Multi Application Test System

Transcription

1 Q00 series Multi pplication Test System Data sheet Bulletin Q00-EN

2 Frame Controller (Q / Q) Product name Q Q Number of slots 3 9 Display Remote interface GPIB Ethernet USB External storage interface Trigger In Out Interlock connector Functions Operation environment Storage environment Preset applications Control functions Color LCD, dots IEEE-488 compatible, protocol: IEEE-488. compatible IEEE80.3 compatible, connector: RJ-45 x, transmission method: Ethernet (00BSE-TX), protocol: TCP/IP USB Rev. compatible, connector: USB type B x, protocol: USB-TMC PC system requirements: Windows XP / Windows Vista (3/64 bits) / Windows 7 (3/64 bits) / Windows 8 (3/64 bits) * USB (USB Rev.0 compatible, connector: USB type x, applicable device: USB mass storage class flash memory) Connector: BNC x, TTL level, Pulse width: 50 μs or more, Impedance: approx. 5 kω Connector: BNC x, TTL level, Pulse width: approx. 50 μs, Impedance: approx. 00 Ω BNC connector Stability, Logging, Optical return loss (ORL) Macro programming, Multi-user, Remote viewer support mbient temperature 5 to 40 C mbient humidity ltitude 0 to 80% RH (no condensation) 000 m or less mbient temperature -0 to 60 C mbient humidity ltitude Power requirement Power Consumption (including modules) 0 to 80% RH (no condensation) 3000 m or less 00 to 40 Vac, 50/60 Hz 70 V 580 V pprox. (W) 3.5(H) 400(D) mm pprox. 45(W) 3.5(H) 500(D) mm pprox. 6 kg pprox. kg Safety standard EN 600-, Overvoltage category (installation category) II, Pollution degree Emissions EN 636- class, EN 550 class group, EN , EN Immunity Recommended calibration period * separate driver is required. EN 636- Table (for industrial locations) year (include modules) Grid TLS Module (Q00-3 / -3) Product name Q00-3, Q00-3 Number of channel Q00-3:, Q00-3: Device type dvanced type (-T6) Frequency band C-band L-band Frequency (Wavelength) range 96.5 to 9.50 THz to THz (57.60 to nm) (570.0 to nm) Grid spacing 00 GHz, 50 GHz, 5 GHz and Manual (min. 0. GHz) Frequency (Wavelength) setting resolution 0. GHz (0.8 pm@550 nm) 0. GHz (0.8 pm@590 nm) Frequency (Wavelength) fine turning range ±6 GHz (typ.)(±48 pm@550 nm) ±6 GHz (typ.)(±5 pm@590 nm) Frequency (Wavelength) fine turning resolution MHz (typ.)(8 fm@550 nm) MHz (typ.)(8 fm@590 nm) bsolute frequency (wavelength) accuracy *, *, *4, *6 ±.5 GHz (±0 pm@550 nm) ±.5 GHz (± pm@590 nm) Frequency (Wavelength) stability 4hours *, *, *3, *6 ±0.3 GHz (typ.)(.4 pm@550 nm) ±0.3 GHz (typ.)(.5 pm@590 nm) Frequency (Wavelength) tuning time *5 30 sec. or less *, *, *4, *6 Optical output level +.5 dbm or more ttenuation range 6 db (resolution: 0.0 db(typ.)) *, *, *3, *6 Output level stability 4hours ±0.03 db (typ.) Spectral linewidth *6 00 khz (typ.) SMSR *6 45 db (typ.) *6, *7 RIN 45 db/hz (typ.) Fiber type PND PMF, Slow axis, in line with connector key Optical connector Select any of FC/PC *8 or FC/ngled PC *9 pprox. 3(W) 7(H) 3.5(D) mm, -slot wide pprox. 0.8 kg Laser safety standard class Class M (IEC/EN6085-:007, GB747.-0) * fter 30 minutes warm up. * The environmental conditions are subject to the specification of frame controller, unless * When a PM fiber is used. * t grid mode on, grid spacing is except a manual setting. * 3 t constant temperature (within ±0.5 C) Laser Safety Information This laser light source is classified into IEC6085-: 007; Class M. This specification complies with CFR except for deviation points arising from strict observation of Laser Notice No. 50 issued on June 4, 007. * 4 mbient temperature: 3±5 C * 5 Setting by frequency (wavelength) fine turning function is not included. * 6 t maximum output power Laser class M label Using an optical instrument, such as a loupe, magnifying glass, or microscope, when observing the laser beam from a distance of less than 00 mm may cause eye injury. * 7 0 MHz to 0 GHz * 8 Optical return loss: 40 db or more * 9 Step type, narrow key

3 Sensor Module (Q00-5 / -) Product name Q00-5 Q00- Number of channels Detector type InGas InGas 3 mm dia. Wavelength range 970 to 660 nm 800 to 700 nm Power range (CW) 70 to +30 dbm 70 to +0 dbm Minimum display resolution /0,000 pplicable fiber type 6.5/5 μm (GI), N 0.75 Uncertainty under reference conditions ±3% * ±3% * Total uncertainty ±5.0% ± nw *3, * ±5.0% ±50 pw *4 Polarization dependence 0.03 dbp-p (typ.) *5 0.0 dbp-p (typ.) *6 Linearity ±0.05 db ± nw *7, * ±0.0 db ±50 pw *8 Noise level nw or less *9 50 pw or less *0 veraging time (minimum) 00 μs 00 μs Mode UTO, LINER, LOG nalog Output voltage pprox. 0 to V output Connector type Mini plug Output impedance pprox. kω Optical connector Q9335C (*) connector adapter * Measurement power range Fixed Logging Minimum data sampling interval 00 μs 00 μs function Maximum number of data samples Minimum data sampling interval 00 ms Stability Maximum number of data samples 0000 function Maximum measurement time 99 days 0000 pprox. 3(W) 7(H) 3.5(D) mm, slot wide pprox. 0.7 kg pprox. 0.9 kg * ll values in the specifications assume a warm-up period of one hour. * Power level: 00 μw (-0 dbm), CW ligth, Wavelength: 30±0 nm, Light source spectrum width: 0 nm or less, mbient temperature: 3± C, Optical fiber: SM (ITU-T G.65), Optical connector: FC/PC, Wavelength setting error: 0.5 nm or less, Changes to the measuring instrument due to the passage of time are not included in these conditions. dd 0.5% for each year since the last calibration. * Power level: 00 μw (-0 dbm), CW ligth, Wavelength:30±0 nm, Light source spectrum width: 0 nm or less, mbient temperature:3± C, Optical fiber: SM (ITU-T G.65), Optical connector: FC/PC, Wavelength setting error: 0.5 nm or less, Changes to the measuring instrument due to the passage of time are not included in these conditions. dd 0.5% for each year since the last calibration. * 3 Power level: μw ot W (-30 dbm to +30 dbm), CW ligth, Wavelength range: 60 to 60 nm, Optical fiber: 50 GI, N 0. (add ±% if 6.5 GI and N 0.75), uto range, veraging:sec, Other conditions are the same as * s conditions. * 4 Power level: 0 mw to 00 nw(-40 dbm to +0 dbm), CW ligth, Wavelength range: 00 to 600nm (add ±3% for wavelengths less than 00 nm; add ±30 pw for wavelengths from 600 to 65 nm), Optical fiber: 50 GI, N 0. (add ±% if 6.5 GI and N 0.75), uto range, veraging: sec, Other condition are the same as * s conditions. Optical Sensor Head (Q00-3) Number of channels Detector type InGas 5 mm dia. Wavelength range 800 to 700 nm *, * Power range 90 to +5 dbm Minimum display resolution /0,000 pplicable fiber type *3 6.5/5 μm (GI), N 0.75 Uncertainty under reference conditions *4 ±.8% Total uncertainty *5 ±5.0%±5 pw Polarization dependence * db (typ.) *7, *8 Linearity ±0.05 db±5 pw Noise level *9 5 pw or less veraging time (minimum) 00 μs Optical connector *0 Q9335C(*) connector adapter Recommended calibration period year pprox. 6(W) 46(H) 00(D) mm pprox. 0.3 kg * ll values in the specifications assume a warm-up period of one hour. * t 30 nm * When hold range is set, Maximum + dbm when auto range is set. * 3 When the Q9335C(*) Connector adapter is used.it is also possible to measure freespace light by removing the connector adapter. * 4 Power level: 00 μw (-0 dbm), CW light, Wavelength: 30±0 nm, Light source spectrum width: 0 nm or less, mbient temperature: 3± C, Optical fiber: SM (ITU-T G.65) N=0., Optical connector: FC/PC, veraging: sec, Polarization dependence is not included, Wavelength setting error: 0.5 nm or less, Changes to the measuring instrument due to the passage of time are not included in these conditions. More than year but less than years since the last calibration: add 0.4%, over years: add 0.8%. * 5 Power level: nw to 0 mw (-60 dbm to +0 dbm), CW light, Wavelength: 000 to 630 nm, Light source spectrum width: 0 nm or less, mbient temperature: 3±5 C, Optical fiber: GI50 N 0. (add ±% if GI6,5 and N 0.75), Optical connector: FC/PC, veraging: sec, Polarization dependence is not included, Wavelength setting error: 0.5 nm or less, Changes to the measuring instrument due to the passage of time are not included in these conditions. More than year but less than years since the last calibration: add 0.4%, over years: add 0.8%. * 6 Wavelength: 550 nm, mbient temperature: 3± C, Optical fiber: SM (ITU-T G.65) N=0., Optical connector: FC/PC * 7 Power level: nw to 0 mw (-60 dbm to +0 dbm), CW light, Wavelength: 000 to 630 nm, mbient temperature: 3± C (constant temperature), Optical fiber: SM (ITU-T G.65) N=0., uto range, veraging: sec * 8 For free-space light measurement, the power density of the light-receiving surface is 30 mw/mm or less. * 9 Wavelength: 000 to 630 nm, mbient temperature: 3± C (constant temperature), veraging: sec, Within 5 minutes after zero set execution *0 Select FC, SC, LC, or MU * 5 Wavelength: 550±30 nm, mbient temperature: 3± C, Optical fiber: SM (ITU-T G.65), Optical connector: FC/PC * 6 Wavelength: 550±30 nm, mbient temperature: 3± C, Optical fiber: SM (ITU-T G.65), Optical connector: FC/PC * 7 Power level: μw to W (-30 dbm to +30 dbm), CW light, Wavelength range: 60 to 60nm, mbient temperature: 3± C (constant temperature), Optical fiber: SM (ITU-T G.65), uto range, veraging: sec * 8 Power level: 0 mw to 00 nw (-40 dbm to +0 dbm), CW light, Wavelength range: 00 to 600 nm (add ±30 pw for wavelengths from 600 to 650 nm), mbient temperature: 3± C (constant temperature), Optical fiber: SM (ITU-T G.65), uto range, veraging: sec * 9 Wavelength range: 60 to 60 nm, mbient temperature: 3± C (constant temperature), veraging: sec *0 Wavelength: 00 to 600 nm (add ±30 pw for wavelengths from 600 to 650 nm), mbient temperature: 3± C (constant temperature), veraging: sec * Select FC, SC, LC, or MU * dd 0.00 db/mw if the input power is greater than 0 mw. Interface Module (Q00-0) Number of channels Mode UTO, LINER, LOG nalog Output voltage pprox. 0 to V / pprox. 0 to 5 V output Output impedance pprox. 00 Ω Connector type BNC connector Measurement power range Fixed Logging Minimum data sampling interval 00 μs function Maximum number of data samples 0,000 Minimum data sampling interval 00 ms Stability Maximum number of data samples 0,000 function Maximum measurement time 99 days pprox. 3(W) 7(H) 3.5(D) mm, slot wide pprox. 0.5 kg 3

4 * ll values in the specifications assume a warm-up period of one hour. Unless otherwise noted, all specified values include connectors. * For models with MMF specifications, all specified values are guaranteed when a light source that is excited in steady mode is used. * Wavelength: 550±5 nm, 30±5 nm * mbient temperature: 3± C (constant temperature) * 3 When using the Yokowaga reference master cord (SMF) * 4 Connectors not included * 5 Connectors not included..3 db or less when connectors are included. TTN Module (Q00-3/-33) Product name Q00-3 Q00-33 Wavelength range 00 to 700 nm 800 to 370 nm 00 to 700 nm 800 to 370 nm *, *3, *4 *.0 db (typ.).0 db (typ.) *4 Insertion loss.6 db or less *, *3.6 db or less *.9 db (typ.) *, *3, *5 *5, *.9 db (typ.) Maximum attenuation 60 db 45 db 60 db 45 db ttenuation accuracy * ±0. db or less *3, *6, *7 ±0. db or less *9 ±0. db or less *3, *6, *7 ±0. db or less *9 Repeatability * ±0.0 db or less *, *8 ±0.0 db or less *8, *9 ±0.0 db or less *, *8 *8, *9 ±0.0 db or less Display resolution 0.00 db Output monitor accuracy ±5% or less *, *0, *, *4 *, *4, *6 ±5% or less Optical return loss 45 db or more *3, *6, *3 0 db or more *9 45 db or more *3, *6, *3 0 db or more *9 Polarization dependence 0.08 dbp-p or less *3, *6 0. dbp-p or less *3, *6 Maximum input power +3 dbm +3 dbm Shutter isolation 90 db or more Select any of Select any of pplicable optical fiber SMF (ITU-T G.65) MMF (GI 50/5) (ITU-T G65.) MMF (GI 50/5) (ITU-T G65.) SMF (ITU-T G.65) or or MMF (GI 6.5/5) (IEC ) MMF (GI 6.5/5) (IEC ) Optical connector Select any of FC/PC or SC/PC Monitor port option Monitor port output *5 3 db (typ.) *, *, *3 *, *9 3 db (typ.) Insertion loss *.3 db or less *, *3.3 db or less * Polarization dependence 0. dbp-p or less *3, *6 pprox. 3(W) 7(H) 3.5(D) mm, slot wide pprox. 0.9 kg * 6 wavelength: 550±5 nm * db or less if the wavelength is 30±5 nm * 8 σ * 9 Wavelength: 850 nm, 30 nm *0 Polarization dependence is not included. * Wavelength: 850 nm. dd 0.5 db if the wavelength is 30 nm. * ny one wavelength within 30±5 nm or 550±5 nm *3 When using PC connectors (return loss 48 db or more) *4 Output power: -0 dbm *5 Output ratio *6 Wavelength: 850 nm DUL TTN Module (Q00-34) Number of channel Wavelength range Insertion loss *, *, *3, *4, *8.8 Maximum attenuation * Power setting range Setting resolution ttenuation accuracy Repeatability *, *, *3, *4, *5, *6, * *, *, *3, *4, *5, *6 ± to 640 nm db (typ.).4 db or less 40 db 50 to +0 dbm 0.0 db db (typ.) (attenuation 0 to 0 db) ±0.0 db (typ.) (attenuation 0 to 0 db) ±0.45 db (typ.) (attenuation 0 to 40 db) ±0.0 db (typ.) (attenuation 0 to 0 db) ±0.5 db (typ.) (attenuation 0 to 40 db) Output monitor accuracy *, *, *4, *7, *9, *0 ±5% Optical return loss *, *, *3, *4 40 Polarization dependence Maximum input power Shutter isolation Shutter lifetime Settling time * pplicable optical fiber Optical connector db or more 0.3 dbp-p (attenuation 0 to 0 db) 0.4 dbp-p (attenuation 0 to 0 db) 0.6 dbp-p (typ.) (attenuation 0 to 40 db) +3 dbm 70 db or more 0 million cycle (typ.) 00 ms (typ.) SMF (ITU-T G.65) Select any of FC/PC or FC/ngled PC pprox. 3(W) 7(H) 3.5(D) mm, slot wide pprox. 0.8 kg * ll values in the specifications assume a warm-up period of one hour. * Wavelength: 550±5 nm * mbient temperature: 3± C (constant temperature) * 3 When using the Yokogawa reference master cord (SMF). * 4 Polarization dependence is not included. * 5 minutes later after the attenuation setting. * 6 σ * 7 Connector loss not included * 8 Connector loss not included. 3.0dB or less (. db typ.) when connector loss are included. * 9 ttenuation setting: 0 db *0 Output power: -0 dbm * When attenuation set from 0 db to 0 db. * When step operation (0, 0, 0, 30, 40 db). 4

5 Module (Q00-4/-4/-4) Product name Q00-4 Q00-4 Q00-4 Port configuration Nunber of switch Wavelength 30 nm/550 nm 850 nm/30 nm 30 nm/550 nm 850 nm/30 nm 30 nm/550 nm 850 nm/30 nm Insertion loss *3, *5.0 db (typ.) *, *4.0 db (typ.) *.0 db (typ.) *, *4.0 db(typ.) *.0 db (typ.) *, *4.0 db (typ.) * Repeatability *3, *6 ±0.0 db or less * ±0.0 db or less * ±0.0 db or less * ±0.0 db or less * ±0.0 db or less * ±0.0 db or less * Crosstalk 60 db or more *, *4 50 db or more * 60 db or more *, *4 50 db or more * 50 db or more *, *4 50 db or more * Optical return loss 45 db or more *, *4, *7 0 db or more * 45 db or more *, *4, *7 0 db or more * 45 db or more *, *4, *7 0 db or more * Maximum input power +3 dbm +3 dbm Polarization dependence 0.08 dbp-p or less *, * dbp-p or less *, * dbp-p or less *4, *8 pplicable optical fiber Optical connector Dimensions (excluding protrusions) SMF (ITU-T G.65) Select any of MMF (GI 50/5) (ITU-T G65.) or MMF (GI 6.5/5) (IEC ) pprox. 3(W) 7(H) 3.5(D) mm, slot wide SMF (ITU-T G.65) MMF (GI 50/5) (ITU-T G65.) SMF (ITU-T G.65) Select any of FC/PC or SC/PC pprox. 6.5(W) 7(H) 3.5(D) mm, slots wide Select any of MMF (GI 50/5) (ITU-T G65.) or MMF (GI 6.5/5) (IEC ) pprox. 3(W) 7(H) 3.5(D) mm, slot wide pprox. 0.8 kg pprox..5 kg pprox. 0.7 kg * ll values in the specifications assume a warm-up period of one hour. Unless otherwise noted, all specified values include connectors. * For models with MMF specifications, all specified values are guaranteed when a light source that is excited in steady mode is used. * Wavelength: 30±5 nm, 550±5 nm * Wavelength: 850 nm, 30 nm * 3 mbient temperature: 3± C (constant temperature) * 4 When using the Yokogawa reference master cord (SMF) * 5 Connectors not included..4 db or less when connectors are included. * 6 * 7 When using PC connectors (return loss 48 db or more) * 8 Wavelength: 550±5 nm Monitoring Power supply voltage monitor Power supply current monitor Status signal monitor Name Rating Measurement Range Upper Lower Upper Lower Resolution PS +7.5 V 0.5 V +6 V + V PS +7.5 V 0.5 V +4 V + V PS V 0.5 V +.5 V +0.5 V PS4 7.5 V +0.5 V V 6 V PS V 0.5 V +6 V + V PS.8 0 PS 3 0 PS3.8 0 PS4 3 0 PS5 0 IN IN IN3 IN4 IN5 IN6 Transceiver I/F Module (Q00-64) ccuracy * mv ±(0.% of reading+ mv) m ±(% of reading+ m) +7.5 V 0.5 V +6 V +0 V 0.0 V ±(% of reading+0 mv) Resistance R 0000 Ω 0 Ω Ω ±(0.5% of reading + Ω) value monitor Power consumption PSPOWER monitor 8 W 0 W See the values for the voltage 0. W and current monitors. Power Supply Name Voltage Range Current Limit Range PS to V 0.0 to.80 PS to V 0.0 to 3.00 PS to V 0.0 to.80 PS to V 0.0 to 3.00 PS5 5.0 or 3.3 V 0.0 to.00 (when 5.0 V is selected) 0.0 to.00 (when 3.3 V is selected) Control Signal Transmission DC response CTRL0 (. V) to CTRL07 (. V) CTRL08 (3.3 V) to CTRL7 (3.3 V) VOL max IOH mini VOL max IOH mini 0. V (00 μ), 0.3 V ( m).0 V (00 μ), 0.9 V ( m) + m m 0.5 V (3 m).5 V (3 m) +3 m 3 m I C Bus Signal Signal rate DC response 00 khz/400 khz SD VOL max 0.5 V IOH max VIL max VIH max +3 m 0.7 V.7 V SCL VOL max 0.5 V IOH max VIL max VIH max MDIO Bus Signal Signal rate DC response +3 m 0.7 V.7 V 65 khz/.5 MHz/.5 MHz MDIO VOL max 0.35 V IOH max VIL max VIH max +3 m 0. V.0 V MDC VOL max 0.35 V General Dimensions (excluding protrusions) IOH max 0.85 V (3 m) +3 m +3 m VIL max VIH max pprox. 6.5(W) 7(H) 3.5(D) mm, slots wide pprox..5 kg * mbient temperature: 3± C, warm-up period: 0 minutes 5

6 RF OUT (CH-CH5) 0 MHz REF IN 0 MHz REF OUT Frequency range Frequency resolution Frequency accuracy Output Connector Input Connector Output Connector amplitude Waveform SG Module (Q00-65) 60.0 to 70.0 MHz (when the rate is /) 55.0 to 80.0 MHz (when the rate is /4) Hz ±.0 ppm (when using the internal oscillator) Depends on the signal received by 0 MHz REF IN (when using an external reference signal) 0.8 Vp-p ±0. Vp-p.3 Vp-p ±0. Vp-p Rectangular Duty 50 ±0% Terminator condition Frequency range amplitude 50 Ω C-coupling SM, female 0 MHz ±.0 ppm 0.3 Vp-p to. Vp-p Duty 50 ±0% bsolute max. rating Terminator condition Frequency range amplitude Terminator condition.5 Vp-p 50 Ω C-coupling SM, female 0 MHz ±.0 ppm (when using the internal oscillator) Depends on the signal received by 0 MHz REF IN (when using an external reference signal) 0.8 Vp-p ±0. Vp-p 50 Ω C-coupling SM, female pprox. 6.5(W) 7(H) 3.5(D) mm, slots wide pprox..5 kg 6

7 Front view Q/ Frame Controller Q Q Q00-3/-3 Grid TLS Module Q00-5 Sensor Module Q00- Sensor Module Q00-0 Interface Module Q00-3 Optical Sensor Head Q00-3 Q00-3 Q00-3 TTN Module Q00-33 TTN Module Q00-34 DUL TTN Module Q00-4 Module Q00-4 Module Q00-4 Q00-4 Q Q00-4 Module Q00-64 Transceiver I/F Moudule Q00-65 SG Module Q00-4 Q00-4 Q00-64 TRNSCEIVER I/F Q00-65 SG RF OUT OUTPUT OUTPUT CH3 DVC DVC DVC B DVC B POWER SUPPLY SIGNL CH CH4 CH CH5 0MHz REF IN 0MHz REF OUT B 8W MX.5Vp-p MX LL PORTS 7

8 External Dimensions Q Frame Controller Q Frame Controller Unit: mm Tolerances: ±3 % (tolerancesare ±0.3 mm when below 0 mm) Rear view Rear view Q00 Series -Slot Size Module Q00 Series -Slot Size Module YOKOGW YOKOGW Q00-3 Optical Sensor Head M6 DEPTH M4 DEPTH Microsoft, MS, and Windows are registered trademarks or trademarks of Microsoft Corporation in the US and other countries. Ethernet is a registered trademark of Xerox Corporation. ll other company names and product names mentioned herein are registered trademarks or trademarks of their respective holders. This is a Class instrument based on Emission standards EN636- and EN550, and is designed for an industrial environment. Operation of this equipment in a residential area may cause radio interference, in which case users will be responsible for any interference which they cause. Caution When you export this product out of Japan, permission from the Japanese government may be required in accordance with the regulations of the foreign exchange and foreign trade laws. The information contained herein is subject to change without prior notice in order to improve performance and quality.