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RECHERCHE CATALOGUE :

Insérer un mot ou une référence :

LE CATALOGUE GENERAL


MON ESPACE PERSONNEL


PARCOURIR : ACCUEIL

Function generator : PMM062685

Quantité : caddie Ajouter au devis


Référence : PMM 062 685

Marque : ELC



Function generator : PMM062685 2/4

Function generator, 0.01 Hz to 5 MHz
Frequency counter: 0 to 50 MHz in 8 automatic ranges (reciprocal reading for very low frequencies)
High quality signals
50 Ohms and TTL output, protected against short circuits and up to ± 60 V reverse power surges.
Duty cycle : variable continuously from 20 to 80 % on all ranges and for all wave forms.
Offset voltage ; independent of fixed attenuator
Internal linear or logarithmic sweep, external VCF or FM modulation, AM modulation.

Functions:
triangle, sine, square, ramp, impulse, offset, CMos, Internal linear or logarithmic sweep, external VCF or FM modulation, AM modulation.
Frequency range : 0.01 Hz to 5 MHz in 8 ranges .

Main output:
protected against short circuits and up to ± 60 V reverse power surges
Output impedence: 50 Ohms, accuracy: ± 5 %
Output level: 20 V peak to peak (open circuit), 10 V peak to peak (into 50 Ohms)
Fixed attenuation: 0 or - 20 dB switchable - Variable attenuation: 0 dB to - 40 dB + DC function

Sortie TTL :
protected against short circuits and up to ± 60 V reverse power surges
SYnchronous square wave signal 0 to 5 Volts. Fan-out: > 10 - Rise and fall time: < 20 ns.

Frequency counter:
Range: 0 to 50 MHz in 8 automatic ranges
Reciprocal reading for very low frequencies
Display: 14 mm 5 digits red LEDs
External input: Impedance: 1 MOhms / 20 pF.

Amplifier
0,5 Ohms protected output delivering 15 W under 4 Ohms.

Sécurity: Class II,


Quantité : caddie Ajouter au devis


  Spécialiste en Ingénierie Pédagogique en
Sciences Physiques, Génie Electrique &Télécoms .
Nous sommes concepteurs et fabricants.
DIDALAB
Z.A. de la clé Saint Pierre 5, rue du Groupe Manoukian
78990 ELANCOURT (France)
Phone : +33.1.30.66.08.88 Mail:didalab@didalab.fr
Electrical Engineering

PHYSICS

Energy & Systems