Video and RF Inputs
Video In	Voltage (Vpp): 1V (nominal) Setting range: 100% fixed for video modulation 0 to 150% for video outputs Tolerance of setting: 10 mV or 5%, whichever is greater, 5 mV or 2%, whichever is greater, at reference temperature Step size: 1% Superimposed dc component: -2V to +2V Max. voltage (Vpp + dc): -5V to +5V Impedance: 75Ω Polarity: Positive Coupling: DC Connector: VIDEO IN: BNC on front, EURO AV IN: EURO AV connector on rear plate
Video Synchronization	Reference: CCIR Rep. 624-4, 1990 ANSI/SMPTE 170M-1994 System: 625 lines (50 Hz) 525 lines (59.94 Hz) Line frequency: 15.625 kHz for 625 line systems 15.734265 kHz for 525 line systems Tolerance: 3 ppm for +5 to +45° C 1 ppm at reference temperature Aging: £ 2 ppm per year Level: 43% for 625 line systems 40 IRE for 525 line systems Tolerance: 3% for 625 line systems 3 IRE for 525 line systems
Luminance	Reference: CCIR Rep. 624-4, 1990 ANSI/SMPTE 170M-1994 Blanking level: 0% (0 IRE) Black level: 0% for 625 line systems +7.5 IRE for 525 line systems, 0 IRE for NTSC-J White level: 100% (100 IRE) Tolerance: 2% for 625 line systems at reference temperature 2 IRE for 525 line systems at reference temperature
Chrominance	Reference: CCIR Rep. 624-4, 1990 ANSI/SMPTE 170M-1994 System: PAL B, D, G, I, K, M, N NTSC M NTSC with 4.433619 MHz subcarrier SECAM B,D,G,K,K1,L Carrier frequency: 4.433619 MHz for PAL B, D, G, I, K and NTSC 4.43 3.575611 MHz for PAL M 3.582056 MHz for PAL N 3.579545 MHz for NTSC M 4.406250 MHz and 4.250000 MHz for SECAM Tolerance: 3 ppm for +5 to +45° C 1 ppm at reference temperature Aging: £ 2 ppm per year Phase tolerance (PAL/NTSC): 2°, 1° at reference temperature Freq. deviation (SECAM) DfOB (75% blue): +230 kHz Tolerance: 4 kHz DfOB (75% red): -280 kHz Tolerance: 5 kHz Level: 100% (nominal setting) Tolerance: 5% (PAL/NTSC) 10% (SECAM) 2% (PAL/NTSC) at reference temperature for nominal setting Setting range: 0% to 150% Tolerance of setting: 1 step or 5%, whichever is greater Resolution: 1%

Patterns
Reference	ITU Rec. 471-1/1994 and SMPTE EG27-1994 for Color Bar SMPTE EG1-1990 for SMPTE Color Bar CCIR Rec. 473-5, 1990 and CCIR Rec. R26-1981 for IRS 17 CCIR Rec. 473-5, 1990 for Multiburst CCIR Rep. 1221 for PLUGE
Aspect ratio	4:3, 16:9
Circle	Centered circle with 4 additional corner circles in 16:9 mode
Center Cross	With border castellations (overscan indication selectable at 2% or 3%)
White	0, 5, 10 to 100% (5% steps) for 625 line systems 7.5, 15 to 100 IRE (5 IRE steps) for 525 line systems
Purity	Red, green, blue, cyan, magenta, yellow, white, black (100/0/75/0 for 625 line systems and 100/7.5/75/7.5 for 525 line systems)
Dots	17x13 dots in 4:3 mode, 23x13 dots in 16:9 mode With center indication
Crosshatch	18x14 lines in 4:3 mode, 24x14 lines in 16:9 mode With center indication, selectable 'top-left' indication and chroma
Checkerboard	12x9 squares in 4:3 mode, 16x9 squares in 16:9 mode
PLUGE	-1.6, 0, +1.6, 100% for 625 line systems 4.8, 7.5, 10.7, 100 IRE for 525 line systems
Grayscale	10 steps linear staircase (11 Levels)
VCR	VCR Test (2 types) Resolution Test (2 types) Writing Current
Multiburst	0.5, 1.0, 2.0, 4.0, 4.8, 5.8 MHz for 625 line systems 0.5, 1.0, 2.0, 3.0, 3.58, 4.2 MHz for 525 line systems With time intervals
Digital Scan	ADC Check (2 types) including linear ramp intensity signal Moving Block Progressive Scan Check (3 types)
Color Bar	625 line systems 75/0/75/0, 100/0/75/0, 75/0/100/25, 100/0/100/25 525 line systems 75/7.5/75/7.5 SMPTE Color Bar 100/7.5/75/7.5   Horizontal Color Bar (75/0/75/0 for 625 line systems and 75/7.5/75/7.5 for 525 line systems)
DEM	Demodulator Test (2 types)
Color Temperature	3 different sizes with adjustable levels for center and border
Diverse	* EHT Test (Reference rectangle with switching white/black window) * Full field 'IRS 17', (in 625 line systems, reference line 17 can be selected separately) * sin x/x-pattern for bandwidth tests
Pattern combination	* Circle with every other pattern (except Progressive Scan 3) or combination * Center Cross / Crosshatch / Dots / Purity * Grayscale / White / Multiburst / Color Bar

Sound Outputs (54200 Only)
Sound Carrier	Voltage (Vpp into 50Ω): 142 mV for mono carrier and system B, G 200 mV for mono carrier and system D, I, K, K1, L, M, N 63.2 mV for stereo and NICAM B, G, D, I, K carrier (sound carrier 2) 28.3 mV for NICAM L carrier (sound carrier 2) Setting range: for mono carrier (depends on sound carrier 1 level setting): 112.5 mV to 356 mV at -15 dBc to -5 dBc sound carrier level Resolution: 1 dB Setting range: for stereo and NICAM carrier: 63.2 mV at -20 dBc sound carrier level Resolution: 1 dB Setting range: for stereo and NICAM carrier: 63.2 mV at -20 dBc sound carrier level 35.6 mV at -25 dBc sound carrier level 28.3 mV at -27 dBc sound carrier level Tolerance: ±2 dB Impedance: 50Ω Connector: SOUND IF OUT, BNC rear
Audio and Euro AV	Voltage (Vrms in open circuit): 500 mV, 278 mV at 12 kHz intern in NICAM mode Tolerance: 5% Impedance: 600Ω Connector: AUDIO OUT, Cinch rear: EURO AV OUT, EURO AV connector rear
BTSC MPX and FM Stereo Pilot	Impedance: 600Ω Connector: MTS/PILOT OUT, BNC rear Voltage (Vrms open circuit): Nominal BTSC mode: BTSC baseband signal Main channel: 500 mV, at 13.5 kHz deviation incl. 75µs pre-emphasis Pilot carrier: 185 mV, equivalent to ±5 kHz deviation of sound carrier SAP carrier: 555 mV, equivalent to ±15 kHz deviation of sound carrier Tolerance: 5% Stereo/ Dual mode for sound system: Germany, A2 Pilot signal: 90 mV Tolerance: 5% Stereo/Dual Mode for Sound System: Mk Pilot signal: 180 mV
NICAM Data and NICAM Clock	Frequency: 728 kHz Tolerance: 3 ppm for +5 to +45º C 1 ppm at reference temperature Aging: £ 2 ppm per year Voltage (Vpp into 50Ω): 1V Tolerance: 10% Impedance: 50£ Connector: NICAM OUT DATA, BNC rear NICAM OUT CLOCK, BNC rear

Sound Inputs
Audio, Euro AV and MTS Multiplex	Voltage (Vrms): 500 mV (nominal) Modulation bandwidth: 40 Hz to 15 kHz Impedance: 0.1 MΩ Connector: AUDIO IN, Cinch rear, EURO AV IN, EURO AV connector rear, MTS IN, BNC rear Max. external voltage: ±40V

Mono Sound
Sound Carrier	Frequency: 4.5 MHz for system M, N 5.5 MHz for system B, G 6.0 MHz for system I 6.5 MHz for system D, K, K1, L Tolerance: 3 ppm for +5 to +45° C 1 ppm at reference temperature Aging: £ 2 ppm per year Level: -13 dBc for system B, G -10 dBc for system D, I, K, K1, L, M, N Tolerance: 2 dB at reference temperature Setting range: -5 dBc to -15 dBc Tolerance: 2 dB at reference temperature Resolution: 1 dB
Modulation	Frequency: 0.5,1.0,3.0 kHz: for system B, D, G, I, K, K1, L (S1 Modulation) or off 0.3, 1.0, 3.0 kHz: for system M and N (S1 Modulation) or off 0.5, 1.0, 3.0 kHz: (S3 Modulation) or as NICAM for system NICAM B/G, NICAM DK, DC, I, L or off Type: FM for system B, D, G, I, K, K1, M, N AM for system L Deviation: 27 kHz for system B, D, G, I, K, K1 (pre-emphasis off), 13.5 kHz for system M, N (pre-emphasis off) Tolerance: 5% Pre-emphasis (FM): 50 µs for system B, D, G, I, K, K1 or off 75 µs for system M, N or off Modulation depth: 54% for system L Tolerance: 5%

Stereo/Dual Sound
Sound Carrier 1	Data: As Mono Modulation matrix: Stereo (L+R)/2 Dual: CH1 (S1 Modulation)
Sound Carrier 2	Frequency: 5.7421875 MHz for system B, G 6.2578125 MHz for system D, K (A2) 4.724 MHz for system Mk Tolerance: 3 ppm for +5 to +45° C 1 ppm at reference temperature Aging: £ 2 ppm per year Level: -20 dBc Tolerance: 3 dB at reference temperature: Setting range: -20, -25, -27 dBc Tolerance: 3 dB at reference temperature
Modulation	Frequency: 0.5, 1.0, 3.0 kHz for system B, D, G, K or off 0.3, 1.0, 3.0 kHz for system Mk or off Type: FM Deviation: 27 kHz for system B, D, G, K (pre-emphasis off) 13.5 kHz for system Mk (pre-emphasis off) Tolerance: 5% Pre-emphasis: 50 µs for system B, D, G, K or off 75 µs for system Mk or off Modulation matrix: Stereo: L for systems B, D, G, K L-R for system Mk Dual: CH2 (S2 Modulation)
Identification/Sub-carrier	Reference: CCIR Rec. 707 Pilot carrier frequency: 3.5 x fH Identification frequency: fH/ 133 for stereo and system B, D, G, K fH/ 105 for stereo and system Mk fH/ 57 for dual Tolerance: 3 ppm for +5 to +45 °C 1 ppm at reference temperature Aging: £ 2 ppm per year Type: AM Modulation depth: 50% Tolerance: 5%

NICAM stereo
Sound Carrier 1	Data: As MONO SOUND CARRIER Modulation matrix: Mono: As NICAM (S1 Modulation), Independent (S3 Modulation) Stereo: (L+R)/2 Dual: CH1 (S1 Modulation)
Sound Carrier 2	Frequency: 5.85 MHz for system B, D, G, K, L 6.875 MHz for system D, K (for China) 6.552 MHz for system I Tolerance: 3 ppm for +5 to +45º C 1 ppm at reference temperature Aging: £ 2 ppm per year Level: -20 dBc for system B, D, G, I, K -27 dBc for system L Tolerance: 3 dB at reference temperature Setting range: -20, -25, -27 dBc
Modulation	Reference: NICAM-728, CCITT Rec J17 Frequency: 0.5, 1.0, 1.5, 3.0 kHz for channel 1 (S1 Modulation) or off 1.0, 1.5, 3.0, 12 kHz for channel 2 (S2 Modulation) or off Test 1: Demodulator pattern Test 2: Decoder pattern Test 3: Un-modulated carrier Type: QPSK Mode: Mono, Dual, Stereo, Test Bit-rate: 728 kbits/s Tolerance: 3 ppm for +5 to +45º C 1 ppm at reference temperature Aging: £ 2 ppm per year Level: High, low RSSF: On, off

BTSC Stereo Sound
Sound Carrier	Frequency: 4.5 MHz for system M Tolerance: 3 ppm for +5 to +45º C 1 ppm at reference temperature Aging: £ 2 ppm per year Level: -10 dBc Tolerance: 2 dB at reference temperature Setting range: -5 to 15 dBc Tolerance: 2 dB at reference temperature Resolution: 1 dB
Modulation	Frequency: 0.3, 1.0, 3.0 kHz for channel 1 (S1 Modulation) or off 1.0, 3.0 kHz for channel 2 (S2 Modulation) or off 3.1 kHz and 8.0 kHz in Test modes 5.0 kHz for SAP (0.3 and 1.0 kHz in Test modes) or un-modulated or off Type: FM with BTSC base band Base band: Main channel (L+R) Pilot sub carrier Stereo sub channel (L-R, BTSC compressed) SAP sub channel (SAP signal, BTSC compressed) Stereo sub channel: Subcarrier AM modulated with suppressed carrier by BTSC compressed L-R signal SAP sub channel: Subcarrier FM modulated by SAP signal Mode: Mono, Stereo, SAP Deviation: 13.5 kHz (with de-emphasis on) 15 kHz by SAP 5 kHz by pilot Tolerance: 5% Pre-emphasis: 75 µs
Identification	Pilot subcarrier frequency: fH Stereo subcarrier frequency: 2 x fH SAP subcarrier frequency: 5 x fH Tolerance subcarrier: 3 ppm for +5 to +45º C 1 ppm at reference temperature Aging: £ 2 ppm per year

Digital Services
Wide Screen Signaling (WSS)	Reference: ETSI, ETS 300 294, November 1994 PAL plus System Description, Revision 3.0, January 1994 Rec. ITU-R BT. 1119 TV systems: 625 line systems Data line: 23 (field 1) Signaling method: Bi-phase coding, NRZ-L Clock frequency: 5 MHz Tolerance: 3 ppm for +5 to +45º C 1 ppm at reference temperature Aging: £ 2 ppm per year Level: 0.5 V for '1' at 0.7 V maximum video level Black level for '0' Tolerance: 5% for '1' 3% of sync amplitude for '0'
Teletext DIDON ANTIOPE (CClR System A)	Reference: CCIR Rec. 653-1 CCIR Doc. 11/345-E TV systems: 625 line systems Data line: 20, 21, 333, 334 Signaling method: Binary NRZ Clock frequency: 6.203125 MHz Tolerance: 3 ppm for +5 to +45º C 1 ppm at reference temperature Aging: £ 2 ppm per year Level: 7/3 of sync amplitude for '1' Black level for '0' Tolerance: 0 to - 10% for '1' 3% of sync amplitude for '0'
Teletext UK (CCIR System B)	Reference: CCIR Rec. 653-1 CCIR Doc. 11/282-E System: 625 line systems Data line: 13, 14, 20, 21, 326, 327, 333, 334 for 8 line mode; 20, 21, 333, 334 for 4 line mode Signaling method: Binary NRZ Clock frequency: 6.9375 MHz Tolerance: 3 ppm for +5 to +45º C 1 ppm at reference temperature Aging: £ 2 ppm per year Level: 66% of the difference between black level and peak white level for '1'; Black level for '0' Tolerance: 6% for '1' 2% of the difference between black level and peak white level for '0'
PDC	Reference: EBU SPB 459 Revision 2 Specification of the Domestic Video Program Delivery Control System February 1992 System: TELETEXT UK (CCIR system B) Programming: All parameters Labeling: Single, multi
VPS	Reference: Technische Richtlinie ARD/ZDF Nr. 8 R 2 Video Program System (VPS); EBU SPB 459 Revision 2 Specification of the Domestic Video Program Delivery Control System February 1992 TV systems: 625 line systems Data line: 16 Signaling method: Bi-phase modulation Clock frequency: 5.0 MHz Tolerance: 3 ppm for +5 to +45º C 1 ppm at reference temperature Aging: £ 2 ppm per year Level: 0.5 V for '1' at 0.7 V maximum video level Black level for '0' Tolerance: 5% for '1' 3% of sync amplitude for '0' Programming: All parameters
Closed Caption	Reference: FCC 47 CFR Part 15 Report No E-7709-C Draft EIA-608 System: 525 line systems 625 line systems Data line: 21 (field 1 and field 2) Signaling Method: Binary NRZ Clock frequency: 503.4965 kHz for 525 line systems 500 kHz for 625 line systems Tolerance: 3 ppm for +5 to +45º C 1 ppm at reference temperature Aging: £ 2 ppm per year Level: 50 IRE (50%) for '1' 0 IRE (0%) for '0' Tolerance: 5 IRE (5%) for '1' 1 IRE (1%) for '0' Operation mode: CC1 to CC4 T1 to T4
EDS Data (V-chip)	Basic EDS-data test capability supported. Four CC-data packets each include EDS-data. Codes included: 'rating G', 'ratingX', 'ratingTV-Y' and 'rating TV-MA'.

RGB, Y/C (S-VHS/HI-8), YCrCb Outputs
RGB outputs	Voltage (Vpp into 75W): 700 mV Tolerance: 5% 2% at reference temperature Impedance: 75Ω Polarity: Positive Coupling: DC Blanking level: 0V Offset: ± 200 mV Synchronization: Selectable in R, G, B or Off (only for BNC outputs) Connector: RGB OUT, BNC rear; EURO AV OUT, EURO AV connector rear Max. external voltage: ±9V
Y/C Outputs	Luminance signal amplitude (Vpp into 75W): 1V (including sync) Tolerance: 5% 2% at reference temperature Coupling: DC Blanking level: 0V Offset: ± 200 mV Chrominance signal level: 100%, same as chrominance part of CVBS signal Tolerance: 5% 2% at reference temperature Coupling: AC Impedance: 75Ω Connector: Y/C OUT, 4-pin S connector; EURO AV OUT, EURO AV connector rear Max. external voltage: ±9V
YCrCb Outputs	Voltage Y (Vpp into 75 Ω): 1 V (including Sync) Voltage CrCb (Vpp into 75 Ω): 0.7 V Tolerance: 5% 2% at reference temperature Impedance: 75Ω Coupling: DC Blanking level: 0V Offset: ± 200 mV Connector: Y/ Cr/ Cb OUT, BNCs rear Max. external voltage: ±9V

IEEE and RS-232 Interface
IEEE-488 Interface	Allows selection and control of all functions Reference: ANSI/IEEE Std. 488-1987 Compatibility: IEEE-488.2- 1987 Interface functions: AH1, SH1, L4, T6, RL1, SR1, DC1, E2 Connector: Amphenol rear (RFI/EMI shielded)
RS-232 Interface	Allows selection and control of all functions Baud rate: 110, 150, 300, 600, 1200, 2400, 4800, 9600, or 19200 Data bits: 7 or 8 Stop bits: 1 2 for 110 Baud Parity check: Odd, even or none (none for 8 data bits only) Handshake: Software, hardware Connector: 9 pin D-type rear (male)

General Specifications
Environmental Conditions	Environment: Laboratory equipment Class 5 (MIL-T-28800D) Warming-up time: 30 min Recalibration interval: 12 months Temperature: +22 to +24ºC for reference temperature 0 to +50ºC for operating -20 to +71ºC for non-operating Reliability: MTBF = 20,000 hours Humidity, altitude, vibration and shock: MIL-T-28800D (Class 5) Safety: EN 61010-1 +/A2, Class I IEC 1010-1 +A1 +A2, Class I CAN/CSA-C22.2 No 1010.1, Class I EMC emission: EN 55011, Group 1, Class B VDE 0875, Part 11, Group 1, Class B CISPR 11, Group 1, Class B FCC Part 15J Class A EMC immunity: EN 50082-1 (Generic) RF EM field: IEC 801-3/84 (27-500 MHz, 3V/m) Electrostatic discharge: IEC 801-2/84 (±8 kV air discharge) Fast transient: IEC 801-4/88 (0.5 kV signal/ control lines, 1 kV mains)
RF EM field	ENV 50140 (80-1000 MHz, 3V/m)
Electrostatic discharge	IEC 1000-4-2 ( ±8 kV air discharge), (±4 kV contact discharge)
Magnetic Field	IEC 61000-4-8 (50 Hz, 3 A/m)
Power Requirements	Line voltage operating: 90 to 264V Line frequency: 47.5 to 63 Hz Power consumption: 60W
Dimensions and Weight	Width: 323 mm (12.72 in) Height: 147 mm (5.79 in) 132.5 mm (5.22 in) without feet (» 3HE) Depth: 417 mm (16.42 in) Weight: Net 9.8 kg (21.6 lb.) Shipping 11.4 kg (25.1 lb.)