Specifications:

INPUT FREQUENCY TO EXTERNAL BDC: 3.4 - 4.2 GHz
IF Output Frequency: 950 to 1750 MHz, Inverted
Gain: 20 db min, 35 dB max
Level Stability: 1 dB p-p Max, 27 MHz segment
1 Db compression point: +9 dBm min
Noise Temperature: 20 K or 30 K
Image Rejection: 45 dB min
Local Oscillator Frequency: 5.150 GHz
Local Oscillator Stability: ±5 kHz or ±10 kHz
Local Oscillator Phase Noise: -75 dBc/Hz @ 1 kHz
Local Oscillator Leakage: -45 dBm max, measured at Waveguide input
Input Connector: Type N-Female
Output Connector: Type F, Female, 75 ohm
Dimensions: 8.3" x 4.0" x 2.8"
Weight: 40 oz
Operating Temperature: - 30 to +55 C
Relative Humidity: up to 100 % condensation and Frost
Power: +15 to 24 VDC, supplied on center conductor of IF cable
Current Draw: 350 ma, typical    

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 0.00

Specifications:

- Input Frequency to BDC: 11.7 - 12.2 GHz, 12.2 - 12.75 GHz or 10.95 - 11.7 GHz
- IF Output Frequency: 950 to 1450 MHz, 900 to 1450 MHz or 950 to 1700 MHz
- Gain: 20 db min, 35 db max
- Gain Variation: 3 dBp-p typical, 4 dB p-p max
- Gain Ripple: 1 dB p-p max, 27 MHz segment
- 1 Db compression point: +7 dBm min
- Noise Figure: 1.2
- Image Rejection: 55 dB typical, 45 dB min
- Local Oscillator Frequency: 10.75 GHz, 11.3 GHz or 10.00 GHz
- Local Oscillator Stability: ±10 kHz
- Local Oscillator Phase Noise: -75 dBc/Hz @ 1 kHz
- Local Oscillator Leakage: -45 dBm max, measured at Waveguide input
- Input Connector: SMA-female, 50 ohm
- Output Connector: Type F, Female, 75 ohm
- Dimensions: 5.12" x 1.66" x 1.66"
- Weight: 18 oz
- Operating Temperature: - 40 to +60 C
- Relative Humidity: up to 100 % condensation and Frost
- Power: +15 to 24 VDC, supplied on center conductor of IF cable
- Current Draw: 350 mA typical, 500 mA max

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 0.00

Key Features

- Low Phase Noise – Exceeding the IESS phase noise mask for IBS and IDR services, the converters allow high capacity earth stations to add more modulators while meeting transmission standards. The close-in phase noise is also very low, which is ideal for low-bit-rate digital circuits.

- High Gain – Our converters feature superior specifications for standard gain and output levels, enabling longer cable runs and supporting elaborate combining networks without adding expensive, external options.

- Gain Compensation – Each converter includes automatic digital gain compensation to reduce differences caused by fluctuations in the ambient temperature. This unprecedented gain stability can lessen overall operating costs by decreasing satellite power and bandwidth usage.

- Daisy Chain Switching (Patented) – The converters support redundant operation using distributed protection switching in an active Daisy Chain configuration, providing backup for 1 to 12 online converters. A high-speed bus provides the communications interface between the backup and online converters to detect faults and reconfigure the subsystem to replace the failed converter without affecting online converter operations.

- Synthesizer Technology (Patented) – Using our analog/digital PLL technology, the converters provide the low phase noise performance of an analog PLL with the guaranteed frequency accuracy of a digital PLL.

Common Applications

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 0.00

Key Features

- Low Phase Noise – Exceeding the IESS phase noise mask for IBS and IDR services, the converters allow high capacity earth stations to add more modulators while meeting transmission standards. The close-in phase noise is also very low, which is ideal for low-bit-rate digital circuits.

- High Gain – Our converters feature superior specifications for standard gain and output levels, enabling longer cable runs and supporting elaborate combining networks without adding expensive, external options.

- Gain Compensation – Each converter includes automatic digital gain compensation to reduce differences caused by fluctuations in the ambient temperature. This unprecedented gain stability can lessen overall operating costs by decreasing satellite power and bandwidth usage.

- Daisy Chain Switching (Patented) – The converters support redundant operation using distributed protection switching in an active Daisy Chain configuration, providing backup for 1 to 12 online converters. A high-speed bus provides the communications interface between the backup and online converters to detect faults and reconfigure the subsystem to replace the failed converter without affecting online converter operations.

- Synthesizer Technology (Patented) – Using our analog/digital PLL technology, the converters provide the low phase noise performance of an analog PLL with the guaranteed frequency accuracy of a digital PLL.

Common Applications

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 0.00

Key Features

- Low Phase Noise – Exceeding the IESS phase noise mask for IBS and IDR services, the converters allow high capacity earth stations to add more modulators while meeting transmission standards. The close-in phase noise is also very low, which is ideal for low-bit-rate digital circuits.

- High Gain – Our converters feature superior specifications for standard gain and output levels, enabling longer cable runs and supporting elaborate combining networks without adding expensive, external options.

- Gain Compensation – Each converter includes automatic digital gain compensation to reduce differences caused by fluctuations in the ambient temperature. This unprecedented gain stability can lessen overall operating costs by decreasing satellite power and bandwidth usage.

- Daisy Chain Switching (Patented) – The converters support redundant operation using distributed protection switching in an active Daisy Chain configuration, providing backup for 1 to 12 online converters. A high-speed bus provides the communications interface between the backup and online converters to detect faults and reconfigure the subsystem to replace the failed converter without affecting online converter operations.

- Synthesizer Technology (Patented) – Using our analog/digital PLL technology, the converters provide the low phase noise performance of an analog PLL with the guaranteed frequency accuracy of a digital PLL.

Common Applications

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 0.00

Key Features

- Low Phase Noise – Exceeding the IESS phase noise mask for IBS and IDR services, the converters allow high capacity earth stations to add more modulators while meeting transmission standards. The close-in phase noise is also very low, which is ideal for low-bit-rate digital circuits.

- High Gain – Our converters feature superior specifications for standard gain and output levels, enabling longer cable runs and supporting elaborate combining networks without adding expensive, external options.

- Gain Compensation – Each converter includes automatic digital gain compensation to reduce differences caused by fluctuations in the ambient temperature. This unprecedented gain stability can lessen overall operating costs by decreasing satellite power and bandwidth usage.

- Daisy Chain Switching (Patented) – The converters support redundant operation using distributed protection switching in an active Daisy Chain configuration, providing backup for 1 to 12 online converters. A high-speed bus provides the communications interface between the backup and online converters to detect faults and reconfigure the subsystem to replace the failed converter without affecting online converter operations.

- Synthesizer Technology (Patented) – Using our analog/digital PLL technology, the converters provide the low phase noise performance of an analog PLL with the guaranteed frequency accuracy of a digital PLL.

Common Applications

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 0.00

Key Features

- Low Phase Noise – Exceeding the IESS phase noise mask for IBS and IDR services, the converters allow high capacity earth stations to add more modulators while meeting transmission standards. The close-in phase noise is also very low, which is ideal for low-bit-rate digital circuits.

- High Gain – Our converters feature superior specifications for standard gain and output levels, enabling longer cable runs and supporting elaborate combining networks without adding expensive, external options.

- Gain Compensation – Each converter includes automatic digital gain compensation to reduce differences caused by fluctuations in the ambient temperature. This unprecedented gain stability can lessen overall operating costs by decreasing satellite power and bandwidth usage.

- Daisy Chain Switching (Patented) – The converters support redundant operation using distributed protection switching in an active Daisy Chain configuration, providing backup for 1 to 12 online converters. A high-speed bus provides the communications interface between the backup and online converters to detect faults and reconfigure the subsystem to replace the failed converter without affecting online converter operations.

- Synthesizer Technology (Patented) – Using our analog/digital PLL technology, the converters provide the low phase noise performance of an analog PLL with the guaranteed frequency accuracy of a digital PLL.

Common Applications

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 0.00

Key Features

- Low Phase Noise – Exceeding the IESS phase noise mask for IBS and IDR services, the converters allow high capacity earth stations to add more modulators while meeting transmission standards. The close-in phase noise is also very low, which is ideal for low-bit-rate digital circuits.

- High Gain – Our converters feature superior specifications for standard gain and output levels, enabling longer cable runs and supporting elaborate combining networks without adding expensive, external options.

- Gain Compensation – Each converter includes automatic digital gain compensation to reduce differences caused by fluctuations in the ambient temperature. This unprecedented gain stability can lessen overall operating costs by decreasing satellite power and bandwidth usage.

- Daisy Chain Switching (Patented) – The converters support redundant operation using distributed protection switching in an active Daisy Chain configuration, providing backup for 1 to 12 online converters. A high-speed bus provides the communications interface between the backup and online converters to detect faults and reconfigure the subsystem to replace the failed converter without affecting online converter operations.

- Synthesizer Technology (Patented) – Using our analog/digital PLL technology, the converters provide the low phase noise performance of an analog PLL with the guaranteed frequency accuracy of a digital PLL.

Common Applications

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 0.00

General Specification 

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 0.00

SMW	Down Converter (receiver)
Frequency range	9.9 - 10.4, 10.0-10.5, 10.1-10.6 or 9.8-10.0 GHz  (option 9.0-10.7 GHz, max. bandwidth 500 MHz)
LO frequency	11.35, 11.45, 11.55, 11.65 GHz   (options 10.45-12.35 GHz)
Output frequency	1450 - 950 MHz
Noise Figure typ.	1.5 dB
Gain typ.	45 dB
Gain variation	±4 dB  ±0.3 dB within 30 MHz
LO stability (over temp.)	±250 kHz
LO Phase noise typical	-75 dBc @ 1 kHz  -85 dBc @ 10 kHz  -100 dBc @ 100 kHz  -120 dBc @ >1 MHz
LO radiation	-60 dBm
Image rejection	40 dB min
1 dB gain compression point	+5 dBm
IP3	+15 dBm
Input	WR-75 waveguide
Output (waterproof)	F-connector 75 ohm,  N-connector 50 ohm or  SMA-connector 50 ohm
Input VSWR	2.3:1 max
Output VSWR	2.1:1 max
DC power	12 - 24 V  250 mA typ
Operating temperature	-40° to +80°C
Storage temperature	-40° to +60°C
Dimensions	122 (127 N) x 56 x 44 mm
Weight	329 g (F- & SMA-connector)  345 g (N-connector)
Options	Customized gain  Sep. DC input  High LO stability (better than ±250 kHz)
Attached accessories	O-ring  Screw M4 x 8 4 pcs

 

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 0.00

Price:€ 0.00

Price:€ 0.00

Specifications:

- Input frequency: 950 to 1525 MHz

- Output frequency: 52 to 88 MHz

- Output bandwidth: 36 MHz

- Spectrum: Inverted or non-inverted

- Frequency tuning: 1 MHz steps

- Input impedance: 75 ohm

- Output impedance: 50 ohm

- Input Level: -40 to -75 dBm

- Output Level: -15 to -45 dBm (Max gain)

- Gain Control: >25 db adjustment range

- Level stability: ± 1.5 dB typical, ± 3.0 dB max (in any 36 MHz band)

- L.O. Reference: 10 MHz internal

- Frequency stability: 1.0 ppm

- Phase noise: >75dB/Hz @ 1 kHz from carrier

- Noise Figure: <14 dB

- Input connector: F - Female, 75 ohm

- Output connector: BNC - Female, 50 ohm

- Prime Input Power: 90 - 260 VAC, 47 - 63 Hz, Auto-sensing, 45 Watts Max

- LNB Power: +22 VDC, jumper in/out

- Dimensions: 1 RU, 19" x 16" x 1.75"

- Alarm output: Form-C relay

- Operating temperature: -10o to +50o C

Monitor and Control:

- Connector: DB-9, Female

- Interface: RS-232 or RS-485 (4-wire)

- Address Selection: Soft addressing, front panel selectable

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 2,212.78

Features:

- Input Frequency Bands: 930 to 2300 MHz, 3.4 to 4.2 GHz, 10.7 to 11.7 GHz and 11.7 to 12.75 GHz

- Output Frequency: 930 to 2300 MHz

- Frequency Conversion: Internal

- Internal Local Oscillators: 5.15, 9.75 and 10.75 GHz

- LO Stability: ±10 kHz over +10 to +50 deg C, ±25 kHz over -40 to +55 deg C

- LO Phase Noise: -75dBc/Hz@1 kHz max

- Input Impedance: 50 Ohm / DC Blocked

- Output Impedance: 50 Ohm / DC Blocked

- RF Connectors: Type N Female, 1, 2, 3 or 4 inputs, 1 output

- Prime Power: 90 - 260 VAC @ 47 - 63 Hz

- Operating Temperature: -10 to +50 deg. C

- Humidity: up to 95%, non-condensing

- Mounting: Standard 19" Rack Mount

- Size: 1 RU, 18.75" deep

- Weight: 15 pounds

- Remote Control: RS-232, RS-485/422, Ethernet: front panel selectable

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 5,100.35

Features:

- Input Frequency Bands: 3.4 to 4.2 GHz, 10.7 to 11.7 GHz and 11.7 to 12.75 GHz

- Output Frequency: 950 to 2000 MHz

- Frequency Conversion: Internal

- Internal Local Oscillators: 5.15, 9.75 and 10.75 GHz

- LO Stability: ±10 kHz over +10 to +50 deg C, ±25 kHz over -40 to +55 deg C

- LO Phase Noise: -75dBc/Hz@1 kHz max

- Input Impedance: 50 Ohm / DC Blocked

- Output Impedance: 50 Ohm / DC Blocked

- RF Connectors: Type N Female, 1, 2 or 3 inputs, 1 output

- Prime Power: 90 - 260 VAC @ 47 - 63 Hz

- Operating Temperature: -10 to +50 deg. C

- Humidity: up to 95%, non-condensing

- Mounting: Standard 19" Rack Mount

- Size: 1 RU, 18.75" deep

- Weight: 15 pounds

- Remote Control: RS-232, RS-485/422, Ethernet: front panel selectable

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 4,975.85

Specifications:

- Input Frequency: 52 - 88 MHz

- Output Frequency: 950 - 1450 MHz

- Frequency Sense: (non-inverted, filtered)

- Input impedance: 75 ohm

- Output impedance: 50 ohm

- Input Level: -25 dBm

- Output Level: 0 dBm max, -29 dBm min

- Gain: 25 dB maximum

- Level stability: ±2 dB maximum (in any 36 MHz band)

- L.O. Reference: 10 MHz internal

- Frequency stability: 1.0 ppm

- Phase noise: > 75dB/Hz @ 1 kHz from carrier

- Noise Figure: <14 dB

- Third Order Distortion: >40 dBc for Two Carriers at -10 dBm Output Power

- IF level adjust: Local or Remote

- Sum Alarm output: Relay, Form C

- Input connector: BNC - Female, 75 ohm

- Output connector: Type N - Female, 50 ohm

- Prime Input Power: 90 - 260 VAC, 47 - 63 Hz, Auto-sensing, 110 Watts Max

- Dimensions: 1 RU, 19" x 16" x 1.75"

- Alarm output: Form-C relay

- Operating temperature: -10° to +50° C

- Power supplied to RF Head: 24 Volts DC, 65 watts

- Reference to RF Head: 10 MHz, -5 dBm nominal

- Monitor and Control Connector: DB-9, Female

- Monitor and Control Interface: RS-232 or RS-485

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 2,158.00

Specifications:

- Input Frequency: 52 - 88 MHz

- Output Frequency: 950 - 1450 MHz

- Frequency Sense: (non-inverted, filtered)

- Input impedance: 75 ohm

- Output impedance: 50 ohm

- Input Level: -25 dBm

- Output Level: 0 dBm max, -29 dBm min

- Gain: 25 dB maximum

- Level stability: ± 2 dB maximum (in any 36 MHz band)

- L.O. Reference: 10 MHz internal

- Frequency stability: 1.0 ppm

- Phase noise: > 75dB/Hz @ 1 kHz from carrier

- Noise Figure: <14 dB

- Third Order Distortion: >40 dBc for Two Carriers at -10 dBm Output Power

- IF level adjust: Local or Remote

- Sum Alarm output: Relay, Form C

- Input connector: BNC - Female, 75 ohm

- Output connector: Type N - Female, 50 ohm

- Prime Input Power: 90 - 260 VAC, 47 - 63 Hz, Auto-sensing, 45 Watts Max

- Dimensions: 1 RU, 19" x 16" x 1.75"

- Alarm output: Form-C relay

- Operating temperature: -10° to +50° C

- Power supplied to RF Head: N/A (See model 5425)

- Reference to RF Head: N/A (See model 5425)

- Monitor and Control Connector: DB-9, Female Monitor and Control

- Interface: RS-232 or RS-485

More technical product information can be found on the datasheet. Please use our PDF download option.

Price:€ 2,075.00