Search Results for loss to erasure conversion
Return Loss to VSWR Conversion Chart - Amphenol RF
Due to mismatches in impedance within the connector, some of the signal is reflected. The ratio of the input to the reflected signal is called the Voltage Standing Wave Ratio (VSWR). This ratio can also be measured in dB, and expressed as Return Loss.
How do I specify the performance characteristics of a cable assembly?
There are two performance characteristics of cable assemblies that are of interest: VSWR (or Return Loss) and Insertion Loss. For all but the shortest cable assemblies the Insertion Loss will be primarily due to the attenuation of the raw cable.
AE-AN-ICFP-001 - ICFP - DE-EMBEDDING - ardentconcepts.com
Insertion Loss for ICFP and Fixture measurements. Traces comparing the Through Blindmate ICFP measurement and the patch cord response used to obtain the Port Extension and Through Only De-Embedded responses. Note that the De-Embedded Insertion Loss response of the Port Extension is corrected after applying the Through Only De-Embed Method. Figure 3
LÜTZE Converters
conversion means: •Actual conversion of signals (e.g. from voltage into current) •Amplification of signals (e.g. from low-level signals to standard signals) •Electrical isolation and where appropriate amplification of signals (e.g. of analog-signals) • Filtering of interference (e.g. of HF interference from analog signals)
20 GHz SerDes TX & RX Loopback Testing - Amphenol Ardent Concepts
Insertion Loss Return Loss Crosstalk Any distribution of data without the written permission of ARDENT CONCEPTS, INC. is prohibited. Crosstalk measurement between two channels spaced 100 mils apart.-140-130-120-110-100-90-80-70-60-50-40-30-20-10 0 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 dB Frequency [GHz] S14 S41 Crosstalk SK Series TM ...
General Signal Conditioning Guide - PCB
or loss in insulation resistance due to contamination can radically alter the system characteristics. Furthermore, the high-impedance output signal makes the use of low-noise coaxial cable mandatory and precludes the use of such systems in moist or dirty environments, unless extensive measures are taken to seal cables and connectors.
Band-Pass/Band-Reject Filters for the 450 MHz Band
The BPBR 70/6... and the BRBP 70/6... are 6-cavity pass-reject filters, which pass one frequency or frequency band and reject another in immediate vicinity of the pass frequency.
Amphenol Amphenol Taiwan Corporation Sheet
Return loss (Rx/Tx) -16dB Min. @ 0.5-40 MHz -12+20log(f/80Mhz)dB Min. @ 40-100 MHz, CM – CM rejection -30dB Min. @100KHz-100MHz CM – DM rejection -35dB Min. @100KHz-100MHz Cross talk isolation (Rx/Tx) -30+20log(f/100Mhz)dB Min. @ 100KHz-100 MHz Hipot (Isolation) 1.5 KVrms AC ...
amphe-lite-subminiature-connectors-catalog-amphenol-industrial
Service Class F Amphe-Lite connectors provide excellent EMI shield-ing and grounding through electroless nickel plating and spring ground-ing rings. Environmental sealing is ensured with interfacial seals to prevent contact corrosion. Composite shells are completely immune to corrosion problems.
VSWR to Return Loss Conversion Chart - amphenolrf.com
vswr rl (db) vswr rl (db) vswr rl (db) vswr rl (db) vswr rl (db) 66.025. 1.060: 30.714. 1.138: 23.803. 1.480: 14.264. 5.400: 3.255. 1.002
Amphenol Tactical High Density (THD) Fiber Optic Connectors Fiber Systems
These ultra high density connectors utilize commercially available 1.25mm zirconia ceramic ferrules and alignment sleeves resulting in exceptional insertion loss performance. For more information on how to order or to obtain a price quote on any of our THD products, please call us at 800.472.4225.
Why Every Engineer Needs a Reliable Lowpass Filter Calculator
Industrial and defense applications demand lowpass filters that adhere to strict roll-off, insertion loss, and signal rejection specifications. High-frequency applications demand more rigid standards and often require custom-made LC lowpass filters.
IN-LINE CHARGE CONVERTER - PCB
Sensitivity(± 2 %)(Charge Conversion) 1 mV/pC 1 mV/pC Input Range ± 5000 pC ± 5000 pC Low Frequency Response(-5 %) 5 Hz 5 Hz [2] High Frequency Response(4 mA) 35 kHz 35 kHz [1][3] Non-Linearity ≤ 1.0 % FS ≤ 1.0 % FS Environmental Temperature Range(Operating) -65 to +250 °F -54 to +121 °C ...
DensiLink OverPass Assemblies | High Speed Input Output | Amphenol
These create an eight channel lower signal loss interconnection from the chip site to the external port. Deploying these cables can also result in less PCB design complexity and reduced PCB costs. DensiLink ® enables arrayed connector layouts for near chip / on package IO… If playback doesn't begin shortly, try restarting your device.
ExaMAX® 56Gb/s High Speed Orthogonal Connector System - Amphenol CS
Superior signal integrity performance via impedance control, low cross-talk while eliminating insertion loss resonances. Mating forces reduced by 40% compared to traditional blade and beam designs. Durable, reliable mating interface design. Eliminates crushed pins.
What is Insertion Loss and how is it specified? - Amphenol RF
In general, the insertion loss of a connector is on the order of a few hundredths to a few tenths of a dB. As with VSWR, it can be specified as a “flat line limit” or as a function of frequency. A BNC connector is specified at .2 dB maximum when tested at 3 Ghz.
Signal Converter and Temperature Converter - Lutze Inc.
The LUTZE LCIS converters have an extremely low heat dissipation and power loss factor. These innovative and functional electronics are also suited for hard to reach and remote locations, such as wind turbines. LUTZE signal converters have a wide temperature range of -40°C to +75 °C.
Understanding the Key Trade-Offs in RF Filters - Q Microwave
In this article, we look at how filter engineers work around your constraints and what the parameters are for the best trade-off. First, we consider the importance and influence of each of the four main factors of SWaP-C.
Type PRODUCT SPECIFICATION - Amphenol CS
4.5 insertion loss 4.6 return loss 4.7 crosstalk section 5 environmental 5.1 thermal shock 5.2 cyclic temperature and humidity 5.3 temperature life (pre-conditioning) 5.4 temperature life 5.5 vibration 5.6 durability (pre-conditioning) 5.7 durability 5.8 mixed flowing gas 5.9 reseating 5.10 resistance to solder heat
RF Lowpass Filters: Custom Solutions for Advanced RF Applications
Custom filters are equipped to minimize insertion loss, achieve precise roll-off selectivity, and withstand extreme temperatures in demanding applications. They bridge the gap where standard solutions fail. Learn how tailored lowpass filters can help you maintain signal integrity in even the most challenging RF environments.