Toshiba IK-52N Digital Camera User Manual
Contents
1. e Pulse Width Trigger Mode Setting by Trigger Pulse Width Set all dip switches 1 to 4 of the rear panel to OFF An arbitrary shutter speed is obtained by setting the width of the trigger pulse to 2 us or greater Shutter speed Trigger pulse width 97 u sec if 2m d W AR d When the next trigger is input before completion of the output of the video corresponding to the trigger there will be an effect on the video Pulse Width Trigger SYNC NON RESET Picture Output Timing at Time of Internal Sync Negative polarity mode Trigger About 1 7 us About 98 7 us Positive polarity mode Exposure period 2 Exposure period 2 lt gt vp our _ 1 LI L 1 LI LI VIDEO INDEX Video output 262 5H 1 Externally input signal 2 Exposure time Trigger pulse width 97 us Valid trigger pulse width is 2 us or greater for external trigger shutter operation 3 As long as there is no external sync input the internal VD will be output when the rear panel HD VD signal input output switch is set to the INT side 4 Video is output at the falling edge of the internal VD following completion of the exposure period The video and the VIDEO INDEX have a paired relationship VOTE When the next trigger is input before completion of the output of the video corresponding to the trigger there will be an effect on2. 488 489 490 491 492 493 489 490 491 492 493 494 CCD output signal Lat gt lt lt pia pie gt a gt a gt Te p a 242 5 ni e 3 5 242 5 ical black Dry Optical black i Optical black Dry Optical black i portion transfer portion i portion transfer portion Camera video output signal Vertical blanking interval Vertical blanking interval 20H 20H Vertical Output Waveform Timing Chart 2 1 Interlace Frame Accumulation Odd field 262 5H Even field 262 5H bia gt rei rei POH 253 5H OH 253 5H HD ONY EE CCD output signal 8 6 4 242 5 oni 6 35 242 5 Optical black Dry Optical black i Optical black Dry Optical black portion transfer portion i portion transfer portion Camera video output signal Vertical blanking interval i Vertical blanking interval 20H 20H 17 7 EXTERIOR VIEW 2 M2 depth 2 5 0 10 Dimensions mm inch RO 3 whole circumference BO 3 whole circumference 5j HD i y 8 2 0 32 14 5 0 57 8 8 0 35 29 1 14 12 5 0 49 29 1 14 7 90 31 071003 310 12 11600 7 z z z S 8 Ei F g F ol 7 ei S N Set oO gt 2 Ka 14 8 0 58
3. External VD interval more than 1V 4 4 External Trigger Mode Input of an external trigger permits a high speed moving object to be captured at the proper position Set the rear panel external trigger mode selection switch i e MODE SELECT switch bits 5 6 and 7 as illustrated in the diagram below REAR MODE SELECT Switch HD VD EXT INT ON OFF SYNC NONRESET SYNC RESET d E d E d mi d W d W RW VIDEO OUT KON DC IN SYNC M GAIN 8 J VOTE RT In the external trigger mode the EN camera is automatically set to Field oll accumulation regardless of the MODE SELECT switch bit 9 position The following two modes are available for video timing SYNC NON RESET Mode In this mode the video is synchronized to VD after the trigger input When external HD VD is input Sync is to external VD When external HD VD is not input Sync is to internal VD There is automatic determination of external sync or internal sync by the presence or absence of external HD input SYNC RESET Mode In this mode reset is applied to the internal VD and the video is output after a fixed period following the trigger pulse External Trigger Shutter Speed Setting The following two methods are available for shutter speed setting e 1 pulse trigger mode Setting by the MODE SELECT switch of the rear panel For shutter speed refer to the table below unit second 1 1000
4. TOSHIBA
5. __23 7 0 1 0 93 3 8 0 15 22 0 1 0 87 ct E 2 z S 5 S 3 z S X eL Ee 16 5 0 65 3 M3 depth 3 0 12 N 4 M2 depth 3 0 12 2 M2 depth 2 5 0 10 Dimensions mm inch RO 3 whole circumference RO 3 whole circumference i S o 8 2 0 32 us 0 57 8 8 0 35 12 5 10 49 29 1 14 791031 Je nos 29 1 14 L gt 0 12 ng EN Q SYN a Ei u o 23 7 0 1 0 93 3 8 0 15 22 0 1 0 87 20 1 0 47 16 5 0 65 3 M3 depth 3 0 12 N 4 M2 depth 3 0 12 18 Power supply 8 SPECIFICATIONS DC12V Range 10 5 to 15V Power consumption IK 53N 85mA DC 12V IK 52N 90mMA DC 12V Image sensor IK 53N Interline transfer 1 3 inch CCD IK 52N Interline transfer 1 2 inch CCD Effective pixels 768 x 494 H V Effective shooting area IK 53N 4 88 x 3 66mm IK 52N 6 45 x 4 84mm Scan frequency H 15 734 kHz V 59 94Hz Synchronizing sys tem Internal external HD VD HD VD input output area selected by the switch on the rear panel Allowable frequency deviation of external sync 1 For horizontal frequency Mode Field accumulation Frame accumulation 1 pulse trigger sync reset Pulse width trigger sync reset 1 pulse trigger sync nonrese
6. camera can be operated synchronously with the external signal 75Q terminal switch Terminal of external synchronizing HD VD input signal Set this switch to OFF when not terminated The factory setting is ON HD VD signal input output selector switch Set to INT to output the HD VD signals from the camera and EXT to input external HD VD signals The factory setting is EXT MODE SELECT switch 1 Shutter speed setting MODE SELECT switch bit 1 to 4 Set to the shutter speed suitable for the shooting conditions For each setting position refer to P 7 The factory setting position is shutter OFF Reset restart External trigger mode setting MODE SELECT switch bit 5 to 7 For each setting position refer to P 8 to 13 The factory setting position is NORMAL Trigger polarity setting MODE SELECT switch bit 8 Selects the polarity of an externally inputted trigger OFF Positive ON Negative The factory setting position is OFF 4 Field accumulation Frame accumulation setting MODE SELECT switch bit 9 For the mode setting refer to P 6 The factory setting position is Field accumulation 5 Gain selector switch setting MODE SELECT switch bit 0 This switch selects the modes OFF fixed or ON manual The factory setting is OFF fixed N LA Manual gain M GAIN control knob This adjusts the gain of a video signal when the gain mode is set to ON by the MODE SELECT switch bit 0 on ste
7. input the internal VD will be output when the rear panel HD VD signal input output switch is set to the INT side 3 Video is output at the falling edge of the internal VD following completion of the exposure period The video and the VIDEO INDEX have a paired relationship VOTE When the next trigger is input before completion of the output of the video corresponding to the trigger there will be an effect on the video 11 e 1 Pulse Trigger SYNC NON RESET Picture Output Timing At Time of One shot or Continuous External VD Continuous External HD Input Negative polarity mode Positive polarity mode i About 1 7 us eel a Trigger Exposure period Exposure period He e External HD IN 1 External VD IN 1 i ii About 1H Internal VD J VIDEO INDEX l l Video output l SE 262 5H The internal VD falling edge is within the exposure period and thus video is not output 7 1 Externally input signal 2 Exposure time is determined by the setting of the MODE SELECT switch Refer to page 9 3 Video is output at the falling edge of the internal VD following completion of the exposure period The video and the VIDEO INDEX have a paired relationship dE When the next trigger is input before completion of the output of the video corresponding to the trigger there will be an effect on the video e 1 Pulse Width Trigger SYNC RESET Picture Output Timing Negative polarity mode i Pos
8. the left side as illustrated in the table below Normal shutter Reset restart or external trigger mode SR S E unn second 1 1000 16 2a 4 3 Reset Restart Input of an external reset restart signal VD permits one screen of information to be output at an arbitrary timing To set this mode set the external trigger mode selection switch i e MODE SELECT switch bits 5 6 and 7 as illustrated in the diagram below Rear MODE SELECT Switch 750 ext INT D iff lo ON lorr el 2 E N i ab E e Reset restart he D om SES SCH E M GAIN 8 D om om Long Term Exposure When the camera is used and sufficient sensitivity cannot be obtained for the reset restart function under normal operating conditions or when observation of the trail of a moving subject is desired the exposure time can be extended to allow high sensitivity images to be obtained To achieve this please input from an external source a VD signal that has an ex panded VD pulse and VD pulse interval Input Timing Chart Example etal ON fN AAA External VD IN j hr 4 V reset t V reset About 1H About 1H Internal VD a Exposure period Exposure period Exposure period VIDEO OUT VEER NEEN L 1V 1V
9. CTIONS ask 3 ee Ilan el LS 5 SC WH Le EE 6 4 1 Field accumulation Frame accumulation ooo eee eee tee e ee teeeeeeteeeeteeneeeee 6 4 2 ege nl een Le rriari rites aa tales vite akakataa ay Ae ya eey vapaa 7 4 3 Reset Restart cinics nanai aia aeaea e aiaei EEKE ENKS 8 4 4 External Trigger Mode cccessssssceceescsssssceeeeesessssseeeeeeeesssaaseeeeesssssaaaaeeeeessese 9 Input Output Signal Specifications ccccccceceeeeeeeeeeeeeneeeaanaeeeeeeeeeeeeeeeeeeenneees 14 CCD Output Waveform Timing Chart sssssssssssssnnnnnennnnennnnnnrnrnnnnnnnnnnnnnnnnnnnnnnnnne 16 gt EXTERIOR MIER 18 eil Ted el LEE 19 1 GENERAL The IK 53N IK 52N is a monochrome video camera using a solid image sensor CCD Charged Coupled Device High Picture Quality The 410 000 pixels CCD provides a fine picture Various Modes Setting The following modes can be set by the switches on the rear panel e Gain Fixed manual adjustment 0 to 18 dB e Field accumulation Frame accumulation e Synchronized input output HD VD e 75Q terminal at external synchronous input e Shutter function Normal external trigger shutter e Shutter speed External Synchronization External HD VD signals are analyzed and the synchronization mode is automatically selected to match the input signals Internal Synchronizing Signal Output HD and VD signals can be outputted from the 12 pin connector by changing the switch posi tion on the rear panel Elec
10. TOSHIBA oPERATING GUIDE CCD CAM ERA IK 53N IK 52N FCC Statement This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions 1 This device may not cause harmful interference and 2 this device must ac cept any interference received including interference that may cause undesired operation INFORMATION This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own ex pense USER INSTALLER CAUTION Your authority to operate this FCC verified equipment could be voided if you make changes or modifications not expressly approved by the party responsible for compliance to Part 15 of the FCC rules This Class A digital apparatus complies with Canadian ICES 003 Cet appareil num rique de la classe A est comforme la norme NMB 003 du Canada FP Ww N on O0 A CONTENTS CITT KEE 2 CAMERA PARTS AND FUN
11. itive polarity mode About 1 7us i f i _ About 98 7us EE Trigger Exposure period 2 Exposure completion Dom VD OUT a lt lt lt Video output i VIDEO INDEX 262 5H 1 Externally input signal 2 Exposure time Trigger pulse width 97 us Valid trigger pulse width is 2 us or greater for external trigger shutter operation 3 VD is generated after 0 to 1H following the completion of the exposure period and the video is synchronized to this and output dE When the next trigger is input before completion of the output of the video corresponding to the trigger there will be an effect on the video e 1 Pulse Trigger SYNC RESET Picture Output Timing Negative polarity mode l Positive polarity mode About 1 7 us E Trigger lt gt Exposure period Exposure completion i D to 1H 3 VD OUT _ _ _ OSL Video output i VIDEO INDEX l gt 262 5H 1 Externally input signal 2 Exposure time is determined by the setting of the MODE SELECT switch Refer to page 9 3 VD is generated after 0 to 1H following the completion of the exposure period and the video is synchronized to this and output VOTE When the next trigger is input before completion of the output of the video corresponding to the trigger there will be an effect on the video External Sync Operation Shutter mode HD input VD input Note At time of SYNC NON N N Inter
12. l sync frequency External VD falling edge Please input within about 100 clock cycles of the standard center phase Note that V sync of the video is output with a delay of about 1H from the external VD at the time of reset restart and the external trigger mode In the normal mode Continuously with the HD period of 63 56 us and VD period of 16 68 ms Phase timing is as illustrated in the above diagram with only the falling edge applicable In the reset restart external trigger mode Continuously with the HD period of 63 56 us VD reset is at an arbitrary timing with the phase of HD being within the standard of the above diagram 15 6 CCD Output Waveform Timing Chart Horizontal Output Waveform Timing Chart HD e lL 91cik 6 36us tolk and 77clk 22ck Sol Lai it a Lage w it 15clk i 752clk gt CCD output signal Total effective pixels 768clk 69 8ns i Optical black Horizontal transfer Dummy Optical black portion stop interval pixels portion Horizontal blanking interval 11 0us Output video interval f Video i ae output signal gt Representative i i values e 21clk HSYNC 63clk 752clk i 147us 70cik 4 40us 52 5us H i 4 89us gt One horizontal scan interval 1H 910clk 63 56us 16 Vertical Output Waveform Timing Chart 2 1 Interlace Field Accumulation Odd field 262 5H Even field 262 5H VD HD
13. nal sync mode RESET mode Y Y External sync mode N y Only V reset is applied due to VD input Normally not used HD is synchronized to external but video is not output because there is no VD input Normally not used At time of SYNC RESET Internal sync mode The presence of VD mode is ignored and after a specified time after a trigger input V reset is applied HD is synchronized to external The pres ence of VD is ignored and after a specified time after a trigger input V reset is applied At time of reset restart HD is synchronized to external Video is output due to VD input HD is synchronized to the inside of the camera Video is output due to VD input Video is not output because there is no VD input Normally not used At time of normal shutter Internal sync mode External sync mode HD is synchronized to external Normally not used Disabled Either Y or N is permitted 13 HD VD Output Amplitude Specifications HD The amplitude level is the representative value when terminated with 10kQ Output is enabled when the rear panel HD VD signal input output switch is set to the INT side VIDEO INDEX Output Specifications 262 5H The amplitude level is the representative value when terminated with 10kQ VD Input Specifications 2 0 to 5 0Vp p 5H to 21H Input impedance 75Q or 1kQ or greater Input amplitude 2 0 to 5 0 Vp p 75Q termina tion ON o
14. p 5 The factory setting is the fully counterclockwise position 3 CONNECTIONS Standard Connection Lens gt IK 53N Cautions on Connection Image processor Camera Cable optional When connecting the camera cables be sure to turn off the camera and the other equipment connected When using another lens the best camera performance of this camera may not be obtained For example low resolution may occur and flare ghost or shading may occur e Use the DC power source described below e Power supply voltage 10 5V to 15V e Current rating More than 830 mA e Ripple voltage Less than 50 mV p p Connector Pin Assignments External synchroniza tion mode HD VD Connector Reset restart External trigger mode HR10A 10R 12PB by HIROSE electronics Co Ltd Internal synchroniza tion output signal GND GND GND GND DC 12V DC 12V DC 12V DC 12V Video output GND Video output GND Video output GND Video output GND Video output signal Video output signal Video output signal Video output signal HD input GND HD input GND HD input GND HD output GND HD input signal HD input signal HD input signal HD output signal VD input signal Reset signal VD input signal VD output signal GND GND GND GND Olo NIA OT RB WEN e KA CH VIDEO INDEX out
15. put signal VIDEO INDEX output signal kA kA Trigger pulse input signal m N VD input GND Reset GND VD input GND VD output GND 4 SETTING 4 1 Field accumulation Frame accumulation This switch selects the potential accumulation mode of the CCD output signal The mode can be set with the MODE SELECT switch bit 9 on the rear panel Rear a HD VD RW 75Q EXT INT KI o A G VIDEO OUT KON DC IN SYNC M GAIN MODE SELECT Switch LIDL ZO Field accumulation Frame accumulation 4 2 Electronic Shutter This can be set with the MODE SELECT switch located on the rear panel Description of the MODE SELECT Switch Rear VIDEO OUT OR DC IN SYNC M GAIN MODE SELECT Switch 118 O 218 N 3 E AIR EN 6 i 7E SR 9 E oE t Bits 1 to 4 Shutter speed selection Bits 5 to 7 External trigger mode selection Bit 8 Trigger polarity selection Positive Negative Bit 9 Field accumulation Frame accumulation Bit 0 Gain selection OFF ON The electronic shutter cannot be used in the reset restart operation Normal Shutter This mode permits a high speed moving subject to be captured clearly with a shutter function incorporating a continuously available video signal Set bit 5 of the MODE SELECT switch to OFF i e
16. r OFF Voltage and pulse width were measured at pin 7 of the 12 pin connector located on the rear panel HD Input Specifications 2 0 to 5 0Vp p r 4 0 us to 10 0 us Input impedance 75Q or 10kQ or greater Input amplitude 2 0 to 5 0 Vp p 75Q termina tion ON or OFF Voltage and pulse width were measured at pin 6 of the 12 pin connector located on the rear panel Trigger Pulse Specifications 0 to 0 4V Positive polarity mode l l lt q More than us 2 to 5 0V 0 to 0 4V Negative polarity mode lt More than 2usi Input impedance 10kQ or greater Voltage and pulse width were measured at pin 11 of the 12 pin connector located on the rear panel External HD VD Input Phase Specifications l HD input l I 100 clk 100 clk MI 69 84ns i i VD input ODD l l i Input the VD falling within this range Camera VD internal 455 clk e l HD input l l l clk 69 84ns i i VD input i EVEN i i 1 Input the VD falling within this range Camera VD internal The phase relationship of the external HD and VD should correspond to the center phase i e the external HD falling edge as illustrated in the above diagram Allowable frequency deviation of external sync 15 734 kHz 1 1 of horizonta
17. t Pulse width trigger sync nonreset Reset restart Electronic shutter OFF 1 100 1 250 1 500 1 1000 1 2000 1 4000 1 10000 1 50000 1 100000 Gain switch OFF OdB ON 0 to 18dB Horizontal resolution 570TV lines Standard subject illuminance IK 53N 200 Ix IK 52N 160 Ix F5 6 Gain OFF Minimum subject illuminance IK 53N 0 5 Ix IK 52N 0 4 Ix F1 4 when the manual gain adjustment is at maximum S N ratio 60 dB Video output 1 0V p p Output impedance 75Q unbalanced Infrared cut filter No Dummy glass Yes Lens mount C mount Operation ensuring temperature humidity OC to 40 C 90 or lower Vibration resistance shock resistance Vibration resistance 70 m S2 10 to 200 Hz Shock resistance 700 m S2 Weight 45g External dimension 29 W x 29 H x 29 D mm except for protruded portion 19 Spectral Sensitivity Characteristics Representative Values Including lens characteristics excluding light source characteristics IK 53N 1 0 0 9 0 8 0 7 Relative Sensitivity Q 0 6 0 5 0 4 0 3 0 2 0 1 400 500 600 700 800 900 1000 Wave length nm IK 52N 1 0 0 9 0 8 0 7 Relative Sensitivity 0 6 0 5 0 4 0 3 0 2 0 1 N 400 500 600 700 800 900 1000 Wave length nm
18. the video e Pulse Width Trigger SYNC NON RESET Picture Output Timing At Time of One shot or Continuous External VD Continuous External HD Input l l Negative polarity mode Trigger About 1 7 usi About 98 7 us i Positive polarity mode Exposure period 2 Exposure period Extemal HD IN Extemal VD IN 1 _ i About 1H Internal VD 1 t VIDEO INDEX l Video output f 262 5H The internal VD falling edge is within the exposure period and thus video is not output 1 Externally input signal 2 Exposure time Trigger pulse width 97 us Valid trigger pulse width is 2 us or greater for external trigger shutter operation 3 Video is output at the falling edge of the internal VD following completion of the exposure period The video and the VIDEO INDEX have a paired relationship VOTE When the next trigger is input before completion of the output of the video corresponding to the trigger there will be an effect on the video e 1 Pulse Trigger SYNC NON RESET Picture Output Timing at Time of Internal Sync l l Negative polarity mode ma E Positive polarity mode i About 1 7 us Trigger Exposure period 2 i Exposure period 2 So lt gt VD out _ UI UI LI UI VIDEO INDEX Video output 262 5H 1 Externally input signal 2 Exposure time is determined by the setting of the MODE SELECT switch Refer to page 9 As long as there is no external sync
19. tric Shutter Speed A variety of shutter speeds 1 100 to 1 100 000 sec is provided to permit choice suitable for shooting conditions External Trigger Function A trigger input provides one still image This function exactly captures a subject moving ata high speed Cabinet Fixing The cabinet fixing screw hole is provided below the front panel which includes the CCD datum level Fix the camera using this screw hole to minimize shifts in the optical axis 2 CAMERA PARTS AND FUNCTIONS Top Bottom Front Side Lens mount C mount This is used to mount a C mount type lens or O optical equipment Camera fixing reference hole top side Top 3 Camera fixing reference hole Tripod fixing metal screw hole bottom side Camera fixing reference hole Tripod fixing metal screw hole bottom side VOTE When the mass of lens exceeds 300g fix the cam era at the side of the lens Imaging area The protection cap is attached on the lens mount portion After removing the cap mount the lens Be careful not to scratch or touch the optical area Front Rear Side Enlarged VIDEO OUT DC IN SYNC MGAIN VIDEO OUT DC IN SYNC plug 12 pin connector This receives 12 VDC and sends a video signal from the camera When a synchronizing signal generator is connected to this plug and an external synchronizing signal HD VD signal is applied the
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