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Part Numbert	Mfg	Packt	D/C	Descriptiont	Qty	Company/Contact
NACH101M6.3V6.3X6.3TR13F	NIC		07+		36000	HuiYuan Electronic (Asia)Limit.. Contact:chen Tel:86-755-23956858 Fax:86-755-23956577 Email: chen@huiyuan-elelc.com

NACH101M6.3V6.3X6.3TR13F Datasheet

D= 0.7f nn Er

u - U.JU

D = 0.33 :D = 0.2F

-D = 0.2r

PL 9

______

..DutyfactorD= t l/t2-

PeakTj=POMxZthjC+

NACH101M6.3V6.3X6.3TR13F Price

		Test Condition		Va		ue
Symbol	Parameter			-40 t0 85 0C		-55 t0 125 0C		Unit
Symbol	Parameter	vcc (v)		Min	Max	Min	Max	Unit
VIH	High Level Input	1.65 t0 1.95		0.65Vcc		0.65Vcc		V
	Voltage	2.3 t0 2.7		1.7		1.7
	Voltage	2.7 t0 3.6		2		2
VIL	Low Level Input	1.65 t0 1.95			0.35Vcc		0.35Vcc	V
	Voltage	2.3 t0 2.7			0.7		0.7
	Voltage	2.7 t0 3.6			0.8		0.8
VOH	High Level Output	1.65 t0 3.6	lo=-l00cA	Vcc-0.2		Vcc-0.2		V
	Voltage	1.65	lo=-4 mA	1.2		1.2
		2.3	lo=-8 mA	1.7		1.7
		2.7	lo=-12 mA	2.2		2.2
		3.0	lo=-18 mA	2.4		2.4
		3.0	lo=-24 mA	2.2		2.2
VOL	Low Level Output	1.65 t0 3.6	10=100cA		0.2		0.2	V
	Voltage	1.65	10=4 mA		0.45		0.45
		2.3	10=8 mA		0.7		0.7
		2.7	10=12 mA		0.4		0.4
		3.0	10=24 mA		0.55		0.55
l J	Input Leakage Current	3.6	VI=0 t0 5.5V		±5		±5	ccA
loff	Power Off Leakage Current	0	Vi or Vo = 5.5V		10		10	ocA
loZ	High Impedance Output Leakage Current	3.6	VI = VIH orVIL VO = 0 t0 5.5V		±5		±5
lcc	Quiescent Supply		Vl = Vcc or GND		10		10
lcc	Current	3.6	Vi or Vo = 3.6 to 5.5V		±10		±10
clcc	lcc incr. per Input	2.7 t0 3.6	VIH = Vcc-0.6V		500		500	cA

NACH101M6.3V6.3X6.3TR13F on stock

Pin No.	Mnemonic	Description
1 2, 5, 14, 21 3 4 6 7 8, 11, 17, 24 9 10 12 13 15 16 18 19 20 22 23	OPD Vs- -IN A +IN A -OUT A +OUTA Vs+ +OUT B -OUT B +OUTC -OUT C +IN C -IN C VOCMC VOCMB VOCMA +IN B -IN B	Output Pull-Down Negative Power Supply Voltage Inverting Input, Amplifier A Noninverting Input, Amplifier A Negative Output, Amplifier A Positive Output, Amplifier A Positive Power Supply Voltage Positive Output, Amplifier B Negative Output, Amplifier B Positive Output, Amplifier C Negative Output, Amplifier C Noninverting Input, Amplifier C Inverting Input, Amplifier C Voltage Applied to This Pin Controls Output Common-Mode Voltage, Amplifier C Voltage Applied to This Pin Controls Output Common-Mode Voltage, Amplifier B Voltage Applied to This Pin Controls Output Common-Mode Voltage, Amplifier A Noninverting Input, Amplifier B Inverting Input, Amplifier B

To accumulate BER data, the user toggles the LC bit at T = 0. This clears the accumulators and loads the contents into the count registers. At T = 0, these results should be ignored. At this point, the device is counting bits and bit errors. At the end of the specified time interval, the user toggles the LC bit again and reads the count registers. These are the valid results used to calculate a bit error rate. Remember, the bit counter is really counting clocks, so in nibble and byte modes the bit counter value needs to be multiplied by 4 0r 8 to get the correct bit count. For longer integration periods, the results of multiple read cycles N have to be accumulated in software.

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