PASCO käsiraamatud ja kasutusjuhendid

PASCO ME-1252 pallipüüdja ​​paigaldusjuhend

5. veebruar 2025

PASCO ME-1252 Ball Catcher Introduction The Ball Catcher is designed to be used to produce controlled inelastic collisions. A ball that is fired from a Projectile Launcher (ME-6800) or Mini…

PASCO ME-7039 robotauto kasutusjuhend

5. veebruar 2025

PASCO ME-7039 Robot Car Components NOTE: The Robot Car without //control. Node is intended for customers who already have the //control. Node (PS-3232) required for experiments. The Robot Car (ME-7029)…

PASCO ME-1249 Smart Cart päästiku tilguti kasutusjuhend

25. jaanuar 2025

PASCO ME-1249 Smart Cart Trigger Dropper Specifications: Product Name: Smart Cart Trigger Dropper Model Number: ME-1249 Compatibility: Designed for use with PASCO's Smart Cart (ME-1240 or ME-1241) Product Usage Instructions…

PASCO AP-8221A pinge-/pingeaparaadi kasutusjuhend

24. detsember 2024

PASCO AP-8221A Stress/Strain Apparatus Specifications Product Name: Stress/Strain Apparatus Model Number: AP-8221A Required Software: PASCO Capstone Includes: Four metal test coupons, four plastic test coupons, nut driver, calibration bar, spare…

Täppisinterferomeetri PASCO OS-9258B kasutusjuhend

8. detsember 2024

PASCO OS-9258B Precision Interferometer Specifications Product Name: Precision Interferometer Models: OS-9255A through OS-9258B Manual Number: 012-07137D FAQs Q: Can I use the Precision Interferometer for advanced research? A: Yes, the…

PASCO PS-2135 kiirreageeriva temperatuurianduri kasutusjuhend

7. detsember 2024

PASCO PS-2135 Fast Response Temperature Probe Specifications Product Name: Fast Response Temperature Probe PS-2135 Wire Length: 1 meter Compatibility: Compatible with PASCO temperature sensors Temperature Range: Refer to product page…

PASCO PS-3211A Wireless Voltage Anduri kasutusjuhend

27. november 2024

PASCO PS-3211A Wireless Voltage Anduri tehnilised andmed Toote nimi: Wireless Voltage Andur PS-3211A Voltage Range: -30 V to +30 V (adjustable to -5 V to +5 V) Connection: Bluetooth and USB…

PASCO PS-3605 juhtmevaba optilise lahustunud hapniku anduri korgi kasutusjuhend

16. november 2024

PASCO PS-3605 Wireless Optical Dissolved Oxygen Sensor Cap Instruction Manual PS-3605   Introduction The Wireless Optical Dissolved Oxygen Sensor Cap is a replacement sensor cap for the one included with…

PASCO PS-4210 juhtmevaba juhtivusandur koos OLED-ekraaniga kasutusjuhend

7. november 2024

PASCO PS-4210 Wireless Conductivity Sensor with OLED Display Product Usage Instructions Connect the provided USB-C cable to the sensor's USB-C port. Plug the other end of the cable into a…

PASCO PS-2146 absoluutrõhu temperatuurianduri kasutusjuhend

1. november 2024

PASCO PS-2146 Absolute Pressure Temperature Sensor Product Information Specifications Product Name: PASPORT Absolute Pressure/Temperature Sensor PS-2146 Temperature Range: -20°C to 100°C Pressure Range: 0 to 101.3 kPa Connection Ports: 1…

PASCO ES-9042A Faraday Ice Pail Instruction Sheet

Juhendi leht

Instruction sheet for the PASCO Model ES-9042A Faraday Ice Pail, detailing its operation, setup, and experimental procedures for demonstrating electrostatic principles and charge distribution.

PASCO Cart Masses ME-6757A - Physics Lab Equipment Manual

Toote käsiraamat

User manual for PASCO Cart Masses (ME-6757A), detailing their introduction, usage with dynamics carts, technical support, warranty, copyright, and trademark information for educational physics experiments.

PASCO Human Eye Model OS-8477: Optics and Vision Experiments

Kasutusjuhend

Explore the principles of human vision and optics with the PASCO Human Eye Model OS-8477. This instruction manual provides detailed experiments on light refraction, image formation, and visual defects.

Tensile Testing of Annealed Steel

Juhend

This document outlines the procedure for conducting tensile tests on annealed steel samples using PASCO equipment. It details the setup, sample preparation, testing process, and analysis of key material properties…

PASCO PS-3222 juhtmevaba temperatuuri lingi kasutusjuhend

Teatmeteos

PASCO PS-3222 juhtmevaba temperatuuri lingi kasutusjuhend ja tehnilised andmed. See on Bluetooth-toega temperatuuriandur teaduslikeks ja hariduslikeks rakendusteks. Sisaldab seadistamist, kasutamist, kalibreerimist ja tõrkeotsingut.

PASCO PS-3208 Wireless CO2 Sensor Product Manual

Toote käsiraamat

Product manual for the PASCO PS-3208 Wireless CO2 Sensor, detailing its components, features, setup procedures with SPARKvue and PASCO Capstone software, data collection, maintenance, technical support, and compliance information.

PASCO PS-2110 süsinikdioksiidi gaasianduri kasutusjuhend

Juhendi leht

PASCO PS-2110 süsinikdioksiidi gaasianduri kasutusjuhend, mis kirjeldab selle omadusi, seadistamist, kasutamist, kalibreerimist, soovitatavaid tegevusi ja spetsifikatsioone hariduslikel eesmärkidel.

PASCO Spectrometry User's Guide for Computer/Tablet

Kasutusjuhend

User's guide for the PASCO Spectrometry software (version 1.0) for computer and tablet devices, covering application tools, analyzing light, solutions, concentration, and time.

PASCO AP-8222 Plastic Test Coupons: Specifications and Usage Guide

tehniline spetsifikatsioon

Detailed specifications, properties, and usage information for PASCO AP-8222 Plastic Test Coupons, including HIPS, Nylon 6, ABS, and Polypropylene materials. Learn about tensile strength, elasticity, and elongation.

PASCO 2.2 m alumiiniumist dünaamikarada (ME-9779) tootejuhend

Toote käsiraamat

PASCO 2.2 m alumiiniumist dünaamikaraja (ME-9779) tootejuhend, milles on üksikasjalikult kirjeldatud selle omadusi, tehnilist tuge, garantiid ja kasutamist.

Katse 17: NPN-transistor digitaallülitina - PASCO laborijuhend

Juhend

Detailed instructions for Experiment 17: The NPN Transistor as a Digital Switch, part of the PASCO AC/DC Electronics Laboratory (EM-8656). Learn about transistor operation, setup, data collection, and analysis using…

Uurimus 14C: Resonants - Essential Physics Lab Manual

Instruction/Guide/Lab Manual

Avastage resonantsi põhimõtteid selle praktilise füüsikalabori uurimuse abil. Õppige määrama loomulikku sagedust, mõõtma ampvalgustugevust ja mõista energiaülekannet võnkuvates süsteemides.