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MX6Y080L03 Datasheet

MX6Y080L03 Price

DSP techniques can be used to remove the DC offset in TDMA systems, in a way that cannot be duplicated in the analog domain: a full timeslot of the received signal can be buffered, the mean of which is determined and then removed from each data point of the signal. The resulting signal has zero mean. For systems such as Global System for Mobile communications@ (GSM.), an unwanted result of this is that any DC that is part of the signal is lost, but the typical effect of this is minimal. Figure 12 illustrates the use of such a method for a typical GSM receiver. This technique can be further refined by tracking the mean over portions of the burst, allowing the detection of sudden interferers or blockers and canceling their DC product only where it occurs.
MX6Y080L03 on stock

Characteristic	Symbol	Test Conditions			Min	Typ	Max	Unit
Line Voltage	VL	IL = 4mA				2 1		V
		IL = 15mA			3.55	3.9	4 25
		IL = 50mA			4 1	4 6	5 1
		IL = 140mA				6 45	7.0
Line Voltage with RUP	VLU	Between Pin14 & Pin 16 Rup = 220KC)			4 15	4 35	4 55	V
Line Voltage with RDOWN	VLD	Between Pin 14& Pin 1 RDOWN = 330KC)			3 25	3 45	3 65	V
			IL= 15mA		49.5	51 5	53 5
TX Gain	Gv (TX)	RTX = 68 Kfl v = 3mVrms	IL= 50mA		45 5	47 5	49 5	dB
TX Gain	Gv (TX)	RTX = 68 Kfl v = 3mVrms	IL= 80mA		43 5	45 5	47 5	dB
TX Gain frequency response	AGTXF	f = 300 t0 3400Hz				±0 2		dB
		THD = 2%				1 6
TX Dynamic output voltage	VO <TX)	THD = 10%			1.7	2.2		Vrms
MIC Input Impedance	ZI(ArIIC)					64		KQ
				IL= 15mA	28.5	30.5	32.5
RX Gain	GVcRX)	RLOAD = 150C)+10u		IL= 50mA	24 5	26 5	28 5	dB
RX Gain	GVcRX)	RLOAD = 150C)+10u		IL= 80mA	22.5	24.5	26.5	dB
RX Gain frequency response	AGRXF	f = 300 t0 3400Hz				±0 2		dB
		THD = 2% (RL = 150C			0 22	0.29
RX Dynamic output voltage	VO (RX)	THD = 10%			0 30	0 40		Vrms

Serial data is received on the DINRxP and DINRxN terminals. The interpolator and clock recovery circuit locks to the data stream if the clock to be recovered is within +100 PPM of the internally generated bit rate clock. The recovered clock retimes the input data stream. The serial data is then clocked into the serial-to-parallel shift registers.

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