Kit for TLM051 monitor

Transcription

1 1 (5) 1 GENERAL DESCRIPTION The is an operating monitor unit with or without loudspeaker. The 1W mono audio amplifier sent its output signal to the PCB ø 3,5 mm stereo jacket and one board connectors.there are 4 potmeters for brightness, colour, tint and contrast control and extra potmeter for calibration voltage supply. The key PCB is equiped with 4 push potmeters (Brightness +/-; Volume +/-). For the specification of the LCD we refer to the document Spec-LTE052T-9197.pdf. The kit can be ordered CKD or SKD and parts can be supplied separate mm 90 mm 102 mm 127 mm mm Loudspeaker 0,5 W. 2. Potmeters for picture adjustment. Clockwise 1. Brightness; 2. Colour; 3. Tint; 4. Contrast 3. Monitor Connector 20 pins (spec see chapter 4.1). Type: JST S20B-PHDSS. Contra JST PHDR-20VS with JST SPHD-002T-P0.5 (pins). 4. Audio out Connector 3 pins (spec. see chapter 4.2). Contra: JST ZHR-3; SZH-002T-P0.5 (wire size: AWG28- AWG26) 5. Mini jack stereo Ø 3,5 mm (L/R short-circuit for stereo headphones). 6. Cable micromatch 8 pins for key PCB L = 70 mm (article: TLM050S-08) 7. FCC Connector 22-pin flex foil (1mm pitch) for LTE-052T Integrated inverter for display backlight. PWM dimming 1:30 7 8

2 2 (5) 2. FEATURES Fig: LCD dimensions mm Philips LTE052T-9197 LCD display. The 5 LTE052T is intended for video, video games, navigation, automation and process-control monitors. The display operates in 4:3 format and offers a typical luminance of 350 cd/m2, an active area of x mm and a resolution of 320 (3 x RGB) x 234 pixels. Able to withstand harsh environments, for automotive applications. Wide viewing angle technology 140 horizontal; 120 vertical Horizontal & vertical scan inversion controls Operating temperature range -30 to +85 ºC; Storage temperature range -40 to +90 ºC Mono audio amplifier 1 W RGB (NTSC/PAL switchable)/cvbs input possibilities with OSD Step-up/down voltage convertor to meet automotive specifications (9-16 VDC) External brightness and volume control (see pinning monitor connector). The unit complies with European Directive 95/54/EC PARAMETER VALUE UNIT Overall dimensions display width mm height 89.6 mm depth 13.0 mm Active area dimensions width mm height mm Display resolution 320 x 234 pixels Pixel dimensions horizontal 3 x 0,107 mm vertical mm Pixel configuration RGB stripe Supply voltage (module) 8 to 16 VDC Power consumption (without inverter) 5.0 W Backlight life at 25 C; I lamp = 6.0 ma (RMS) min hours continuous operation Typical viewing angle (contrast ratio >5) horizontal right 70 deg horizontal left 70 deg vertical up 50 deg vertical down -70 deg Maximum operating ambient temperature 65 C Operating panel surface temperature range -30 to +85 C Storage temperature range -40 to +90 C Typical response time rise time 30 ms fall time 15 ms Mass of the module 183 ±10 g

3 3 (5) 3. PARTS 101 mm x 9 mm TLM050S-05: Key PCB standard TLM070-09A: Flatcable 22 pins L = 73 mm 101 mm x 9 mm TLM050S-26: Key PCB with IR eye Eye type TFMM KHz TLM050S-08: Micromatch 8 pins for key PCB L = 70 mm. 4. PINNING 4.1 Pinning monitor connector (3) Pin Symbol Description 1 DIMEXT external brightness control 2 OSD On screen data select input; default LOW for OSD OFF 3 R IN External red input signal 4 P/N PAL/NTSC mode select; default HIGH (10 kohm pull-up resistor) selects NTSC 60 Hz mode. For PAL mode 50 Hz versions, P/N is default LOW; see note 1 5 G IN External green input signal 6 B IN External blue input signal 7 RGB/CVBS RGB/CVBS select input; default LOW (10 kohm pull-down resistor) selects CVBS; RGB/CVBS=HIGH (+5V) selects RGB (CS is then sync input) 8 IR When IR key PCB is used IR control 9 R/L 2) Scan direction right/ left; default HIGH (10 kohm pull-up resistor) for left-toright scanning; R/L= LOW (0 V) gives right-to-left scanning 10 B/T 3) Scan direction bottom-to-top/ top-to-bottom; default HIGH (10 kohm pull up) for top-to-bottom scanning; B/T= LOW (0 V) gives bottom-to-top scanning 11 V/VOUT Vertical sync pulse I/O; V output for CVBS 12 HCSH OUT Horizontal or composite sync pulse I/O, H output for CVBS 13 SYNC GND SYNC ground 14 CVBS GND CVBS ground

4 4 (5) 14 CVBS GND CVBS ground 15 AUD GND Audio ground 16 GND Ground 17 AUD IN Audio input signal 18 VOL EXT external volume control 19 CVBS Composite video input; module can synchronize on CVBS or CS input 20 SUPPIN Power supply voltage 9 to 16 VDC Notes 1 Only select when module is not operating 2 R/L signal is default LOW (10 kω), this gives left-to-right scanning direction. R/L HIGH (+ 5 V)gives right-to-left scanning direction. 3 B/T signal is default LOW (10 kω) for top-to-bottum scanning directiong. B/T HIGH (+ 5V) gives bottum-to-top scanning direction. * All control inputs have ESD protection and are CMOS compatible. The CVBS and RGB inputs have 75Ω termination resistor; these resistors will protect the inputs from ESD 5. CABLES & TOUCHSCREEN Standard different monitor cables can be supplied. Although we are able to produce cables on your demand herewith the standard RCA cable with power jack and RGB cable with sub D connector to the 20 pins monitor connector CABLE ASSEMBLY JST PHDR-20VS CENTER 9-16 VDC (20)/ GND (16) DC jack 4 mm female 500 ma white AUDIN (17)/AUDGND (15) RCA audio male 2,25 M yellow CVBS (19)/CVBSGND (14) RCA video male TLM050S-07: Standard RCA cable

5 5 (5) (5. CABLES & TOUCHSCREEN) CABLE ASSEMBLY 13 pins incl RGB (Mon.connector JST # on connector) 2 OSD +5V orange 3 Red in red/white 4 P/N change-over yellow 5 Green in green/white 6 Blue in blue/white 9 R/L optional +5V purple 10 B/T optional +5V blue 14 CVBS to GND green 15 Audio ground shield blue 16 Ground black 17 Audio in blue shielded 19 CVBS (comb.sync) red VDC white K : RGB cable sub D 2,25 M (SVGA connector 15p # on connector) 1 Red in (3) 2 Green in (5) 3 Blue in (6) 4 CVBS GND (14) 5 CSYNC (19) 6 empty VDC (20) 8 Ground 9 R/L optional +5V 10 empty 11 Audio in 12 OSD +5V 13 Audio ground 14 P/N change-over 15 empty All rights are reserved. Reproduction in whole or in part is prohibited without the prior written consent of the copyright owner.the information presented in this document does not form part of any quotation or contract, is believed to be accurate and reliable and may be changed without notice. No liability will be accepted by the publisher for any consequence of its use. Publication thereof does not convey nor imply any license under patent- or other industrial or intellectual property rights. Eurologics 2006 Printed in The Netherlands Date of release: November 2006