Manuals

This manual provides descriptions and operating procedures for the integrated 3 axis ESP301 Controller/Driver (ESP = Enhanced System Performance).

This document is a pre-installation checklist for optical table systems and workstations, detailing optical table transport instructions and lab space and air supply setup.

New Focus photoreceiver/ photodetector modules convert optical signals to electrical signals and can be used to provide every high-speed/high-frequency instrument in your lab an optical …

The Model 205X is a general-purpose photoreceiver with adjustable gain and bandwidth. These receivers can be powered by batteries or by an external ± 15-V power supply.

The Model 23X7 is a general-purpose balanced photoreceiver with a large-area photodetector. These receivers can be powered by battery or by an external ±15-V power supply.

The New Focus Models 1601 and 1611 1-GHz, low-noise photoreceivers address the needs of the photodetector community in the area of low-noise, high-gain, RF photoreception.

The New Focus Models 1801 and 1811 125-MHz, low-noise photoreceivers address the needs of the photodetector community in the area of low-noise, high-gain, RF photoreception.

With the New Focus front-end optical receivers you can measure optical signals conveniently and accurately. These photoreceivers are optimized for versatility and efficient operati …

The Vision IsoStation vibration isolated workstation provides an ideal working platform for vibration influenced devices such as interferometers, microscopes, and balances.

The 1918-C Optical Meter is designed to provide a powerful combination of features to measure optical power and energy of near-monochromatic or monochromatic sources.

The controller module NPC3 and NPC3SG are designed for parallel control of up to three low voltage piezo actuators with and without internal feed back sensor

The New Focus Model 16X7-AC balanced photoreceiver consists of two matched photodiodes and an RF amplifier that generates an output voltage proportional to I1 - I2, the difference between …

The New Focus Model 18X7 balanced photoreceiver consists of two matched photodiodes and a high-speed amplifier that generates an output voltage proportional to I2 - I1, the difference …

The Photodetectors with TTL Output are based off our standard detectors with the added feature of a two-state output with an adjustable threshold. Thus, the Analog Output exhibits performance …

The Non-amplified High Speed Photodetectors contain PIN photodiodes that utilize the photovoltaic effect to convert optical power into an electrical current. When terminated into 50Ω …

The High Speed Fiber Photodetectors contain PIN photodiodes that utilize the photovoltaic effect to convert optical power into an electrical current. When terminated into 50Ω into an …

The Non-amplified Photodetectors contain PIN photodiodes that utilize the photovoltaic effect to convert optical power into an electrical current. When terminated into 50Ω into an oscilloscope, …

The Amplified Photodetectors contain PIN photodiodes that utilize the photovoltaic effect to convert optical power into an electrical current. When terminated into 50Ω into an oscilloscope, …

The Model 21X7 is a general-purpose balanced photoreceiver with adjustable gain and bandwidth. These receivers can be powered by batteries or by an external ±15-V power supply.

The Amplified Photodetectors contain PIN photodiodes that utilize the photovoltaic effect to convert optical power into an electrical current and a fixed gain transimpedance amplifier …