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RT9161-5.0CZL Datasheet

How to Read: . Controller (host) will send start bit. . Controller (host) sends the read address D3 (H) . ICS clock will acknowledge . ICS clock will send the byte count . Controller (host) acknowledges . ICS clock sends first byte (Byte O) through byte 7
RT9161-5.0CZL Price

Over-VoltageProtection OVP Shutdownandlatchoff - 125 - '>/oVo SwitchingFrequency fs ()verVinrange 270 300 350 kHz Under-VoltageLockout UVLO - 17 - V
RT9161-5.0CZL on stock

Absolute Maximum Rating
Description			Symbol	Value					Unit
Calling Voltage (f=50Hz) Continuous			VTP	120					Vrms
Calling Voltage (f=50Hz) 5 Sec ON/10 Sec OFF			VTP	200					Vrms
Supply Current			lcc	22					mA
Operating Temperature			TOP	-20}70					OC
Storage and Junction Temperature			Tstg	-65}150					OC
Note: 'Maximum Rating are those values beyond which damage to the device may occur. Functional operation should be restricted to the Recommended Operating Conditions.
Recommended Operating Conditions
Description			Symbol	Min		Max			Unit
Supply Voltage			Vcc			26			v
Operating Temperature			TA	-20		+70			OC
Note: This device contains protection circuitry to guard against damage due to high static voltages or electric fields. However, precautions must be taken to avoid applications of any voltage higher than maximum rated voltages to this high-impedance circuit. For proper operation, VIN and VOUT should be constrained to the range GND(VIN or VOUT)VCC. Unused inputs must always be tied to an appropriate logic voltage level (e.g., either GND or Vcc ). Unused output must be left open.
Electrical Characteristics (Ta=25'C unless otherwise specified)
Parameter	Symbol	Test Conditions			Min		Typ	Max		Unit
Supply Voltage	Vcc							26		v
Current Consumption without Load	lcc	Vs = 8.8 t0 26V					1.5	1.8		mA
Activation Voltage	VON				12.2			13		v
Activation Voltage Range	VONR	RA=1KQ			8.0			10		v
Sustaining Voltage	VsUs				8.0			8.8		v
Differential Resistance in Off Condition	RD				6.4					KQ
Output Voltage Swing	VOUT						Vcc-3			v
Short Circuit Current	IOUT	Vs=26V					35			mA
AC Operation
Output Frequency fH2	fH1 fH2	Vcc =26V,R1=14KQ Vcc =OV Vcc =6V					2300 1700			Hz Hz
fHi Range		R1=27KQ t0 1.7 KQ			0.1			15		KHz
Sweep Frequency	fL	R1=14KQ,C1=100nF					10			Hz

The ERROR and ENABLE facilities can be used in a similar configuration for a single DCR02. The filter capacitors connected to the VREC pifiS (CFILTER) should be kept separate from each other and connected in close proximity to the respective DCR02. If similar output voltages are being used, it is not recommended that a single filter capacitor (with an increased capacitance) be used with both VREC pins connected together, since this could result in the overloading of one of the devices.

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