PRL-430P-SMA PULSE RESEARCH LAB, PRL-430P-SMA Datasheet

Product Description:2-Ch. DifferentialPECLReceiver/Line Driver,SMAI/O

PRL-430P-SMA

Manufacturer Part Number
PRL-430P-SMA
Description
Product Description:2-Ch. DifferentialPECLReceiver/Line Driver,SMAI/O
Manufacturer
PULSE RESEARCH LAB
Datasheet

Specifications of PRL-430P-SMA

Rohs Compliant
NA
Lead Free Status / RoHS Status
na
APPLICATIONS
FEATURES
DESCRIPTION
The PRL-430N and PRL-430P are, respectively, dual channel, differential or single-ended input NECL and PECL receiver modules
with complementary outputs. They are intended for converting single-ended signals, including GHz sine waves, into differential
NECL/PECL signals for driving long lines and for receiving differential signals from long lines.
A switch selects either single-ended or differential inputs, as shown in Figs. 1A and 1B. In the differential input mode, both inputs D
and D are terminated internally into 50 Ω /V
mode, therefore, either one or both inputs can accept AC coupled signals as well. In the single input mode, signals should be connected
to the D inputs only. The D inputs are switched internally to V
resistors R
loads terminated into V
Either output from the PRL-430N can drive a single-ended NECL input. The PRL-430P complementary outputs, however, must be
used together for driving differential PECL inputs only, because the reduced output logic swing of 400 mVp-p, due to short circuit
protection reasons, is not logic level compatible with single-ended PECL input.
The PRL-430N and PRL-430P are each housed in a 1.3 x 2.9 x 2.2-in. extruded aluminum enclosure and is supplied with a -±8.5V
AC/DC Adapter. If mounting is desired, a pair of 35001420 mounting brackets can accommodate two PRL modules of the same
length. A number of PRL modules can also share a single ±8.5V AC/DC adaptor using the PRL-730 or PRL-746 voltage distribution
module. Please see the Accessories Section for more detail.
Converts Single-ended Input Signals into Differential
Signals for driving long lines
Ideal for receiving Differential Signals from Long Lines
Converts GHz Sine Wave Signals into Differential
NECL/PECL Signals
An Essential Lab Tool for Working with GHz
NECL/PECL Circuits
3 GHz f
Single-ended or Differential Inputs
Internal 50 Ω/V
Sinewave or AC coupled Signals
V
Complementary Outputs drive 50 Ω loads terminated to
V
DC Coupled I/O’s Compatible with ECLinPS or 10KH
Devices
SMA I/O Connectors
Ready-to-Use 1.3 x 2.9 x 2.2-in. Module includes a ±8.5V
AC/DC Adapter
TT
TT
T
's for the D input channels are changed to 62 Ω . Complementary outputs of both models are designed for driving 50 Ω
equals –2 V for NECL and +3 V for PECL
or AC coupled 50 Ω loads
MAX
DIFFERENTIAL NECL/PECL RECEIVERS
TT
TT
or AC coupled 50 Ω loads
Input Terminations also accept
PRL-430N/430P DUAL CHANNEL
TT
, where V
TT
is equal to –2 V for NECL and +3 V for PECL. In the differential input
BB
, nominally -1.3 V for NECL and +3.7 V for PECL, and termination
PRL-430N Differential NECL Receiver
1234 Francisco Street, Torrance, CA 90502
Tel: 310-515-5330 Fax: 310-515-0068
Email:
sales@pulseresearchlab.com
www.pulseresearchlab.com

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PRL-430P-SMA Summary of contents

Page 1

... PECL input. The PRL-430N and PRL-430P are each housed in a 1.3 x 2.9 x 2.2-in. extruded aluminum enclosure and is supplied with a -±8.5V AC/DC Adapter. If mounting is desired, a pair of 35001420 mounting brackets can accommodate two PRL modules of the same length. A number of PRL modules can also share a single ± ...

Page 2

... MAX is measured by inputing either a sinewave or a pair of complementary signal using the differential input mode(switch up). The complementary outputs of either unit are divided by four using the PRL-255N/255P in cascade, and then the outputs of the PRL-255N/255P are measured using the PRL-550NQ4X/PQ4X, four channel NECL/PECL Terminators, connected to a sampling 'scope. ...

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