XO517X Extended Temperature OCXO
July 11, 2018
MtronPTI is introducing a High Temperature and High Stability OCXO XO517X series as a timing reference for extreme environment applications. XO517X series offers exceptional temperature stability of less than +/-1.0ppb, over an operating temperature of -40°C to +90°C.
Key Features:Read More
Vibration-Induced Phase Noise On Ovenized Oscillators (Video)
June 15, 2018
Mel Mehret discusses how to reduce vibration sensitivity on an OCXO, and showed us an illustration of phase noise of the XO55310 100 MHz Evibe OCXO.Read More
XO8085 Integrated Frequency References
June 08, 2018
Combining over 25 years of discrete RF design expertise and high precision OCXO manufacturing experience, MtronPTI’s XO8085 series provides designers a High Stability, Ultra Low Phase Noise and Low G-Sensitivity PLL OCXO platform with an option of Multi Output Frequency References. With RF systems getting smaller in size an integrated assembly like XO8085 with multi output frequency references, enable system designers to employ one small package with multi frequency references versus multiple OCXOs saving SWaP, cost and improving reliability.Read More
MtronPTI 100MHz Sinewave Electronically Vibration Compensated OCXO
May 25, 2018
In high reliability communications and radar applications, maintaining performance comes first. The communication link must stay up; the picture must be clear even when conditions are less than ideal. Radars and satellite tuners use high performance crystal oscillators to keep frequencies quiet for clear pictures and exact for good channel lock but it’s often a difficult tradeoff: size, weight and power constraints versus ultimate noise performance when looking for small slow moving targets from shaking platforms.Read More
Miniature Low Profile Dual Filter
May 16, 2018
Using over 50 years of high performance RF filter design and manufacturing experience – incorporating custom designed and tuned coils, combined with discrete design expertise, MtronPTI can provide miniature low profile dual filters for applications where space is a constraint. Dual filters not only reduce the overall mechanical footprint, but also offer moderate power handling and excellent out of band performance.
MtronPTI High Power Switched LC Filter Assembly
May 15, 2018
Using over 50 years of high performance RF filter design and manufacturing experience – incorporating custom designed and tuned coils, combined with discrete and high power design expertise, MtronPTI can provide integrated switched filter assemblies that not only reduce the overall mechanical footprint, but also offer improved electrical performance and power handling. MtronPTI High Power Switched Lumped Element Filter Assemblies are available in multiple frequency ranges.
High Power LC Diplexer Assembly
May 15, 2018
Using over 50 years of high performance RF filter design and manufacturing experience – incorporating custom designed and tuned coils, combined with discrete and high power design expertise, MtronPTI can provide high power LC Diplexers that not only reduce the overall mechanical footprint, but also offer improved electrical performance and power handling.
- High Power
- Better Isolation/RF Shielding
- Low Insertion Loss
MtronPTI Introduces Low Phase-Noise. Tight Stability TCXO
March 27, 2018
MtronPTI Introduces Low Phase-Noise, Tight Stability TCXO for GPS and Communication Markets.
Orlando, FL, March 19, 2018 – MtronPTI, leader in precision frequency control and custom RF/microwave filters, today announces the release of new M6030/M6131 series of Low Phase-Noise high stability TCXOs. M6030/6031 has optimal balance between close-in phase noise and the noise floor, making it suited to be optimal reference clock for GPS network and communication applications. This family of products uses in-house AT-cut crystal expertise for higher performance and accuracy.Read More
IRIDIUM BAND FILTER
January 17, 2018
Iridium satellite communication system uses 1616-1626.5 MHz band to uplink with orbiting communication satellites. GPS satellites broadcast at 1227.60 MHz (L2), 1575.42(L1) MHz and Galileo satellites broadcast at 1575.42(L1) MHz. Proximity of the Iridium frequency communication band with the L1 frequencies of the GPS, Galileo systems can cause crosstalk with Global Navigation Satellite System (GNSS) receivers. Cross talk between Iridium transmissions and other GPS signal can cause cycle slips and loss of lock on the carrier and code phases, thereby degrading the quality observations.Read More
Senior Design Engineer Michael Adkins
October 02, 2017
MtronPTI Announces Addition of Senior Design Engineer Michael Adkins
Design Capabilities Strengthened for Cavity and Waveguide Microwave Filters and Switched Filter Banks