An oscillator integrates the resonator, the sustaining amplifier and the output stage into a single sealed package. No load-cap matching, no layout tuning — a clean clock signal, the moment you apply power.
All three integrate the resonator — what separates them is how tightly they hold frequency over temperature, and whether you can pull it. TDE stocks every family across the partner range.
The workhorse clock. A fixed-frequency oscillator with a clean CMOS output — the standard reference for microcontrollers, FPGAs, USB and Ethernet. Drop-in, no external parts.
When drift is the enemy. Internal compensation holds frequency tight from −40 to +85 °C — the reference for GNSS, cellular, radio and any timing-critical link.
Compensated stability plus a control-voltage input that pulls the frequency within a defined range. The modern reference for disciplined oscillators, PLL loops and synchronisation to GNSS or a network clock.
An oscillator hides the resonator circuit — but these six lines still drive the design-in, from supply rail to phase jitter budget.
The output stage decides board-level compatibility. CMOS for general logic, differential types for clean high-speed links.
Define your frequency budget over temperature. A relaxed XO for general logic, a TCXO when an RF or GNSS link depends on it — a VC-TCXO when it also has to be steered.
Match the output logic to the receiving input, and pick the supply rail your board already runs. Mind the phase-jitter budget for SerDes.
Choose the footprint, then secure a pin-compatible alternative. We'll show equivalents across all three manufacturers.
If a TCXO isn't tight enough, step up to an OCXO. If you'd rather design the circuit yourself, take the bare crystal.
Browse oscillators with pricing and datasheets in the shop — or tell us your frequency, stability and output, and we'll recommend the part.
An oscillator integrates the resonator, the sustaining amplifier and the output stage into a single sealed package. No load-cap matching, no layout tuning — a clean clock signal, the moment you apply power.
All three integrate the resonator — what separates them is how tightly they hold frequency over temperature, and whether you can pull it. TDE stocks every family across the partner range.
The workhorse clock. A fixed-frequency oscillator with a clean CMOS output — the standard reference for microcontrollers, FPGAs, USB and Ethernet. Drop-in, no external parts.
When drift is the enemy. Internal compensation holds frequency tight from −40 to +85 °C — the reference for GNSS, cellular, radio and any timing-critical link.
Compensated stability plus a control-voltage input that pulls the frequency within a defined range. The modern reference for disciplined oscillators, PLL loops and synchronisation to GNSS or a network clock.
An oscillator hides the resonator circuit — but these six lines still drive the design-in, from supply rail to phase jitter budget.
The output stage decides board-level compatibility. CMOS for general logic, differential types for clean high-speed links.
Define your frequency budget over temperature. A relaxed XO for general logic, a TCXO when an RF or GNSS link depends on it — a VC-TCXO when it also has to be steered.
Match the output logic to the receiving input, and pick the supply rail your board already runs. Mind the phase-jitter budget for SerDes.
Choose the footprint, then secure a pin-compatible alternative. We'll show equivalents across all three manufacturers.
If a TCXO isn't tight enough, step up to an OCXO. If you'd rather design the circuit yourself, take the bare crystal.
Browse oscillators with pricing and datasheets in the shop — or tell us your frequency, stability and output, and we'll recommend the part.