Test & Measurement

Test & Measurement

Model 155C

Model 155C Optical Module

Models 090 and 106C provide operating capabilities unavailable from other 904 and 1064 nanometer optical sources. Among them, repetition rates to 100 MHz and precision control of amplitude and time domain.

Combined with the BNC Model 6040 Mainframe, these modules generate fast pulses, subnanosecond impulses, and CW light while maintaining the excellent timing accuracy, low jitter, and...

Model 130

Model 130 - 1064 Nanometer Optical Module

Models 090 and 106C provide operating capabilities unavailable from other 904 and 1064 nanometer optical sources. Among them, repetition rates to 100 MHz and precision control of amplitude and time domain.

Combined with the BNC Model 6040 Mainframe, these modules generate fast pulses, subnanosecond impulses, and CW light while maintaining the excellent timing accuracy, low jitter, and...

904 nm Optical Module Specifications

Model 090 - 904 NM Optical Pulse Module

The Model 090 Optical Module is used with the BNC Model 6040 Optical Pulse Generator Mainframe, much like Model 065 or Model 085. The primary difference with this module is that the spectral peak is 904nm and power can be selected up to 10mW from a single mode 9/125 fiber.

Model 085

Model 085 Optical Pulse Generator Mainframe

Used in conjunction with BNC Model 6040 Optical Pulse Generator Mainframe. The Model 065 is similar to the Model 085 except for the following: The spectral peak is 650nm.

The Model 040 is similar to the 085 except for the center wavelength is 405nm and peak power is 5mW.

Model 6040

Model 6040 Electrical Pulse Generator with Electrical or Optical Outputs

The Model 6040 pulse generator provides superior performance characteristics. For example, the timing accuracies of 0.01% for frequency and 0.2% for delay and width are unusual for a pulse generator. The triggering jitter of 25 ps provides synchronizing capabilities usually associated with only the very best digital delay systems. Plug-in modules let you select the output configuration you...

Model TB-4

Model TB-4 Module Power Supply

Model TB-4 is a bin and power supply combination for plug-in modules. It can house twelve single-width modular instruments or a mixture of other sizes equivalent to twelve singles. Units that can be installed include BNC's modular digital delay generators, trigger pulse amplifiers, pulse generators, programming interfaces, and the instruments of other companies that are designed to NIM...

Model AP-3

Model AP-3 PortaNIM Bin / Power Supply

The AP-Series Portanims are attractive, compact, portable NIM compatible bins with self-contained power supplies. The Model AP-3 can hold six singles or combinations of larger module sizes equivalent to six. Portanims are aesthetically designed to give a finished and pleasing benchtop instrument appearance to plug-in modules. They can be used for BNC modular digital delay generators, trigger...

Model BH-1

Model BH-1 Tail Pulse Generator

The Model BH-1 is a tail pulse generator which simulates the broad range of pulses encountered in the nuclear field. Typical applications of the Model BH-1 include: determining the proper timing of linear gates and coincidence units, linearity measurements of amplifiers, threshold setting of discriminators and single channel analyzers, and measuring resolution flow noise amplifiers.

Model DB-2

Model DB-2 random pulse generator

The Model DB-2 is a pulse generator which accurately simulates the random and pile-up characteristics of pulses from a radiation detector. It provides pulses which are mono-energetic over a broad range of average count rates. Under high count rate conditions, the pulses will pile up as shown in the diagram below. This characteristics is useful in determining pile-up or count-rate effects and...

Model PB-5

Model PB-5 Precision Pulse Generator

The PB-5 sets a new standard for precision pulse generators. It offers full digital controllability with a built-in ramp generator for linearity testing. It provides tail and flat top pulses with outstanding integral linearity and extremely low amplitude change with temperature. The PB-5 is capable of testing the stability, linearity, and resolution of the most demanding spectroscopy circuits...

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