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MODBUS Decoder

HScope provides support for Modbus RTU over RS485. Frame Format The set of function field and data field is called Protocol Data Unit (PDU) and represents the useful part of communication. HScope can recognize the following functions: Decoding in HScope Sample of HScope decoded data:

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LIN Decoder

The LIN Frame Format In simple terms, the LIN bus message frame consists of a header and a response.Typically, the LIN master transmits a header to the LIN bus. This triggers a slave, which sends up to 8 data bytes in response. Header Response LIN Decoding in HScope Use the following settings: Sample of HScope decoded data: HScope

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UART Decoder

Frame Format UART transmitted data is organized into packets. Each packet contains 1 start bit, 5 to 9 data bits (depending on the UART), an optional parity bit (can be used to detect single bit errors), and 1 or 2 stop bits: Decoding in HScope Sample of HScope decoded data:

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Screencast

Here is a suggested and performant method to screencast the phone/tablet to your Windows/Linux or macOS computer or a bigger screen connected to one of these machine. This method also allows some control on the android interface by using PC mouse and/or keyboard. This method requires no app on the Android device (just some system

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Automotive Module

Note: this Module requires a specific license in addition to the basic HScope license. What You Can Do The Automotive Module provide a set of tools specifically made for Automotive diagnostic. It allow you to: 1. Continuous Long-Time Recording The Automotive Module allows lengthy and continuous real-time acquisition at lower sampling rates. Although this acquisition method is

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Audio Module

Note: this Module requires a specific license in addition to the basic HScope license. What You Can Do The Audio Output Module allow you to: 1. Import WAV Files WAV Files can be imported, analysed, processed and exported in HScope. 2. Hear the input signal from Channel-1 on phone The oscilloscope signal can be sent

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PWM Module

This module is available just for few oscilloscopes as: It allow to use the output calibration pin (generally set to 1KHz square wave) to generate a PWM output signal. Max frequency and duty cycle range depends on the device (detail are in each oscilloscope page). Example of usage as

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XY Plot

You can use this module only when the first 2 channels are active. Channel-1 → plotted on X axisChannel-2 → plotted on Y axis Features On the left you can see 5 periods of both channel signals with the information about amplitude and frequency. On the right there is the XY Plot with comparison information of

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