11.1.8.16 MIPI D-PHY Characteristics

The device complies with the protocol and electrical specifications of the following standards:

Table 11-67. MIPI PHY CSI Characteristics
Symbol	Parameter	Conditions	Min	Max	Unit
V_DDIN33	Supply voltage range (VDDIN33)⁽¹⁾	–	3.0	3.60	V
I_DDIN33	Current consumption (VDDIN33)	HS mode, 2 lanes	–	10.0	mA
t_START	Start-up time⁽²⁾	–	–	60	μs
V_IN	Recommended input voltage range⁽²⁾	On MIPI_CLKx and MIPI_Dx	-50	1350	mV
I_LEAK	Input leakage current⁽²⁾	On MIPI_CLKx and MIPI_Dx	-10	10	µA
High-Speed Characteristics
V_CMRXDC	Input common mode voltage range⁽¹⁾	–	70	330	mV
V_IDTH	Differential input high voltage threshold⁽²⁾	–	–	70	mV
V_IDTL	Differential input low voltage threshold⁽²⁾	–	-70	–	mV
V_IHHS	Input high voltage⁽²⁾	–	–	460	mV
V_ILHS	Input low voltage⁽²⁾	–	-40	─	mV
Z_ID	Differential input impedance⁽²⁾	–	80	125	Ω
f_CSICK	MIPI_CLKx output frequency⁽²⁾	–	40	500	MHz
BR_LANE	Bit rate per lane⁽²⁾	–	80	1000	Mbps
Low-Power Characteristics
V_IH	Input high level⁽²⁾	–	880	–	mV
V_IL	Input low level⁽²⁾	–	–	550	mV
V_HYST	Input hysteresis⁽²⁾	–	25	–	mV
V_IHF	Input high fault threshold⁽²⁾	–	450	–	mV
V_ILF	Input low fault threshold⁽²⁾	–	–	200	mV

This MIPI D-PHY must be powered by the 2.5V regulated output of the VDDOUT25 regulator, which is supplied from VDDIN33.
Simulation data