Ophir RF 4042 Amplifiers





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Technical Specifications

Frequency Range - High
30.00MHz

Output - Compression
300 Watts minimum

Gain
57.0dB

Extra Specifications
Linear Power RF Amplifier


Product Description

Ophir RF 4042

BRL Test is your authorized Ophir RF distributer.

The Ophir RF 4042 is a 500 Watt band-specific amplifier that covers the 2 30 MHz frequency range. This small and lightweight amplifier uses Class A/AB linear power devices that provide an excellent 3rd order intercept point, high gain, and a wide dynamic range. Image shown is of FE model.
Due to robust engineering and employment of the most advanced devices and components, this amplifier achieves high efficiency operation with proven reliability.
Like all OPHIR RF amplifiers, the 4042 comes with an extended multi-year warranty.

ORDERING MODELS 

* RE - Rear RF Connector model with Front Panel Controller Ethernet, IEEE-488 and RS232 - Front RF Connector 

* FE model with Front Panel Controller Ethernet, IEEE-488 and RS232 - Rear - 

* R RF Connector model 

* F Front RF Connector model


FRONT PANEL CONTROLLER FEATURES (Option E)

* Forward Power Monitoring (dBm or Watts)

* Reflected Power Monitoring (dBm or Watts)

* Gain Control (20 dB dynamic range of adjustment)

* Fault Status

* Full Protection Of any VSWR Condition, Open or Short, into any Phase

 angle

* Remote Control Access via the Ethernet, RS-232, or IEEE-488

 Communications ports

* Integrated Automatic Leveling Control to allow end-user to maintain an

 even output level with variances in temperature, or input RF level

* Standby/Enable Control

* Front Panel Display for easy viewing of System Status Locally

* Keypad buttons for full local control

CIRCUIT CONTROL (WITH FRONT PANEL CONTROLLER)

* Standby (amplifier disable)

* Gain/power setting with 20dB range

* VSWR protection Reset

* ALC On/ Off

CIRCUIT INDICATIONS (WITH FRONT PANEL CONTROLLER)

* Forward Power

* Reflected power

* VSWR Fault

* Temp Fault

* Gain Setting (VVA) percentage

CIRCUIT PROTECTIONS

* Thermal Overload

* Over Current

* Over Voltage

* Open or Short VSWR Conditions (With Front Panel Controller)