Cross Technologies 2017-93 Manuel utilisateur

Instruction Manual

Model 2017-93

Up/Downconverter

May 2010 Rev. D

EXECUTE

MODEL 2017

CROSS TECHNOLOGIES INC.

U F=1525 G=+10.2

D F=1525 G=+25.0

MUTE

UPCONVERTERDOWNCONVERTER

REMOTEALARM POWER ALARM

UP/DOWNCONVERTER

Data, drawings, and other material contained herein are proprietary to Cross Technologies, Inc., but may be

reproduced or duplicated without the prior permission of Cross Technologies, Inc. for purposes of operating

the equipment. Printed in USA.

When ordering parts from Cross Technologies, Inc., be sure to include the equipment model number,

equipment serial number, and a description of the part.

CROSS TECHNOLOGIES, INC.

6170 Shiloh Road

Alpharetta, Georgia 30005

(770) 886-8005

FAX (770) 886-7964

Toll Free 888-900-5588

WEB www.crosstechnologies.com

E-MAIL [email protected]

INSTRUCTION MANUAL

MODEL 2017 Up/Downconverter

TABLE OF CONTENTS PAGE

Warranty 2

1.0 General 3

1.1 Equipment Description 3

1.2 Technical Characteristics 4

1.3 Monitor & Control Interface 5

1.4 Environmental Use Information 8

2.0 Installation 9

2.1 Mechanical 9

2.2 Rear I/O’s 10

2.3 Front Panel Controls, Indicators 11

2.4 Operation 12

2.5 Menu Settings 14

WARRANTY - The following warranty applies to all Cross Technologies, Inc. products.

All Cross Technologies, Inc. products are warranted against defective materials and

workmanship for a period of one year after shipment to customer. Cross Technologies,

Inc.’s obligation under this warranty is limited to repairing or, at Cross Technologies,

Inc.’s option, replacing parts, subassemblies, or entire assemblies. Cross Technologies,

Inc. shall not be liable for any special, indirect, or consequential damages. This warranty

does not cover parts or equipment which have been subject to misuse, negligence, or

accident by the customer during use. All shipping costs for warranty repairs will be

prepaid by the customer. There are no other warranties, express or implied, except as

stated herein.

CROSS TECHNOLOGIES, INC.

6170 Shiloh Road

Alpharetta, Georgia 30005

(770) 886-8005

FAX (770) 886-7964

Toll Free 888-900-5588

WEB www.crosstechnologies.com

E-MAIL [email protected]

2017-93 Manual, Rev D Page 2 05/19/10

MODEL 2017-93 Up/Downconverter

1.0 General

1.1 Equipment Description

The 2017-93 L-band Up/Downconverter converts 70 MHz to 950-1525 MHz (up) and 950-1525 MHz to 70

MHz (down) in 1 MHz steps with low group delay and flat frequency response. Synthesized local oscillators

(LO) provide frequency selection. Multi-function push button switches select the RF frequency, gain, and other

parameters. Front panel LEDs provide indication of DC power (green), PLL alarm for up and downconverters

(red), remote operation (yellow), and Upconverter mute (yellow). Gain is manually controlled over a -10.0 to

+30.0 dB range for the upconverter (in 0.1 dB steps) and over a 0 to +50 dB range for the downconverter (in 1

dB steps) as adjusted by the front panel multi-function push-button switches. Remote operation allows selection

of frequency and gain. Parameter selection and frequency and gain settings appear on the LCD display.

Connectors are BNC female for IF and the 10 MHz external reference input and output, and Type F female for

RF. LNB +24 VDC (down) and SSPB +24 VDC (up) are inserted on the RF lines when the corresponding rear

panel fuse is installed. The 10 MHz reference is also inserted on the RF lines. A high stability (±0.01ppm)

option is available. Powered by a 100-240 ±10% VAC power supply and housed in a 1.75” X 19“ X 16” rack

chassis.

EXECUTE

MODEL 2017

CROSS TECHNOLOGIES INC.

U F=1525 G=+10.2

D F=1525 G=+25.0

MUTE

UPCONVERTERDOWNCONVERTER

REMOTEALARM POWER ALARM

UP/DOWNCONVERTER

FRONT PANEL

AC UPCONVERTER

RF OUTSSPB FUSE

GND

DOWNCONVERTER

J4 J5J3J18J2

RF IN 10 MHZ REF 10 MHZ IF IN

EXT REF F2

LNB FUSE

IF OUT OUTPUT INPUT

DS8 DS7

VDC on RF VDC on RF

J10

AND

MONITOR

CONTROL

15 234 6789

REAR PANEL

Figure 1.1 Model 2017-93 Front and Rear Panels

MHz

OUT

.95

1.525

GHz

1750 MHz

1820

MHz 2.7

3.3

GHz

.95 to 2 GHz

BP 120 MHz

CONTROLLER U F=1525 G=+00.0

D F=1450 G=+25.0

.95 -2 GHz

MHz

.95

1.525

GHz

OUT

1750 MHz

1680

1820

MHz

2.7

3.3

GHz

REF REF

REF TO

VCOS

var

atten

10MHz

+24VDC

10MHz

+24VDC

EXT

10MHz

var

atten var

atten

INT

10MHz

Figure 1.2 Model 2017-93 Up/Downconverter Block Diagram

2017-93 Manual, Rev D Page 3 05/19/10

1.2 Technical Characteristics

TABLE 1.0 2017-95 Up/Downconverter Specifications*

--------UPCONVERTER--------

Input Characteristics (IF)

Impedance/Return Loss 75/18 dB

Frequency 70 ± 18 MHz

Input Level -40 to -10 dBm

Output Characteristics (RF)

Impedance/Return Loss 75/10 dB

Frequency 950 to1525 MHz

Output level 0 to -20 dBm

Output 1 dB compression +5 dBm

Channel Characteristics

Gain range (adjustable) -10 to +30 dB, 1dB steps

Frequency Sense Non-inverting

--------UP AND DOWNCONVERTER--------

Channel Characteristics

Frequency Response ±1.5 dB, in band; ± 0.5 dB, 36 MHz BW

Spurious Response <-50 dBC

Group Delay (max.) 0.01 ns/MHz2parabolic; 0.03 ns/MHz linear; 1 ns ripple

Synthesizer Characteristics

Frequency Accuracy ± 1.0 ppm max. over temp (±0.01 ppm, option -H) internal reference

Frequency Step 1 MHz (125 kHz, option -X)

-100-90-80-70-70

1MHz100kHz10kHz1kHz100 MHz

dBC/Hz

Phase Noise

Fre

10 MHz Level (In or Out) 0 dBm ± 3 dB, 75 ohms (option -E)

Controls, Indicators

Frequency Selection Direct readout LCD; manual or remote selection

Gain Selection Direct readout LCD; manual or remote selection

Power Green LED

Down/Up Alarm Red LED

Up Mute Yellow LED

Remote Yellow LED; RS232C, 9600 baud (RS485, option -Q)

Other

RF Connectors Type F (female) (see Table 2.2 for connector options)

IF Connectors BNC (female) (see Table 2.2 for connector options)

10 MHz Connectors BNC (female) 50/75(option -E)

Alarm/Remote Connector DB9 (female) - NO or NC contact closure on Alarm

Size 19 inch, 1RU standard chassis 1.75”H X 16.0”D

Power 100-240 ±10% VAC, 47-63 Hz, 45 watts max.

-E External 10 MHz ref input & output with RF insertion

-H High Stability (±0.01ppm) internal reference

-L LNB Voltage, +24VDC, 0.4 amps

-V SSPB Voltage, +24VDC, 2.5 amps

-Q RS485 Remote Interface

-T Temperature Sensor

-W8 Ethernet M&C Remote Interface

-X 125 kHz frequency step

Connectors/Impedance See Table 2.2

*+10˚C to +40˚C; Specifications subject to change without notice

2017-93 Manual, Rev D Page 4 05/19/10

--------DOWNCONVERTER--------

Input Characteristics (RF)

Impedance/Return Loss 75/10 dB

Frequency 950 to 1525 MHz

Noise Figure (max.) 15 dB (max. gain)

Input Level -20 to -70 dBm

Input 1 dB compression -15 dBm

Output Characteristics (IF)

Impedance/Return Loss 75/18 dB

Frequency 70 ± 18 MHz

Output level/max. linear -20 dBm/-10 dBm

Output 1 dB compression -5 dBm

Channel Characteristics

Gain Range (adjustable) 0 to +50 dB, 1dB steps

Image Rejection > 50 dB, min.

Freq. Sense (selectable) Inverting/Non-inverting

1.3 Monitor and Control Interface

A) Remote serial interface

Protocol: RS-232C, 9600 baud rate, no parity, 8 data bits, 1 start bit, and 1 stop bit.

(RS-232C, RS-422, or RS-485 - option -Q)

Female DB-9

PC Com Port Male DB-9

2015/16/17 M&C Port

M&C Cable Diagram - Cross Technologies Frequency Converters

RX RX

TX TX

DTR

DSR

RTS

CTS

Connector: Rear panel, DB-9 male

J10 Pinouts

Pinouts (RS-232C/422/485)

Pin Function

1Rx-

2 Rx+ (RS-232C)

3 Tx+ (RS-232C)

4Tx-

5GND

6 Alarm Relay: Common

7 Alarm Relay: Normally Open

8NotUsed

9 Alarm Relay: Normally Closed

2017-93 Manual, Rev D Page 5 05/19/10

B) Status Requests

Table 1.1 lists the status requests for the 2017-95 and briefly describes them.

*PLEASE NOTE: The two character {aa}(00-31) prefix, in the table below,

should be used ONLY when RS-485, (OPTION-Q), is selected.

Table 1.1 2017-93 Status R

equests

Requests

Command Syntax* Description

Command Status {aaS1} Returns {aaS1bbbbccccddddeeeffLMNOP} where:

• bbbb = Tx frequency

• cccc = Rx frequency

• dddd = Tx gain (-100 to 300)

• eee = Rx gain (000 to 500)

• ff = Tx input level (10 to 40)

• L = 0 - non-inverted Receiver; L = 1 - inverted

• M = 0 - Receiver synth alarm

• N = 0 - Transmitter synth alarm

• O = 0 - Summary alarm

• P = 0 - Transmit signal disabled (muted)

External 10MHz {aaS2} Returns {aaS2bcd} where:

• b = 1 - External 10MHz selected

• c = 1 - 10MHz inserted on upconverter RF (J5)

• d = 1 - 10MHz inserted on downconverter RF (J2)

LNB Current {aaS3} Returns {aaS3bb} where:

• bb = LNB current, range 00 to 50 (0 to 500 ma)

SSPB Current {aaS4} Returns {aaS4bbb} where:

• bbb = SSPB current, range 000 to 250 (0 to 2500 ma)

* PLEASE NOTE: The Address (aa) should only be used when RS-485 is selected (option -Q ONLY)

2017-93 Manual, Rev D Page 6 05/19/10

C) Commands

Table 1.2 lists the commands for the 2017-93 and briefly describes them. After a command is sent the 2017-03

sends a return “>” indicating the command has been received and executed.

General Command Format - The general command format is {aaCND...}, where:

{ = start byte

aa = address (RS-485 only option -Q)

C = 1 character, either C (command) or S (status)

N = 1 character command or status request

D = 1 character or more of data (depends on command)

} = stop byte

*PLEASE NOTE: The two character {aa}(00-31) prefix, in the table below,

should be used ONLY when RS-485, (OPTION-Q), is selected.

Table 1.2 2017-93 Commands

Command Syntax* Description

Set Transmitter Frequency {aaC1xxxx} where:

• xxxx = 4 characters

• Range: 0950 to 1525 MHz

Set Transmitter Input Level {aaCIxx} where:

• xx = 2 characters

• Range: 10 to 40 (-10 to -40 dBm)

Set Receiver Frequency {aaC2xxxx} where:

• xxxx = 4 characters

• Range: 0950 to 1525 MHz

Set Transmit Gain {aaC3xxxx} where:

• xxxx = 3 or 4 characters

• Range: -100 to 300 (-10.0 dB to 30.0 dB, in 1 dB steps)

Set Receiver Gain {aaC4xxx} where:

• xxx = 3 characters

• Range: 000 to 500 (00.0 dB to 50.0 dB, in 1 dB steps)

Enable Tx {aaCAx} where x =:

• 0 to disable Tx signal

• 1 to enable Tx signal

External 10MHz {aaCEx} where x =:

• 0 to disable External 10MHz ref signal

• 1 to enable External 10MHz ref signal

Insert 10MHz on UP RF {aaC5x} where x =:

• 0 to disable 10MHz upconverter insertion on RF (J5)

• 1 to enable 10MHz upconverter insertion on RF (J5)

Insert 10MHz on DOWN RF {aaC6x} where x =:

• 0 to disable 10MHz downconverter insertion on RF (J2)

• 1 to enable 10MHz downconverter insertion on RF (J2)

Downconverter Spectrum {aaC7x} where x =:

• 0 for non-inverted

• 1 for inverted

Enable Remote # Just # sign

Disable Remote {aaCR0} {CR and zero}

* PLEASE NOTE: The Address (aa) should only be used when RS-485 is selected (option -Q ONLY)

2017-93 Manual, Rev D Page 7 05/19/10

1.4 Environmental Use Information

A.Rack-Mounting - To mount this equipment in a rack, please refer to the installation instructions

located in the user manual furnished by the manufacturer of your equipment rack.

B. Mechanical Loading - Mounting of equipment in a rack should be such that a hazardous condition

does not exist due to uneven weight distribution.

C.Elevated Operating Ambient Temperature - If installed in a closed or multi-unit rack assembly,

the operating ambient temperature of the rack may be greater than room ambient temperature.

Therefore, consideration should be given to Tmra.

D. Reduced Air Flow - Installation of the equipment in a rack should be such that the amount of air flow

required for safe operation of the equipment is not compromised. Additional space between unit

may be required.

E. Circuit Overloading - Consideration should be given to the connection of the equipment to the supply

circuit and the effect that overloading of circuits could have on over current protection and supply wiring.

Appropriate consideration of equipment name plate rating should be used when addressing this concern.

F. Reliable Earthing - Reliable earthing of rack-mounted equipment should be maintained.

Particular attention should be given to supply connections other than direct connection to the

Branch (use of power strips).

G. Top Cover - There are no serviceable parts inside the product so, the Top Cover should not be removed.

If the Top Cover is removed the ground strap and associated screw MUST BE REINSTALLED

prior to Top Cover screw replacement. FAILURE TO DO this may cause INGRESS and/or EGRESS

emission problems.

2017-93 Manual, Rev D Page 8 05/19/10

2.0 Installation

2.1 Mechanical - The 2017 consists of one RF/Controller PCB housed in a 1 RU (1 3/4 inch high) by 16 inch

deep chassis. A switching, ± 12, +5, +24 VDC power supply provides power for the assemblies. The 2017 can

be secured to a rack using the 4 holes on the front panel. Figure 2.0 shows how the 2017 is assembled.

POWER

SUPPLY

POWER

SUPPLY

Figure 2.0 Model 2017 Mechanical Assembly

2017-93 Manual, Rev D Page 9 05/19/10

2.2 Rear Panel Input/Output Signals and Level Control - Figure 2.1 shows the input and output connectors

on the rear panel.

UPCONVERTER

RF OUT

SSPB FUSE

J4 J5J3J10

10 MHZ IF INAND

MONITOR

EXT REF F2

CONTROL

5 4 3 2 1

9 8 7 6

GND

DOWNCONVERTER

J1J2

RF IN 10MHZ REF

OUTPUT

LNB FUSE

AC1 - POWER IN

AC input for switching power

supply. 90-260 VAC, 47-60

J2 - RF IN

950 - 1525 MHz input, -70

to -20 dBm. 75 Type F

female connector.

F1 - LNB FUSE

1A, Fast Blo, 1/4” Fuse. Installing

fuse places +24VDC, 500 ma,

max, on the RF IN (J2) center pin.

J10 - IF OUT

70 MHz output, -15 to -25

dBm. 75BNC female

J10 - MONITOR AND CONTROL

DB9 female connector. see Table 2.0. J3 - 10 MHz EXT REF

10 MHz external reference

input, 0 ±3 dBm. 75BNC

female connector.

F1 - SSPB FUSE

3A, Fast Blo, 1/4” Fuse. Installing

fuse places +24VDC, 2.5 amp, max

on the RF OUT (J5 ) center pin.

J1 - 10MHZ REF OUTPUT

10 MHz reference output, 0 ±3

dBm. 75 BNC female

J4 - IF IN

70 MHz input, -10 to -40

dBm. 75BNC female

J10

IF OUT

VDC on RF

DS7

DS8

VDC on RF

J5 - RF OUT

950-1525 MHz output, 0

to -20 dBm. 75 Type

F female connector.

DS7 - SSPB ALARM

Lights yellow when +24VDC

SSPB voltage is present on

the RF OUT (J5) center pin.

DS8 - LNB ALARM

Lights yellow when +24VDC

LNB voltage is present on

the RF IN (J2) center pin.

Figure 2.1 Model 2017 Rear Panel I/O’s

TABLE 2.1 JJ10

J10 Pinouts (RS-232C/422/485*)

Pin Function

1Rx-

2 Rx+ (RS-232C)

3 Tx+ (RS-232C)

4Tx-

5GND

6 Alarm Relay: Common

7 Alarm Relay: Normally Open

8NotUsed

9 Alarm Relay: Normally Closed

*Remote Serial Interface

Interface: DB-9 Male

Protocol: RS-232C (RS-232C/422/485 option -Q), 9600 baud rate, no parity,

8 data bits, 1 start bit, 1 stop bit.

2017-93 Manual, Rev D Page 10 05/19/10

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