MIPI RFFE Electrical Validation

Use an oscilloscope for MIPI RFFE electrical validation to ensure compliance with defined specifications. After an extended burn-in test, the oscilloscope confirms that the electrical characteristics of the signal meet the required standards.

Supported Models

TS3124V (4-channel DSO)

TS3000 Specifications PDF

MSO3124V (4-channel DSO & 16-channel LA)

MSO3000 Specifications PDF

Electrical Validation Solution PDF

Overview Report

Reference Point Dialog & Waveform

HTML Report

MIPI RFFE Electrical Validation Settings

1. General Settings: Channel sources, Working Voltage, Frequency Range, Test Point and Read Operation

2. Trigger Settings

3. Electrical Validation Parameter Settings: Frequency, Timing, Voltage limitation

Frequency
Name	Description
f_SCLK	SCLK Frequency

Time (Full-Speed Operations)
Name	Description
t_SCLKOH	Clock Output High Time
t_SCLKOL	Clock Output Low Time
t_SCLKOTR	Clock Output Transition (Rise/Fall) Time
t_{SKEW_M}	SDATA Skew Relative to SCLK, BOM Master Output
t_{SDATAOTR_M}	MSDATA Output Transition (Rise/Fall) Time, BOM Master
t_{su_M_Rd}	SDATA Setup Time, with respect to SCLK Output - BOM - Read
t_{H_M_Rd}	SDATA Hold Time, with respect to SCLK Output - BOM - Read

Time (Half-Speed Data Response Operations)
Name	Description
t_{SCLKOH_HSDR}	(HSDR) Clock Output High Time
t_{SCLKOL_HSDR}	(HSDR) Clock Output Low Time
t_{SCLKOTR_HSDR}	(HSDR) Clock Output Transition (Rise/Fall) Time
t_{su_M_Rd_HSDR}	(HSDR) SDATA Setup Time, with respect to SCLK Output - BOM - Read
t_{H_M_Rd_HSDR}	(HSDR) SDATA Hold Time, with respect to SCLK Output - BOM - Read

Voltage
Name	Description
V_Low	Low-Level Voltage
V_High	High-Level Voltage

4. Software EV control panel

Stop Conditions:
Stop when acquired X times
Stop when Result Fail > X times

Information:
Select waveform

Save File:
Save as Html
Save as .MOW (Software format)

Electrical Validation Solution PDF