Oscillators
A crystal clock oscillator is an electronic circuit that uses the mechanical resonance of a physical crystal of piezoelectric material along with an amplifier and feedback to create an electrical signal with a very precise frequency. It is an especially accurate form of an electronic oscillator. This frequency is used to keep track of time (as in quartz wristwatches), to provide a stable clock signal for digital integrated circuits, and to stabilize frequencies for radio transmitters. Crystal oscillators are a common source of time and frequency signals.
Dove carries various oscillator types from over 30+ manufacturers, the largest offering in the industry!
Dove carries various oscillator types from over 30+ manufacturers, the largest offering in the industry!
For existing customers, please login to access special pricing and NET Terms buying options.
Shop By
Shopping Options
Manufacturer
Product Category
Frequency
- 53.125 MHz1 item
- 62.5 MHz1 item
- 74.25 MHz1 item
- 75 MHz1 item
- 80 MHz1 item
- 100 MHz12item
- 106.25 MHz1 item
- 120 MHz1 item
- 125 MHz10item
- 133 MHz3item
- 135 MHz1 item
- 140 MHz1 item
- 148.3517 MHz2item
- 150 MHz4item
- 155.52 MHz1 item
- 156.25 MHz11item
- 160 MHz2item
- 161.1328 MHz1 item
- 180 MHz1 item
- 200 MHz11item
- 212.5 MHz5item
- 250 MHz7item
- 266 MHz3item
- 311.04 MHz2item
- 312.5 MHz5item
- 320 MHz1 item
- 333 MHz1 item
- 350 MHz1 item
- 400 MHz3item
- 515 MHz1 item
- 528 MHz1 item
Supply Voltage
Operating Temperature
Package Size (W x L)
Package Height
Frequency Stability
Output Type
Output Load (Capacitance)
Function
Mounting Style
Termination
Package Type
Package Casing
Selected Filters
- Current Consumption 30mA Max. Remove This Item
Buying Options:
| Image | Mfg. Part Number | Datasheet | Availability | Description | Purchase Options | Manufacturer | Part Series | Product Category | Frequency | Supply Voltage | Operating Temperature | Package Size (W x L) | Package Height | Frequency Stability | Output Type | Function | Mounting Style | Termination | Current Consumption | Symmetry | Package Casing |
|---|
