Pulse / Function Generators

function generator, arbitrary waveform generator, arbitrary fuction generator, arbitrary generator, AFG, AWG, Pulse Generator, Wideband Amplifier manufactured by Tabor

Home > Products > Signal Sources > Pulse Function Generators

UNITED STATES

Products

Signal Sources - Pulse Function Generators

Function Generators are basic tools for any laboratory. The basic features and functions are common to most function generators that are available on the market, except Tabor offers the highest end of products with truly analog signals reaching frequencies to 50MHz. Tabor also offers Pulse/Function Generators combo, in which most standard Function Generator features are preserved and some pulse capabilities are added.

Tabor Pulse / Function Generators are equally suitable for use on the bench and in an automated test systems.

Model 8550

Compare

Model 8551

Compare

Direct replacement to HP 8116A.

Four instruments in one: Function Generator, Linear Sweep Generator, Logarithmic Sweep Generator, and Phase Locked Generator (PLL)

Auto calibration to typically 1% accuracy on all functions, 0.1% continuous frequency accuracy. Built-in self diagnostics

Six popular output wave forms including Sine, Triangle, Symmetrical Square, Positive and Negative Square waves, and DC

Control inputs for FM, VCO, and AM modulation

High-resolution, high-accuracy digital settings. Parameters are set, either from the front panel or through the GPIB interface

Accurate sweep operation is digitally controlled with the provided X ramp (horizontal drive), and Z intensifier (marker) outputs

30 storable, non-volatile, front panel set-ups

Standard GPIB interface, complies with IEEE-488.2 specifications

Improved and only replacement to HP 8116A.

Three instruments in one: Pulse Generator, Function Generator, and Phase Generator (PLL)

Changing pulse level in less than 6ns

Auto calibration to typically 1% accuracy on all functions, 0.1% continuous frequency accuracy. Built-in self diagnostics

Popular output wave forms including Sine, Triangle, Square waves, Pulse, and Ramp

High-resolution, high-accuracy digital settings. Parameters are set, either from the front panel or through the GPIB interface

Pulse output waveforms include: normal pulse, fixed duty cycle pulse, and pulse complement

Control input is available for pulse width modulation (PWM), AM, VCO, and FM

Linear transition times are independently programmable for trailing and leading edges

30 storable, non-volatile, front panel set-ups

Standard GPIB interface, complies with IEEE-488.2 specifications

Go directly to: