Section 7: Model 9500B — Specifications 7-3
Final Width = 215mm
7.4 Edge Function Specification
500ps Edge HV Edge 150ps Fast Edge 70ps Fast Edge 25ps Fast Edge
(9510/30 Heads Only) (9530 Head Only) (9560 Head Only) (9550 Head Only)
Into 50
Ω or 1MΩ Into 1MΩ Into 50Ω Into 50Ω Into 50Ω
Rise/Fall Time [2] 500ps <100Vpk-pk <150ns 150ps 70ps 25ps
(10%-90%): ≥100Vpk-pk <200ns
NB into 50Ω <100ns
Accuracy: +50ps to -150ps NA ±25ps +15ps to -20ps ±4ps
Accuracy : ±40ps NA ±15ps ±11ps ±4ps
(displayed value)
Polarity: Rising or Falling Rising or Falling Rising or Falling Rising Rising or Falling
Return to Ground Return to Ground Return to Ground Return to Ground
Amplitude: 5mV to 3V pk-pk 1V to 200V pk-pk 5mV to 3V pk-pk 25mV to 2V pk-pk 425 to 575mV pk-pk
NB 1V to 5V pk-pk into 50Ω
Amplitude Accuracy: ±2%
Ranging: Volt/div factors of 1, 2, 5 or 1, 2, 2.5, 4, 5; or continuously variable continuous
Deviation: ±11.2% (Including over and under-range) NA
Duty Cycle: 10% 50% 10% 10% 10%
Aberrations: <±2% pk in 8GHz [1] <±2% pk <±3% pk in 8GHz [1] <±4% pk in 20GHz <±5% pk in 20GHz
(Into VSWR 1.2:1) <±1.5% pk in 3GHz (first 500ns) <±2% pk in 3GHz <±3% pk in 8GHz <±3% pk in 10GHz
(first 10ns) (first 1ns) <±1% pk in 3GHz <±1% pk in 3GHz
(first 700ps) (first 200ps)
Extended Aberrations: <±0.5% pk <±0.1% pk <±1% pk <±1% pk <±1% pk
10 ns to 1µs 500ns to 100ms 1ns to 10ns 700ps to 10ns 200ps to 10ns
<0.1% pk <0.01% pk <0.5% pk <0.5% pk <0.1% pk
beyond 1µs beyond 100ms beyond 10ns beyond 10ns beyond 10ns
Reflection Absorption: >-30dB NA >-30dB
Frequency: 10Hz to 2MHz 10Hz to 100kHz 10Hz to 2MHz 10Hz to 1MHz 10Hz to 1MHz
Frequency Accuracy: ±0.25ppm
Trigger to Edge delay: 25ns (typical)
Trigger to Edge jitter: <5ps pk-pk (typical)
[1] For Edge amplitudes below 33mV, this specification applies in a 3GHz bandwidth.
Edge speeds faster than 500ps are not recommended for 1MΩ input applications.
The 9560 Head is restricted to 50Ω loads only.
7.4.1 Edge Function (9550 Active Head supports 25ps Fast Edge only)
[2] Rise and Fall time definitions in accordance with IEC Standard 60469:1987.
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