Agilent 2-way Splitter User Manual

Skip to end of metadataGo to start of metadata

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.

On This Page

On the Web

PwrSplit2 (2-Way Power Splitter)

Agilent
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
  1. S12 = S21 , S13 = S31 , S33 = S22
  2. PwrSplit2 can also be used as a power combiner.
  3. Use the functions polar( ), dbpolar( ) to represent the S-parameters in terms of magnitude, phase or dB, phase.
Skip to end of metadataGo to start of metadata

On This Page

On the Web

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.

Splitter

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

Agilent 2-way Splitter User Manual

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

Splitter

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

Online

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.