APITech Low Phase Noise VCOs

Datasheet

Suppliers

Company
Product
Description
Supplier Links
Low Phase Noise VCOs -  - APITech
Fairview, PA, United States
Low Phase Noise VCOs
Low Phase Noise VCOs
API Technologies' Voltage Controlled Oscillators (VCOs) are rugged, high performance, customizable varactor diode-based designs. Key features include: Use of thermistors on all VCO designs for added temperature stability. Gold substrate film yields lower loss and enhances phase noise performance. MIL PRF 38534 screening is available. Ceramic and metal construction provides low junction temperatures. Use of bipolar transistors to achieve low phase noise and high output power. Integrate unique low pass filtering for superior harmonic performance.

API Technologies' Voltage Controlled Oscillators (VCOs) are rugged, high performance, customizable varactor diode-based designs. Key features include:

  • Use of thermistors on all VCO designs for added temperature stability.
  • Gold substrate film yields lower loss and enhances phase noise performance.
  • MIL PRF 38534 screening is available.
  • Ceramic and metal construction provides low junction temperatures.
  • Use of bipolar transistors to achieve low phase noise and high output power.
  • Integrate unique low pass filtering for superior harmonic performance.
Supplier's Site Datasheet

Technical Specifications

  APITech
Product Category Oscillators
Product Name Low Phase Noise VCOs
Oscillator Type VCO
Unlock Full Specs
to access all available technical data

Similar Products

MultiVolt Oscillators - ECS-3225MVLC - ECS Inc. International
Specs
Oscillator Type XO
Connectors SMD
Features / Standards RoHS; Lead-Free (optional feature)
View Details
SN74LS624 Voltage-controlled oscillator - SN74LS624N - Texas Instruments
Specs
Oscillator Type VCO
Package / Form Factor Surface Mount
Frequency 35 MHz
View Details
5 suppliers
Clocks & Timing Solutions, Oscillators - CY29430FLQXI - Infineon Technologies AG
Specs
Oscillator Type XO
Features / Standards RoHS; Lead-Free
Frequency 15 to 2100 MHz
View Details