AvaSpec-Pacto: The Next Generation Photonics Spectrometer

AvaSpec-Pacto is the next-generation photonics backbone spectrometer that will enable a wide range of applications across several industries. The Pacto is built using Avantes’ most advanced automation techniques to achieve exceptional inter-instrument repeatability.

Compact Size, Limitless Possibilities

Avantes’ new Pacto spectrometer is a small, lightweight, and robust spectrometer intended for spectroscopy integration. With integration periods of up to 9 µs, stray light as low as 0.1%, and a signal-to-noise ratio of 375:1, the Pacto provides high-speed performance.

The Pacto spectrometer is adaptable with Avantes light sources, accessories, and AvaSoft software, allowing users to tailor their configurations to their specific needs.

This powerful and versatile spectrometer has a USB2 connection. Other communication protocols, such as RS232/SPI, will be offered for Original Equipment Manufacturer (OEM) applications. This device can be tailored to the specific requirements by using six various slit sizes and over 15 different types of gratings. Non-OEMs are required to have a replacement slit.

The Pacto is ideal for OEM applications and can be used in combination with the Software Development Kits (AvaSoft). Avantes can create big volumes of the Pacto spectrometer more quickly and efficiently, with very high accuracy and reproducibility, thanks to the automation of the manufacturing process.

Product Variations

Avantes introduces the Pacto Link and Pacto Bench Only, in addition to the USB-powered AvaSpec-Pacto. For OEM customers, the Pacto Link version includes a variety of connection protocols (RS232 or SPI). The Pacto Bench Only is designed to be easily implemented on the customer’s own electronic board or Avantes’ AS7010 electronic board.

AvaSpec-Pacto: The Next Generation Photonics Spectrometer

Image Credit: Avantes BV

Avantes Pacto Spectrometer - Empowering Spectroscopy Solutions

Video Credit: Avantes BV

Product Information

Technical Data

Table 1. Source: Avantes BV

  Pacto 2K Pacto 4K
Optical bench Symmetrical Czerny-Turner, 75 mm focal length; Pacto bench Symmetrical Czerny-Turner, 75 mm focal length; Pacto bench
Wavelength range 190-1100 nm 190-1100 nm
Stray light 0.1-1% (typical value 300l/mm, blaze 300 nm < 0.3%) 0.1-1% (typical value 300l/mm, blaze 300 nm < 0.3%)
Detector HAM S11639, CMOS linear array, 2048 pixels (14 x 200 µm) HAM S13496, CMOS linear array, 4096 pixels (7×200  µm)
Signal/noise 375:1 365:1
Dynamic Range 4500 4500
Dark noise 15 cnts 15 cnts
AD converter 16 bit, 6 MHz 16 bit, 6 MHz
Integration time 9 µs-30 sec 9 µs-30 sec
Interface USB 2.0 (480 Mbps), pigtailed (38 cm) USB-A USB 2.0 (480 Mbps), pigtailed (38 cm) USB-A
Sample speed with on-board averaging 0.36 ms/scan 0.70 ms/scan
Data transfer speed 0.79 ms/scan 1.12 ms/scan
Digital I/O 5 bidirectional programmable I/O; 1 Analog out, 1 Analog in, 1x5V 5 bidirectional programmable I/O; 1 Analog out, 1 Analog in, 1x5V
Power supply Default USB power, 500 mA Default USB power, 500 mA
Dimensions, weight 105 x 80x 20 mm, 277,5 grams 105 x 80x 20 mm, 277,5 grams
Operating temperature range 5-55 °C 5-55 °C

 

Gratings

Table 2. Source: Avantes BV

Use Useable range (nm) Spectral range (nm) Lines/mm Blaze (nm) Order code
UV/VIS/NIR 190-1100** 910** 300 300 MN0300-0.30
UV/VIS 190-780 544-540* 600 300 MN0600-0.30
UV 190-532 261-256* 1200 250 MN1200-0.25
UV 190-472 168-152* 1800 UV MN1800-0.25
UV 190-423 121-103* 2400 UV MN2400-0.25
UV 190-337 72-57* 3600 UV MN3600-0.25
UV/VIS 280-852 536-532* 600 400 MN0600-0.40
VIS/NIR 300-1100** 800** 300 500 MN0300-0.50
VIS 350-959 529-519* 600 500 MN0600-0.50
VIS 320-776 247-216* 1200 500 MN1200-0.50
VIS 360-641 147-121* 1800 500 MN1800-0.50
VIS 360-489 96-89* 2400 VIS MN2400-0.50
NIR 480-1066 515-506* 600 750 MN0600-0.75
NIR 600-844 210-204* 1200 750 MN1200-0.75
NIR 600-1100 339-300* 830 800 MN0830-0.80
NIR 600-1100** 500** 300 1000 MN0300-1.00
NIR 600-1100 500 600 1000 MN0600-1.00

A selected set of possible start-stop ranges apply. Please contact us to discuss your options. * Depends on the starting wavelength of the grating; the higher the wavelength, the bigger the dispersion and smaller the range to select ** Please note that not all pixels will be used for the useable range

Resolution

Table 3. Source: Avantes BV

Slit size (µm) 10 25 50 100 200 500
2K resolution
300 lines/mm grating 1.0 1.4 2.25 4.8 9.2 21.3
600 lines/mm grating 0.40-0.53* 0.7 1.2 2.4 4.6 10.8
830 lines/mm grating 0.32 0.48 0.93 1.7 3.4 8.5
1200 lines/mm grating 0.20-0.28* 0.27-0.38* 0.52-0.66* 1.1 2.3 5.4
1800 lines/mm grating 0.10-0.18* 0.20-0.29* 0.34-0.42* 0.8 1.6 3.6
2400 lines/mm grating 0.09-0.13* 0.13-0.17* 0.26-0.34* 0.44-0.64* 1.1 2.7
3600 lines/mm grating 0.06-0.08* 0.10 0.19 0.4 0.8 1.8
4K resolution
300 lines/mm grating 0.50-0.70 1.4 2.25 4.8 9.2 21.3
600 lines/mm grating 0.30-0.36* 0.7 1.2 2.4 4.6 10.8
830 lines/mm grating 0.25 0.48 0.93 1.7 3.4 8.5
1200 lines/mm grating 0.14-0.18* 0.27-0.38* 0.52-0.66* 1.1 2.3 5.4
1800 lines/mm grating 0.09-0.11* 0.20-0.29* 0.34-0.42* 0.8 1.6 3.6
2400 lines/mm grating 0.07-0.09* 0.13-0.17* 0.26-0.34* 0.44-0.64* 1.1 2.7
3600 lines/mm grating 0.05-0.06* 0.10 0.19 0.4 0.8 1.8

*Depends on the starting wavelength of the grating; the higher the wavelength, the bigger the dispersion and the higher the resolution.

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