Measurement-computing BTH-1208LS Manuale Utente

BTH-1208LS Wireless Multifunction DAQ Device Document Revision 3 May 2014 © Copyright 2014 User's Guide

BTH-1208LS User's Guide Installing a BTH-1208LS 10  Bluetooth connection status notifications – You can set values that indicate when the devi

11 Chapter 3 Functional Details Analog input acquisition modes The BTH-1208LS can acquire analog input data in three different modes – software paced

BTH-1208LS User's Guide Functional Details 12 In both Bluetooth mode and USB mode, you can start a hardware-paced scan with either a software co

BTH-1208LS User's Guide Functional Details 13 Power/pairing button The power/pairing button has different functions depending on the power sourc

BTH-1208LS User's Guide Functional Details 14 Screw terminals The screw terminals provide the followings:  Eight analog inputs (CH0H/CH0L to C

BTH-1208LS User's Guide Functional Details 15 Digital I/O bit 0Digital I/O bit 1Digital I/O bit 2Digital I/O bit 3Digital I/O bit 4Digital I/O b

BTH-1208LS User's Guide Functional Details 16 Single-ended measurements using differential channels To perform a single-ended measurement using

BTH-1208LS User's Guide Functional Details 17 Digital I/O You can connect up to eight digital I/O lines to DIO0 through DIO7. When configured fo

BTH-1208LS User's Guide Functional Details 18 Figure 6. Digital I/O external resistor configuration Trigger input The TRIG pin is an external d

BTH-1208LS User's Guide Functional Details 19 Mechanical drawings Figure 7. Housing and circuit board dimensions

HM BTH-1208LS.docx Your new Measurement Computing product comes with a fantastic extra — Management committed to your satisfaction! Thank you for cho

20 Chapter 4 Specifications All specifications are subject to change without notice. Typical for 25°C unless otherwise specified. Specifications in i

BTH-1208LS User's Guide Specifications 21 Note 1: Input current is a function of applied voltage on the analog input channels. For a given inpu

BTH-1208LS User's Guide Specifications 22 Noise performance Table 6. Noise performance, differential mode Range Typical counts LSBrms ±20 V 3

BTH-1208LS User's Guide Specifications 23 Digital input/output Table 11. Digital I/O specifications Parameter Specification Digital type 3.3

BTH-1208LS User's Guide Specifications 24 Input low voltage threshold 0.98 V typ 0.6 V min 1.5 V max Input low voltage limit –0.5 V absolute m

BTH-1208LS User's Guide Specifications 25 Parameter Specification Input low voltage limit –0.5 V absolute min 0 V recommended min Memory Table

BTH-1208LS User's Guide Specifications 26 USB Table 19. USB specifications Parameter Specification Device type USB 2.0 full speed Device compa

BTH-1208LS User's Guide Specifications 27 Screw terminal pinout Differential mode pinout Table 23. Screw terminal pinout Pin Signal name Pin d

BTH-1208LS User's Guide Specifications 28 Single-ended mode pinout Table 24. Screw terminal pinout Pin Signal name Pin description Pin Signa

Declaration of Conformity Manufacturer: Measurement Computing Corporation Address: 10 Commerce Way Suite 1008 Norton, MA 02766 USA Category

3 Table of Contents Preface About this User's Guide ...

Measurement Computing Corporation 10 Commerce Way Suite 1008 Norton, Massachusetts 02766 (508) 946-5100 Fax: (508) 946-9500 E-mail: [email protected]

BTH-1208LS User's Guide 4 Accuracy ...

5 Preface About this User's Guide What you will learn from this user's guide This user's guide describes the Measurement Computing BTH

6 Chapter 1 Introducing the BTH-1208LS The BTH-1208LS is a multifunction data acquisition device that communicates using Bluetooth® wireless technolo

BTH-1208LS User's Guide Introducing the BTH-1208LS 7 Functional block diagram BTH-1208LS functions are illustrated in the block diagram shown he

8 Chapter 2 Installing a BTH-1208LS What comes with your shipment? Verify that the following hardware components are included in the shipment: Hardwa

BTH-1208LS User's Guide Installing a BTH-1208LS 9 The BTH-1208LS can be paired or connected when powered by:  batteries (standard or rechargea