The HX2410 CW to CMOS Conversion Amplifier converts sinusoidal signals to CMOS logic levels to reduce trigger jitter in precision oscilloscope applications. It operates from 5 MHz to 500 MHz input frequency with an input power range of 0 to 12 dBm. The output provides 2.5 Vp-p into a 50 ohm load and features an ultra-low additive phase noise of -160 dBc/Hz at 100 MHz and 10 kHz offset. RMS phase jitter is 5 fs from 10 Hz to 100 Hz and 6 fs from 20 kHz to 20 MHz at 100 MHz and +9 dBm input. Rise and fall times are 900 ps. It requires a 7 to 12 VDC supply via SMB connector and measures 1.75 in × 1.5 in × 0.5 in excluding connectors. The device is RoHS compliant and housed in a shielded enclosure with mounting holes for integration.
The HX2410 CW to CMOS Conversion Amplifier is intended for use as a peripheral component in precision oscilloscope test applications. The HX2410 eliminates trigger induced jitter that is caused by the low slew rate of low frequency sinusoidal (CW) trigger signals, ultimately resulting in inaccurate oscilloscope measurements. The proprietary architecture maintains the integrity of an ultra low phase noise sinusoidal (CW) signal while converting it to a CMOS Logic level exhibiting the absolute lowest jitter available. Holzworth products are 100% finalperformance tested for phase noise (jitter) verification.
The HX2410 CW to CMOS Conversion Amplifier is also available with Maury multi-channel RF Synthesizer products as an integrated option. Inquire directly with Maury or a Sales Representative for more information.
| Maury Microwave | |
|---|---|
| Product Category | RF Amplifiers |
| Product Number | HX2410 |
| Product Name | Low Phase Noise Amplifiers |
| Amplifier Type | Low Noise Amplifier |
