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SKD110-14 Datasheet

A STOP condition acts as a protection of non-volatile memory. A valid Identification Byte, Address Byte, and tota number of SCL pulses act as a protection of both volatile and non-volatile registers. During a Write sequence, the Data Byte is loaded into an internal shift register as it is
SKD110-14 Price

		RM4558			RC4558
Parameters	Test Conditions	Min	Typ	Max	Min	Typ	Max	Units
Input Offset Voltage	RS ilOkQ		1.0	5.0		2.0	6.0	mV
Input Offset Current			5.0	200		5.0	200	nA
Input Bias Current			40	500		40	500	nA
Input Resistance		0.3	1.0		0.3	1.0		MQ
Large Signal Voltage Gain	RL > 2kQ, VOUT = +10V	50	300		20	300		V/mV
Output Voltage Swing	RL10kQ	+12	+14		+12	±14		V
Output Voltage Swing	RL2kQ	+10	+13		+10	±13		V
Input Voltage Range		+12	+13		+12	±13		V
Common Mode Rejection Ratio	RS ilOkQ	70	100		70	100		dB
Power Supply Rejection Ratio	RS ilOkQ	76	100		76	100		dB
Power Consumption	RL 2		100	170		100	170	mW
Transient Response Rise Time	VIN = 20 mV RL = 2kQ		0.3			0.3		uS
Overshoot	CL100pF		35			35		%
Slew Rate	RL2kQ		0.8			0.8		V/pI,S
Channel Separation	F = 10kHz, RS = 1kQ		90			90		dB
Unity Gain Bandwidth (Gain = 1)		2.5	3.0		2.0	3.0		MHz

SKD110-14 on stock

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			Limits
Symbol	Parameter	Test condilions	Min	Typ	Max	I Inil
IDSS	Saturated drain currem	VDS = 3V, VDS =OV		4.0	5.6	A
9m	Transconduaance	VDS - 3V, ID=2.2A		2.0		s
VGS (off)	Gate to source cut-off vokage	VDS=3V, ID=20mA	-2	-3	-4	v
PldB	Output power at ldB ga,n cornpressron		37	38		dBm
GLP	Linear power gain	VDS = 10V. ID 2.4A, 1= 12.212.8GHz	5.0	6.0		dB
7add	Power added efficiency	VDS = 10V. ID 2.4A, 1= 12.212.8GHz		23		%
Rth (ch-c)	Thermal resistance * 1	AVf m method			3.5	/w

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