified before substitution.