Mini Circuits ZT-24RFX8 Datasheet

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50 500-6000 MHz
Product Overview
This completely flexible set of path characteristics is ideal for cellular transceiver and handover test requirements, particularly complex LTE eNodeB applications. Multiple signal sources and interferers can be combined into any combinationof DUT at precisely tailored signal levels.
The matrix is housed in a 5U height, 19-inch rack chassis with SMA RF connectors on the front and rear panels. The system can be controlled via USB or Ethernet (supporting SSH, HTTP & Telnet network
protocols). Full software support is provided, including our user-friendly GUI applicationfor Windows and a
full API with programming instructions for Windows and Linux environments (both 32-bit and 64-bit systems).
Key Features
Feature Advantages
Splitter / attenuator matrix
Connect any combination of inputs to any combination of outputs with precise signal levels on each path
Rack chassis Compact rack-mountable chassis for easy integration into automated test environments
Ethernet Control Remote control from any computer or device with a network connection (SSH, HTTP or Telnet
protocols).
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Electrical Specifications at 25°C
Dimensions
19” (W) x
5U (H) x 30” (D)
Case Drawing
99
-01-3038
Case Material
Aluminum (with protective coating to prevent corrosion)
Removablecarry handles on front, rear and sides
RF Connectors
Panel
Connector
Quantity
Port Labels
Front
SMA female
24
A
-RF1 to A-RF8; B-RF1 to B-RF8; C-RF1 to C-
RF8
8
UE1
to UE8
24
Interconnect
ports
Rear
24
A1 to A8; B1 to B8; C1 to C8
Panel Items
Front Panel
Rear Panel
Panel Marking
ZT-24RFX8
24 x 8 RF Port System
500-6000 MHz
CE
EAC
Serial number / date code / model name
Other Connectors
AC mains power input (IEC C14 inlet)
USB type B socket
RJ45 (LAN) socket
Other
Power on / off switch with LED
Removable carry handles
Removable carry handles
Power Supply
AC mains power input (90
-260 V, 47-63 Hz)
Fuse
2A, 250V rating
Temperature
Operating: 0 to +50 ºC
Parameter
Conditions Min Typ Max
Units
Frequency
500 - 6000
MHz
Total Path Loss
Including External Cables
500 – 3000 MHz - 30.0 -
dB
3000 – 6000 MHz - 35.8 -
Isolation
(Between A1-A8,B1-
B8 or C1
-C8 ports @ 0 dB)
500 – 3000 MHz 45 52 -
dB
3000 – 6000 MHz 48 57 -
Path Loss
8RFX8 Block
500 – 3000 MHz - 23 28
dB
3000 – 6000 MHz - 28 32
Return Loss
8RFX8 Block
500 – 3000 MHz - 18 -
dB
3000 – 6000 MHz - 13 -
Path Loss
3
-Way Splitter
500 – 3000 MHz - 6.5 7.2
dB
3000 – 6000 MHz - 7.3 8.0
Return Loss
UE Ports
500 – 3000 MHz - 23 -
dB
3000 – 6000 MHz - 20 -
Return Loss
3
-Way Outputs
500 – 3000 MHz - 24 -
dB
3000 – 6000 MHz - 27 -
Isolation
Between
3-Way Outputs
500 – 3000 MHz 17 25 -
dB
3000 – 6000 MHz 20 25 -
Attenuation Range
Per path, 0.25 dB steps
0 - 63
dB
Input Power
- - +20
dBm
Mechanical Specifications
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Simplified Functional Block Diagram
8 x 8 Modules
Each module has 8 inputs and 8 outputs, interconnected via splitters and combiners
All paths are bi-directional
Each internal path has an independent programmable attenuator (64 per module)
Each input can connect to each output in any combination and with precisely controlled path loss
3-Way Splitter / Combiners
T1 to T8 are 4-way splitter / combiners, each with the 4thport terminated
UE1-UE8 ports are routed into all 3 of the 8 x 8 Modules
External Cables
Connections between the 8 x 8 Modules and the 3-way splitter / combiners are made using external cables (24 total)
System Function
The complete system has 24 inputs and 8 outputs
All paths are bi-directional
Each internal path has an independent programmable attenuator (192 total)
Each input can connect to each output in any combination and with precisely controlled path loss
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Full System Block Diagram
Label
Description
P1
-P24 & S1-248-way splitter / combiner
R1
-R24
8
-channel programmable attenuator
T1
-T8
3
-way splitter / combiner
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Typical Performance Data
Per 8 x 8 Module
Path Loss (8 x 8 Module)
Return Loss (8 x 8 Module)
Isolation (8 x 8 Module) - Between A1-A8, B1-B8 or C1-C8 Ports @ 0 dB
A1 to A2_0dB A3 to A4_0dB A5 to A6_0dB A7 to A8_0dB A-RF1 to A-RF2_0dB A-RF3 to A-RF4_0dB A-RF5 to A-RF6_0dB A-RF7 to A-RF8_0dB
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Typical Performance Data
Per 3-Way Splitter / Combiner
Path Loss (3-Way Splitter)
Return Loss (3-Way Splitter)
Isolation (3-Way Splitter)
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Rack-Mounted | USB & Ethernet Control
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Outline Drawing
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Outline Drawing
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Software Specifications
Please contact testsolutions@minicircuits.com for support
Ethernet Control
Supported Protocols
TCP / IP, SSH, HTTP, Telnet, DHCP, UDP
Max Data Rate
100 Mbps (100Base
-T Full Duplex)
USB Control
Supported Protocols
HID
- High Speed
Min Communication Time
400 µs typ
Software
Support
Mini-Circuits’ Universal GUI for USB & LAN control (Windows only)
ASCII / SCPI command syntax for LAN programming (all OS)
ActiveX / .NetDLL APIs for USB programming (Windows only)
Interrupt codes for direct USB programming (all OS)
Full programming instructions and examples for a wide range of languages
Downloads
Software & Documentation
https://www.minicircuits.com/softwaredownload/multiatt.html
Command / Query
Description
:MN?
Read model name
:SN?
Read serial number
:FIRMWARE?
Read firmware version
:
[address]:CHAN:[channels]:SETATT:[Att]
Set attenuation:
[address]
Address of the 8-channel attenuator module
SL can be used to refer to all 8-channel modules
[channels]
Channel number (1 to 8) within the 8-channel module
Multiple channels can be listed, separated by “:”
[Att
]
Attenuation value (0-63)
Examples
:
:01:CHAN:1:SETATT:10.25
Sets
channel 1 of RS8DAT 01 to 10.25dB)
:01:CHAN:1:2:3:SETATT:10.25
Sets
channels 1, 2, & 3 of RS8DAT 01 to 10.25dB)
:SL:CHAN:1:2:3:4:SETATT:10.25
(
Sets channels 1, 2, 3, & 4 of all RS8DATs to
0.25dB)
:
[address]:CHAN:[channels]:ATT?
Returns the attenuation of a single channel
[address] : Address of the RS8DAT (01, 02, …, SL)
[channels] : Channel of the RS8DAT (1, 2, …, 8)
Examples:
:01:CHAN:1:ATT?
(
Returns the attenuation of channel 1 of RS8DAT 1)
Programming Commands
The key ASCII / SCPI commands for control of the system are summarized below
These can be sent via the USB or Ethernet API
Please refer to the programming manual for full details
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Channel 1
(A)
Channel 2
(B)
Channel 3
(C)
Channel 4
(D)
Channel 5
(E)
Channel 6
(F)
Channel 7
(G)
Channel 8
(H)
Att 01 A1 <> UE1 A2 <> UE1 A3 <> UE1 A4 <> UE1 A5 <> UE1 A6 <> UE1 A7 <> UE1 A8 <> UE1 Att 02 A1 <> UE2 A2 <> UE2 A3 <> UE2 A4 <> UE2 A5 <> UE2 A6 <> UE2 A7 <> UE2 A8 <> UE2 Att 03 A1 <> UE3 A2 <> UE3 A3 <> UE3 A4 <> UE3 A5 <> UE3 A6 <> UE3 A7 <> UE3 A8 <> UE3 Att 04 A1 <> UE4 A2 <> UE4 A3 <> UE4 A4 <> UE4 A5 <> UE4 A6 <> UE4 A7 <> UE4 A8 <> UE4 Att 05 A1 <> UE5 A2 <> UE5 A3 <> UE5 A4 <> UE5 A5 <> UE5 A6 <> UE5 A7 <> UE5 A8 <> UE5 Att 06 A1 <> UE6 A2 <> UE6 A3 <> UE6 A4 <> UE6 A5 <> UE6 A6 <> UE6 A7 <> UE6 A8 <> UE6
Att 07 A1 <> UE7 A2 <> UE7 A3 <> UE7 A4 <> UE7 A5 <> UE7 A6 <> UE7 A7 <> UE7 A8 <> UE7
Att 08 A1 <> UE8 A2 <> UE8 A3 <> UE8 A4 <> UE8 A5 <> UE8 A6 <> UE8 A7 <> UE8 A8 <> UE8 Att 09 B1 <> UE1 B2 <> UE1 B3 <> UE1 B4 <> UE1 B5 <> UE1 B6 <> UE1 B7 <> UE1 B8 <> UE1 Att 10 B1 <> UE2 B2 <> UE2 B3 <> UE2 B4 <> UE2 B5 <> UE2 B6 <> UE2 B7 <> UE2 B8 <> UE2
Att 11 B1 <> UE3 B2 <> UE3 B3 <> UE3 B4 <> UE3 B5 <> UE3 B6 <> UE3 B7 <> UE3 B8 <> UE3
Att 12 B1 <> UE4 B2 <> UE4 B3 <> UE4 B4 <> UE4 B5 <> UE4 B6 <> UE4 B7 <> UE4 B8 <> UE4 Att 13 B1 <> UE5 B2 <> UE5 B3 <> UE5 B4 <> UE5 B5 <> UE5 B6 <> UE5 B7 <> UE5 B8 <> UE5 Att 14 B1 <> UE6 B2 <> UE6 B3 <> UE6 B4 <> UE6 B5 <> UE6 B6 <> UE6 B7 <> UE6 B8 <> UE6 Att 15 B1 <> UE7 B2 <> UE7 B3 <> UE7 B4 <> UE7 B5 <> UE7 B6 <> UE7 B7 <> UE7 B8 <> UE7 Att 16 B1 <> UE8 B2 <> UE8 B3 <> UE8 B4 <> UE8 B5 <> UE8 B6 <> UE8 B7 <> UE8 B8 <> UE8 Att 17 C1 <> UE1 C2 <> UE1 C3 <> UE1 C4 <> UE1 C5 <> UE1 C6 <> UE1 C7 <> UE1 C8 <> UE1 Att 18 C1 <> UE2 C2 <> UE2 C3 <> UE2 C4 <> UE2 C5 <> UE2 C6 <> UE2 C7 <> UE2 C8 <> UE2 Att 19 C1 <> UE3 C2 <> UE3 C3 <> UE3 C4 <> UE3 C5 <> UE3 C6 <> UE3 C7 <> UE3 C8 <> UE3 Att 20 C1 <> UE4 C2 <> UE4 C3 <> UE4 C4 <> UE4 C5 <> UE4 C6 <> UE4 C7 <> UE4 C8 <> UE4 Att 21 C1 <> UE5 C2 <> UE5 C3 <> UE5 C4 <> UE5 C5 <> UE5 C6 <> UE5 C7 <> UE5 C8 <> UE5
Att 22 C1 <> UE6 C2 <> UE6 C3 <> UE6 C4 <> UE6 C5 <> UE6 C6 <> UE6 C7 <> UE6 C8 <> UE6
Att 23 C1 <> UE7 C2 <> UE7 C3 <> UE7 C4 <> UE7 C5 <> UE7 C6 <> UE7 C7 <> UE7 C8 <> UE7 Att 24 C1 <> UE8 C2 <> UE8 C3 <> UE8 C4 <> UE8 C5 <> UE8 C6 <> UE8 C7 <> UE8 C8 <> UE8
Attenuator Logic Table
Signal routing and level control within the matrix is accomplishedusing programmable attenuators
The 192 attenuator channels are organised over24 separate 8-channel attenuator modules
The logic table below maps out the specific attenuator channel which applies to each independent input
/ output path
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Rack-Mounted | USB & Ethernet Control
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Connect via USB or Ethernet
• Run GUI in “demo mode” to evaluate software without a hardware connection
View and set all attenuator states
Configure Ethernet settings
Upgrade firmware
Graphical User Interface (GUI) for Windows - Key Features
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Please contact Mini-Circuits’ Test Solutions department for price and availability:
testsolutions@minicircuits.com
Model Name
Quantity
Description
Cable Model
Region
CBL
-3W-xx* 1
AC power
cord (IEC C13 connector to local plug)
CBL
-3W-US
USA
USB
-CBL-AB-7+ 1
USB cable (6.8
ft)
CBL
-3W-EU
Europe
CBL
-RJ45-MM-5+ 1
Ethernet cable (5
ft)
CBL
-3W-IL
Israel
HT
-4-SMA 1
SMA Cable Wrench (4 in)
CBL
-3W-UK
UK
*Please specify one option on the purchase order, at no charge
CBL
-3W-AU
Australia / China
Included Accessories
Ordering Information
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