Extron electronic P/2 DA2 MT manual Specifications

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Installation and Operation, cont’d

Recommended pilot drill hole size

for supplied screws = 3/32” x 1/4” deep.

Specifications

Video

Gain

(0.7V) unity, (0.8V) 15%

Bandwidth

300 MHz (-3dB)

Video input

Number/signal type

1 VGA-UXGA RGBHV, RGBS, RGsB,

 

RsGsBs

 

Connectors

1 15-pin HD female

Minimum/maximum level(s) ....

Analog

0.4V to 1.4V p-p with no

 

 

offset at unity gain

Impedance

75 ohms

 

Horizontal frequency

15 kHz to 135 kHz

Vertical frequency

30 Hz to 170 Hz

Return loss

-38.3dB @ 5 MHz

Maximum DC offset

200mV

 

Video output

Number/signal type

2 VGA-UXGA RGBHV, RGBS, RGsB,

 

RsGsBs

 

(1 for display, 1 for local monitor output)

Connectors

2 15-pin HD female

Minimum/maximum levels

0.4V to 1.4V p-p

Impedance

75 ohms

Return loss

-41dB @ 5 MHz

DC offset

±5 mV maximum with input at 0 offset

Sync

Input type

RGBHV, RGBS, RGsB, RsGsBs

Output type

RGBHV, RGBS, RGsB, RsGsBs

Input level

3V to 5V p-p

Output level

TTL

5V p-p

Input impedance

75 ohms or 510 ohms (selectable)

Output impedance

75 ohms

 

Max. propagation delay

18.8 nS

 

Max. rise/fall time

4 nS

 

Polarity

Positive or negative

Audio

Gain

Unbalanced 0dB, balanced +6dB

Frequency response

20 Hz to 20 kHz, ±0.05dB

THD + Noise

0.03% @ 1 kHz at rated maximum output

 

drive

S/N

>90dB, balanced, at rated maximum

 

output drive (21dB)

Stereo channel separation

>80dB @ 1 kHz

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P/2 DA2 MT • Installation and Operation

P/2 DA2 MT • Installation and Operation

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Contents DA2 MT Distribution AmplifierInstallation and Operation Installation and Operation, cont’d Audio ConnectionsSpecifications Audio output Audio inputGeneral

P/2 DA2 MT specifications

The Extron Electronics P/2 DA2 MT is a high-performance distribution amplifier designed to meet the demands of professional AV systems. It is particularly noted for its capability to distribute high-quality video signals from a single source to multiple destinations without degrading image quality. This device is essential for applications in corporate environments, educational institutions, and other settings where reliable video distribution is crucial.

One of the standout features of the P/2 DA2 MT is its ability to support a wide range of input resolutions. It accommodates both standard and high-definition video signals, including VGA, component, S-video, and composite formats. This versatility makes it an excellent choice for various source devices, including computers, cameras, and media players.

The P/2 DA2 MT employs advanced signal processing technologies to ensure that the output signals remain pristine. It utilizes Extron's patented horizontal and vertical filtering to enhance video clarity, significantly reducing artifacts such as noise and ghosting. The distribution amplifier also features a built-in level adjustment for output signals, allowing users to optimize the signal strength for their specific application and cable lengths.

Another key characteristic of the P/2 DA2 MT is its robust construction. Designed for use in challenging environments, this distribution amplifier features a metal enclosure that provides durability and effective heat dissipation. This design ensures reliable operation even in rack-mounted configurations, where space is limited, and heat can be a concern.

Additionally, the P/2 DA2 MT is equipped with both front-panel and remote control options for ease of operation. The front panel includes a status LED indicator, allowing users to quickly assess the operational status of the device. The remote control functionality further adds convenience, enabling adjustments from a distance.

The P/2 DA2 MT is also engineered to offer reliable connectivity options. It includes multiple outputs with standard connectors to facilitate easy integration with existing AV setups. Overall, the Extron P/2 DA2 MT distribution amplifier combines advanced technology, flexibility, and robust design to deliver a superior solution for the demands of modern audio-visual environments, ensuring that video signals are distributed efficiently without compromise.