DNB-1B-3.8-IN datasheet, PDF - EEWORLD Datasheet

Datasheet> All Categories > Wireless rf/communication> Radio frequency and microwave> DNB-1B-3.8-IN

DNB-1B-3.8-IN: DescriptionRF/MICROWAVE DOWN CONVERTER; CategoryWireless rf/communication Radio frequency and microwave; File Size138KB，4 Pages; ManufacturerMITEQ Inc

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DNB-1B-3.8-IN Overview

RF/MICROWAVE DOWN CONVERTER

DNB-1B-3.8-IN Parametric

Parameter Name	Attribute value
Maker	MITEQ Inc
Reach Compliance Code	unknown
RF/Microwave Device Types	DOWN CONVERTER
Base Number Matches	1

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HIGH PERFOMANCE

RACK-MOUNTED

BLOCK CONVERTERS

Input

Frequency

(GHz)

Output

Frequency

(GHz)

Frequency

(GHz)

Model

Number

BLOCK UPCONVERTERS

0.95 - 1.25

0.95 - 1.75

0.95 - 1.35

0.95 - 1.45

0.95 - 1.7

0.95 - 1.45

0.95 - 1.75

0.95 - 2.05

0.95 - 1.25

5.85 - 6.425

5.85 - 6.65

6.7 - 7.1

7.9 - 8.4

12.75 - 13.25

13.75 - 14.5

14 - 14.5

17.3 - 18.1

17.3 - 18.4

18.1 - 18.4

7.375

4.9

5.75

6.95

11.8

12.8

13.05

16.35

17.15

UPB-1B-6.1-IN*

UPB-1B-6.25

UPB-1B-6.9

UPB-1B-8.15

UPB-1B-13

UPB-1B-14.125

UPB-1B-14.25

UPB-1B-17.7

UPB-1B-17.85

UPB-1B-18.25

This equipment is designed for applications where fre-

quency translation is needed between L-band and

transponder frequencies.

FEATURES

• Supports expandable NSU 1:N switchable

series (D-323)

• Three monitor and control ports:

1. Standard RS485/RS422 remote interface which

can be substituted with RS232

2. RS485/RS422 control interface (J7) which can

be configured to control an external HPA or

as an alternate remote interface

3. 10/100Base-T Ethernet interface

• Automatic 5/10 MHz and

internal/external reference selection

• IF and RF signal monitor port

• 30 dB gain control

• Low phase noise

• Low intermodulation distortion

• 64 memory locations

• High frequency stability

• Summary alarm

• Mute function on alarm or external

mute input control

• Test points

• CE mark

Ka-Band

0.95 - 1.2

0.95 - 1.45

0.95 - 1.2

0.95 - 1.7

0.95 - 1.95

1-2

28.35 - 28.6

29 - 29.5

29.25 - 29.5

29.25 - 30

30 - 31

27.4

28.05

28.3

29.05

UPB-1B-28.475

UPB-1B-29.25

UPB-1B-29.375

UPB-1B-29.625

UPB-1B-30.5

UPB-1B-30.5-1

BLOCK DOWNCONVERTERS

3.4 - 4.2

3.7 - 4.2

7.25 - 7.75

10.7 - 11.7

10.95 - 11.7

11.2 - 12

11.45 - 12.25

11.7 - 12.5

11.7 - 12.75

12.2 - 12.75

0.95 - 1.75

0.95 - 1.45

0.95 - 1.95

0.95 - 1.7

0.95 - 1.75

0.95 - 2

0.95 - 1.5

5.15

8.55/11

8.55/11.3

6.3

9.75

10.25

10.5

10.75

11.25

DNB-1B-3.8-IN*

DNB-1B-3.8

DNB-1B-3.95

DNB-1B-7.5

DNB-1B-11.2

DNB-1B-11.325

DNB-1B-11.6

DNB-1B-11.85

DNB-1B-12.1

DNB-1B-12.225

DNB-1B-12.475

Ka-Band

18.3 - 18.8

19.7 - 20.2

20.2 - 21.2

28.3 - 28.8

29.25 - 29.5

29.25 - 30

0.95 - 1.45

0.95 - 1.95

1-2

0.95 - 1.45

0.95 - 1.2

0.95 - 1.7

17.35

18.75

19.25

19.2

27.35

28.3

DNB-1B-18.55

DNB-1B-19.95

DNB-1B-20.7

DNB-1B-20.7-1

DNB-1B-28.55

DNB-1B-29.375

DNB-1B-29.625

OPTIONS

• Higher frequency stability

• RS232

• Lower phase noise

* Model includes frequency inversion.

SPECIFICATIONS

INPUT CHARACTERISTICS

Return loss (50 ohms)....................................... 18 dB minimum (upconverters),

20 dB minimum (downconverters)

LO leakage........................................................ -80 dBm maximum (downconverters)

Signal monitor ................................................... -20 dBc nominal

OUTPUT CHARACTERISTICS

Return loss (50 ohms)....................................... 18 dB minimum (downconverters),

20 dB minimum (upconverters)

Power output (1 dB compression) .................... +13 dBm minimum (upconverters),

+18 dBm minimum (downconverters)

Signal monitor ................................................... -20 dBc nominal

TRANSFER CHARACTERISTICS

Gain (at minimum attenuation)

Upconverters................................................ 33 dB, ±3 dB at 23°C

Downconverters ........................................... 38 dB, ±3 dB at 23°C

Gain slope ......................................................... 0.03 dB/MHz

Gain control....................................................... 30 dB in 0.2 dB steps

Gain stability...................................................... ±0.25 dB/day maximum at constant temperature

Amplitude response .......................................... ±0.25 dB/40 MHz maximum,

±1 dB maximum over RF frequency band

Image rejection.................................................. 80 dB minimum

Noise figure (at minimum attenuation).............. 15 dB maximum

Intermodulation distortion (third order) ............. With two inband signals at 0 dBm output, third order

intermodulation products are less than 60 dBc minimum

(downconverters) and 50 dBc minimum (upconverters)

Group delay....................................................... 1 ns peak-to-peak maximum

Spurious outputs (inband)

Signal related ............................................... 65 dBc minimum at 0 dBm output

Signal independent ...................................... -75 dBm maximum

Phase noise ...................................................... See graph

Noise spectral density....................................... -82 dBm/4 kHz maximum (upconverters),

-87 dBm/4 kHz maximum (downconverters)

AM/PM conversion (at 0 dBm output)............... 0.1°/dB maximum (upconverters),

0.05°/dB maximum (downconverters)

Frequency stability ............................................ ±2 x 10

-8

, 0 to 50°C (higher stability options available),

±5 x 10

-9

/day typical (fixed temperature after 24 hour on time)

Automatic reference configuration .................... External 5 or 10 MHz at +4 ±3 dBm. If external reference is

below +1 dBm nominal, the converter will automatically lock

to the internal reference.

Upconverter mute.............................................. 80 dB minimum on summary alarm, external mute input control

or remote command

Remote interface............................................... 10/100Base-T Ethernet interface providing:

HTTP-based web server

SNMP 1.0 configuration

Alarm reporting via SNMP trap

Telnet access

Password protection and selectable RS485/RS422

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