The OX–070 is a high stability ovenized crystal oscillator in a miniature atomic clock compatible footprint, capable of aging rates of 0.06 ppb/day and temperature stabilities of 1ppb over the industrial temperature range. Driven by an SC–cut crystal, the OX–070 has twice the temperature range, similar aging and temperature performance of the miniature atomic clocks. It also has better Allan Deviation and phase noise than commercially available miniature atomic clocks, at a tenth of the cost.
RSS
Model SST-2730253027-28-S1 is a Ka Band compact transmitter module operating at 26.8 GHz. This product is designed and manufactured for small satellite applications. The module incorporates a phase locked oscillator to convert 1.0 signal to 26.8 GHz signal. With an integrated 23 dBi circular polarized lens corrected antenna, the module delivers +50 dBm EIRP. The module measures 3.78”(W) x 3.44”(L) x 4.43” (H) and weighs 24 Oz.
Model SBP-2634034530-2828-X1 is a full Ka band power amplifier with a typical small signal gain of 45 dB and a typical P1dB of +30 dBm in the frequency range of 26.5 to 40 GHz. The typical DC power requirements for the amplifier are +6 VDC/2,500 mA and -5.0 VDC/110 mA, respectively. The input and output port configurations are both WR-28 waveguide with UG599/U flange.
Model SSK-ST573673-15-ITS1 is a V-Band transmitter (upconverter) that emits two orthogonally polarized signals from 57-67 GHz. The transmitter takes 14.250 to 15.875 GHz/+0 dBm signal through a X4 active multiplier to generate millimeterwave signal as its local oscillator and DC to 3.5 GHz/0 dBm as its IF input signal to generate 57 to 67 GHz RF signals.
Model SSC-7737731200-1212-C1 is an E-Band transceiver. The transceiver has a minimum transmit output power of -30 dBm in the frequency range of 76 to 78 GHz with an IF input power of 0 dBm in the frequency range of 550 to 950 MHz. The typical receive conversion loss is -12 dB with a typical RF input power of -20 dBm in the frequency range of 76 to 78 GHz and a IF output frequency range of 550 to 950 MHz.
Vectron’s VT-706 Temperature Compensated Crystal Oscillator (TCXO) in an industry standard four pin 7.0 x 5.0 mm package. Tight stabilities as low as +/-50 ppb can be achieved in this standard package, to support both legacy systems for backwards compatibility and newer designs where footprint compatibility with other precision oscillators remains a requirement.
The VX–706 is a new discrete VCXO in a 5 x 7 mm footprint with improved phase noise and jitter performance previously only available in a 9 x 14 mm package (VX–501). As board layouts become increasingly dense, VCXOs must meet performance specifications and deliver it in smaller package sizes. The new VX–706 supports this progression with improved phase noise performance.
The VX-504 is a low g-sensitivity VCXO that offers a g-sensitivity of 0.3ppb/g, with jitter performance of 60fsec over the offset bandwidth of 12kHz to 20MHz. It is available up to 160MHz and is ideal for industrial and harsh environment conditions.
The OX–204 is an Ultra Low Noise OCXO designed for applications that have a need for uncompromised phase noise performance in a 1" x 1" package. The OX–204 achieves a close in phase noise performance of −140dBc/Hz at the 10Hz offset with a phase noise floor of <-175dBc/Hz.
Vectron's VT–704 Temperature Compensated Crystal Oscillator (TCXO) 0.5ppm 5 to 52MHz, Clipped sine wave or CMOS output, analog temperature compensated oscillator in an industry standard four pin 7.0 x 5.0 mm package. Tight stability in the 7050 package continues to be a requirement for both legacy systems for backwards compatibility but also in newer designs where footprint compatibility with other oscillators remains a requirement.