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- Agilent 2-way Splitter User Manual Free
- Agilent 2-way Splitter User Manual Pdf
- Agilent 2-way Splitter User Manual Instructions
- Agilent 2-way Splitter User Manual Model
- Agilent 2-way Splitter User Manual
The YARDMAX YS3065 Gas Powered Half Beam Log Splitter is a rugged, 30-ton force, 2-way gas log splitter comes with numerous, standard design enhancements for better, longer performance. Don't let the 'half beam' fool you - this splitter provides all the splitting force as the full beam version, and is easy to transport and move around your.
Two-way splitter without makeup gas Inlet Det 1 Det 2 Restrictor 1 Splitter Restrictor 2 Column GC Oven Note: A purged capillary fl ow device, such as a splitter, introduces an additional fl ow in the sample stream. For detectors that operate at low fl ow rates, like the MSD and TCD, some decrease in sensitivity will occur. The 2-way purged splitter operates as a column combiner. It combines the outlet flows from the S-VOA and VOA columns to a 1.1 m × 0.15 mm SilTek treated restrictor into the MSD transfer line. The 2-way purged splitter also provides makeup gas for good peak shapes and backflush flow. The S-VOA DRS database-library (DBL) includes the single. The 2-way purged splitter operates as a column combiner. It combines the outlet flows from the S-VOA and VOA columns to a 1.1 m × 0.15 mm SilTek treated restrictor into the MSD transfer line. The 2-way purged splitter also provides makeup gas for good peak shapes and backflush flow. The S-VOA DRS database-library (DBL) includes the single. Samsung Gear S3 Frontier Sm R760 User Manual Agilent 2-way Splitter User Manual Roku Ultra Spec Sheet User Manual Straight Talk Motorola E5 User Manual Chargemaster 24 30 3 User Manual Audacity 2.1.2 Manual Download Samsung Galaxy Note 2 Lte N7105 User Manual.
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PwrSplit2 (2-Way Power Splitter)
Symbol
Available in ADS
Parameters
Name | Description | Units | Default |
|---|---|---|---|
S21 | Transmission Coefficient, port1 to port2, complex number: 1 + j × 0, polar(), dbpolar() | None | 0.707 |
S31 | Transmission coefficient, port1 to port3, complex number: 1 + j × 0, polar(), dbpolar() | None | 0.707 |
S11 | Port1 reflection coefficient, complex number: 1 + j × 0, polar(), dbpolar() | None | 0 |
S22 | Port2 reflection coefficient, complex number: 1 + j × 0, polar(), dbpolar() | None | 0 |
Isolation | Isolation between port 2 and port 3 | dB | 100 |
ZRef | Reference impedance for all ports | Ohm | 50 |
Temp | Temperature | °C | None |
CheckPassivity | Check passivity flag: if set to yes, a passivity check is performed and a warning is output if the device is not passive; if set to no, a passivity check is not performed. | None | yes |
Delay | Time delay |
Notes/Equations
- S12 = S21 , S13 = S31 , S33 = S22
- PwrSplit2 can also be used as a power combiner.
- Use the functions polar( ), dbpolar( ) to represent the S-parameters in terms of magnitude, phase or dB, phase.
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RF 2 Way - 0/ 90 Splitter / Combiner [SPLIT290]
This element is used to split or combine RF paths. The phase difference between the two split paths is 90 degrees.
Models and Symbols
Model | SPLIT290 |
Alternate Models | None |
Schematic Symbol | SPLIT290 |
Alternate Schematic Symbols | None |
Model Parameters
Parameter | Description | Units | Default Value |
|---|---|---|---|
IL | Insertion Loss | dB | 3.2 |
ISO | Isolation | dB | 30 |
PH2 | Phase, port 2 | deg | 0 |
GBal2 | Gain Balance, port 3 | dB | 0 |
PH3 | Phase, port 3 | deg | -90 |
Zin | Input Impedance | Ohm | 50 |
Zout | Output Impedance | Ohm | 50 |
Additional Parameter Information
Insertion loss, phase and isolation are assumed to be constant across frequency. The minimum insertion loss of an ideal splitter is 10*Log(1/N) dB, where N the number of paths. The gain balance error is added to path 1 ->3 only. However, the phase specifications apply to each output with respect to the input. The resulting s-parameters for the two paths are:
S 21 = { [ -IL (db) ] } with phase = PH2 deg
S 31 = { [ -IL (db) ] + [Gbal2 (db) ] } with phase = PH3 deg
Agilent 2-way Splitter User Manual Free
The total loss of this device consists of 3 loss contributors: 1) division loss ( 10 Log 1/N, where N is the number split paths), 2) dissipative loss ( typically due to the Q of the components and transmission line losses), and 3) isolation or coupling loss ( port-to-port isolations ). The insertion loss specified for this device must include all three of these loss parameters or the device will appear to be active. A warning will be given when this occurs. For example, in practice the user cannot expect to have an insertion loss of around 3 dB for a 2 way splitter if the port-to-port isolation is very low.
Agilent 2-way Splitter User Manual Pdf
Additional Operation Information
Agilent 2-way Splitter User Manual Instructions
- DC Block - DC is NOT blocked for all paths.
Agilent 2-way Splitter User Manual Model
Agilent 2-way Splitter User Manual
Note: Phase for each path should be negative. The total output energy must not exceed the input energy or the device will appear to be active.