Specifications

CONTENTS

79

Main unit

Power consumption

TLP380: 300W (Standby: 20W)

 

TLP381: 310W (Standby: 20W)

Mass

TLP380: 4.2kg

 

TLP381: 5.0kg

Dimensions

TLP380: 338 x 95.5 x 265 (mm) (W/H/D)

(Except the protrusion parts)

TLP381: 338 x 95.5 x 328 (mm) (W/H/D)

Cabinet Material

PC+ABS resin and ABS resin

Ambient environment

Temperature : 0 deg. to 35 deg.

 

Humidity : 30% to 70% RH

Lamp

High pressure mercury lamp

Projection screen size

32 to 300 inches

Projection distance

1.42 to 11.1m

Speaker

1W (monaural)

Connectors

 

• COMPUTER IN 1

Mini D-sub 15-pin

 

Analog RGB(1)/Y/PB/PR (combination)

COMPUTER IN 2 DVI ANALOG & DIGITAL connector

 

Analog RGB(2)/Digital RGB (combination)

• MONITOR OUT

Mini D-sub 15-pin

 

Analog RGB/Y/PB/PR (combination)

S-VIDEO IN

Mini DIN 4-pin

• VIDEO IN

1V(p-p), 75, RCA pin jack

• AUDIO(L/R) IN

1.3V(rms), more than 22k, RCA pin jack x 2

• AUDIO IN

1.3V(rms), more than 22k,

 

ø3.5mm stereo mini jack

• CONTROL

Mini DIN 8-pin (RS-232C)

• USB

Type B

Liquid crystal display

Projection system

3-panel transmission

Panel size

0.9 inches

Driving system

TFT active matrix

Picture elements

480,000 pixels (800 x 600 dots) (H./V.) x 3

Projection lens

Lens

Zooming lens

 

F=1.7 to 2.1 f=33.6 to 42mm

Focusing

Manual operation

Zooming

Manual operation

Document imaging camera (with camera model)

Lens

F = 3.1, f = 6.4mm

Focusing

Manual operation

Zoom

None (adjusted by distance to subject)

Iris

Auto./Manual

Image element

1/2 inch CCD

Effective pixels for pickup section

 

1,447,680 pixels (1392 x 1040 dots) (H./V.)

Lighting

LED light

Others

Continued

Page 79
Image 79
Toshiba TLP381, TLP380 owner manual Specifications, Main unit

TLP381, TLP380 specifications

The Toshiba TLP380 and TLP381 are advanced optoisolators designed for various applications requiring reliable isolation and switching control. These devices are particularly valuable in communication, industrial, and consumer electronics, where signal integrity and noise immunity are crucial.

The TLP380 is a phototransistor optoisolator, featuring a gallium arsenide infrared LED and a phototransistor. With a minimum isolation voltage of 5,000 VRMS, it provides high voltage isolation between input and output, making it an excellent choice for protecting sensitive components from high voltages and surges. The TLP380 offers a high-speed switching capability, with a rise time of around 4 μs, enabling it to transmit signals efficiently in digital circuits.

On the other hand, the TLP381 is also a phototransistor optoisolator but specifically optimized for lower input current, making it more power-efficient. It offers similar isolation voltage ratings and switching characteristics to the TLP380, but with a lower input current threshold, which can be particularly advantageous in battery-powered applications. The lower current requirement helps extend battery life and minimizes power consumption in portable devices.

Both TLP380 and TLP381 devices feature a wide temperature range, making them suitable for various environmental conditions. Their operating temperature ranges from -40°C to +100°C, ensuring reliable performance under extreme conditions. Additionally, with their compact DIP packages, they are easy to integrate into crowded PCB layouts, making them a preferred choice for designers targeting space-constrained applications.

In terms of characteristics, both models provide low output voltage saturation and high-speed operation, which are critical in achieving fast response times in control circuits. The combination of robust isolation, efficient power consumption, and temperature stability makes the TLP380 and TLP381 versatile solutions for isolating signals in a myriad of electronic systems.

In summary, the Toshiba TLP380 and TLP381 optoisolators are engineered for high-performance signal isolation, offering superior technologies and characteristics that cater to a range of applications. Their reliability, efficiency, and compact design make them a compelling choice for engineers and designers looking to enhance their electronic systems.