TDK LI-2000-3816 User manual

Type
User manual

TDK LI-2000-3816 is a LISN Adapter that enables the LI-2000 to remotely control the EMCO model 3816 LISN. The LI-2000 LISN Interface is used to control all front panel features of an AC or DC LISN via manual or remote control. The LI-2000 operates as its own controller from a direct IEEE-488 bus connection. The interface can also be operated manually via the front panel push button switches. Protection Optical isolators or relays make for a complete electrical isolation between the bus and the V-network, permitting protection from ground loops and undesired RF feedback.

TDK LI-2000-3816 is a LISN Adapter that enables the LI-2000 to remotely control the EMCO model 3816 LISN. The LI-2000 LISN Interface is used to control all front panel features of an AC or DC LISN via manual or remote control. The LI-2000 operates as its own controller from a direct IEEE-488 bus connection. The interface can also be operated manually via the front panel push button switches. Protection Optical isolators or relays make for a complete electrical isolation between the bus and the V-network, permitting protection from ground loops and undesired RF feedback.

2
PRODUCTS
1101 Cypress Creek Road n Cedar Park, Texas 78613, USA n 1-512-258-9478 n FAX 1-512-258-0740
Data Sheet
Applications
n IEEE-488 bus interfacing
n Compatible with the R&S ESH3-Z5 V-network
Options
n LISN Adapter LI-2000-3816
The LI-2000-3816 LISN Adapter enables the
LI-2000 to remotely control the EMCO model
3816 LISN.
LI-2000 LISN Interface
Product Overview
The TDK RF Solutions LI-2000 LISN Interface is
used to control all front panel features of an AC or
DC LISN via manual or remote control. The LI-
2000 operates as its own controller from a direct
IEEE-488 bus connection. The interface can also
be operated manually via the front panel push
button switches.
Protection Optical isolators or relays make for a
complete electrical isolation between the bus and
the V-network, permitting protection from ground
loops and undesired RF feedback. Also, by taking
operating power from the filtered rack host, noise
from power line connections is eliminated.
Features
n IEEE-488 bus or manual operation
n Complete electrical isolation
n Front panel LED indicators for LISN operating
status
The TDK RF Solutions LI-2000 LISN Interface
permits manual or remote control of the
artificial mains network to provide complete
electrical isolation between the bus and the
network.
2
PRODUCTS
DSLI2000112101
LI-2000 LISN Interface
Ordering Information
Product: LISN Interface
Model Number: LI-2000
Warranty: 1 year
To place an order or to learn more about the
TDK RF Solutions products that best meet your
needs, contact your TDK sales representative:
TDK RF Solutions Inc.
1101 Cypress Creek Rd.
Cedar Park, Texas 78613 USA
Phone: 1-512-258-9478
Fax: 1-512-258-0740
World Wide Web: www.tdkrfsolutions.com
TDK Electronics Europe GmbH.
Wanheimer Str. 57
40472 Düsseldorf, Germany
Phone: +49/211-9077-139
Fax: +49/211-9077-294
Electrical Specifications
Power Requirements 100-240 VAC, 50-60
Hz, 45 W
Communication Media Asynchronous serial (DB-
9 connector)
To learn more about TDK RF Solutions wide range of innovative products and services visit www.tdkrfsolutions.com
© Copyright 2001 TDK RF Solutions Inc. All rights reserved. Specifications subject to change without notice.
www.tdkrfsolutions.com
TOTALI RFEXPERTISE
TM
565
SYSTEMS TEST SERVICES
2
PRODUCTS
59
SOFTWARE
+
CHAMBERS
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TDK LI-2000-3816 User manual

Type
User manual

TDK LI-2000-3816 is a LISN Adapter that enables the LI-2000 to remotely control the EMCO model 3816 LISN. The LI-2000 LISN Interface is used to control all front panel features of an AC or DC LISN via manual or remote control. The LI-2000 operates as its own controller from a direct IEEE-488 bus connection. The interface can also be operated manually via the front panel push button switches. Protection Optical isolators or relays make for a complete electrical isolation between the bus and the V-network, permitting protection from ground loops and undesired RF feedback.

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