Philips PM 5125 Manual page 8

s
2. Square wave signal
Rise and fall time
Wave-Ibnn aberration
C. O UT PU"1'S
I. 600 4
Maximum amplitude
Output impedance
Attenuation
continuous
in steps
Hum and noise
2. LOW ""/ , a
Maximum amplitude
Output impedance
Minimum resistive load
Maximum capacitive load
Attenuation, continuous
100 nanoseconds above 5 kHz
3 "/„
10 V~,,,, (for sine wave) or 10 V,,,, (for square
wave), open circuit
5 Vr,,,,, (for sine wave) or 5 V,,,, (for syuare wave)
into 600 S2
600 4
40 d6 linear (for sine wave)
26 dB linear (for square wave)
3 ~ 20 dB (inaccuracy: 0.2 dB/s[epatSkHz)
60 dB down a[ maximum setting of the
continuous attenuator
10 V~,,,, ((or sine wave) or 10 V„~ (for square
wave)into 600 O
16 f2 for sine wave
10 52 for square wave
6(1(1 52
SO pF
> 40 dB linear (for sine wave)
26 dB linear (for square wave)
Hum and noise
~ 60 dB down at maximum setting of the
continuous attenuator
Note: Both outputs may he loaded simultaneously with 600 n each, with only a
slight deterioration of performance.
Both outputs are switched simultaneously to the sine wave voltage or to [he
syuare wave voltage by means of waveform selector mo t ,/~.