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Part Numbert	Mfg	Packt	D/C	Descriptiont	Qty	Company/Contact
RP820005	schrack	IN STOCK!P	dc00		441	TianYang Electronics Co.,Ltd Contact:Sue Tel:86-21-51611472 Fax: Email: sue@tycelec.com
RP820005	schrack		dc00	IN STOCK!Pack: 20/tu	441	Wei&Keng Technology Developing.. Contact:dannyuan Tel:86-755-83290418 Fax: Email: sales@weikengtech.com
RP820005				TYCO		HK Parkeli United Development .. Contact:selina Tel:86-755-83042690 Fax: Email: selina@parkeli.com
RP820005	schrack	IN STOCK!P	dc00	100% real stock	441	HTAT ELECTRONICS HK CO,LTD Contact:Vera Tel:86-755-83677223 Fax: Email: sales1@wahtat-ic.com
RP820005	schrack	IN STOCK!P	dc00		441	SINCO TIMES TECHNOLOGY(HK)ELEC.. Contact:STEVEN Tel:86-754-84462965 Fax:86-754-84462966 Email: stevenhk16888@yahoo.com.cn
RP820005	schrack	schrack	dc00		451	ASIA WORLD TRADE TECHNOLOGY SO.. Contact:Boning Tel:86-755-25573524 Fax:86-755-25469337 Email: GARDENIAS_0523@163.COM
RP820005	schrack	IN STOCK!	dc00		441	ComS.I.T.Asia Ltd Contact:cheung Tel:0-852-21539036 Fax: Email: cara@com-sit.com.hk
RP820005	schrack	schrack	dc00		451	ASIA WORLD TRADE TECHNOLOGY SO.. Contact:Boning Tel:86-755-25573524 Fax: Email: gardenias_0523@163.com
RP820005	schrack		dc00	IN STOCK! pack: 20/t	441	sdfbbndn Contact:Ms.YOYO_Huang Tel:86-0755-82539044-805 Fax:86-0755-83987630 Email: angelaaki_huang@hotmail.com
RP820005	schrack				dc00	PengWeiDa Technology (HK)Co.,L.. Contact:Franco Tel:86-0755-82764150 Fax:86-0755-82736204 Email: pwdhk@vip.163.com
RP820005	schrack	STK: 20/tu	dc00	STK: 20/tube/	2565	Shenzhen Meisixing Technology.. Contact:MR Tel:86-755-83785732 Fax:0755-89603897 Email: qqzzaabb@163.com
RP820005	schrack	schrack	dc00		451	AsiaWorldTradeTechnologySource Contact:Ms.BoningTan Tel:086-0755-25573524 Fax:086-0755-25469337 Email: gardenias_0523@163.com
RP820005	schrack		dc00	INSTOCK!vpe:20/tube	451	ShowtechInternational(hk)CO.,L.. Contact:Ms.RitaLin Tel:886-0755-82709648 Fax:886-0755-82709649 Email: showtech@hkin.com

rp820005 Datasheet

Controlling LED Intensity LED intensity can be controlled using the BRTl input. BRTl can be used either as an analog or digital input. When using BRTl, remove the shunt from JUl. Connect a o t0 1.72V voltage source to BRTl, where OV corre- sponds to the dimmest setting and l.72V is full bright- ness. Ground the voltage source to AGNDl. A digital PWM signal (100Hz t0 10kHz) can also be connected directly to BRTl. In this case, 0% duty cycle corre- sponds to the dimmest setting and 100% corresponds to the brightest.
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Conexant's SmartDAA technology (patent pending) eliminates the need for a costly line transformer, relays, and opto-isolators typically used in discrete DAA (Data Access Arrangement) implementations. The SmartDAA architecture also simplifies product implementation by eliminating the need for country-specific components enabling worldwide homologation of a single modem board design and a single bill of materials (BOM).
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Functional Description The 'AC/'ACT899 has three principal modes of operation which are outlined below. These modes apply to both the A- to-B and B-to-A directions. - Bus A (B) communicates to Bus B (A), parity is generat- ed and passed on to the B (A) Bus as BPAR (APAR). If LEB (LEA) is HIGH and the Mode Select (SEL) is LOW, the parity generated from B[0:7] (A[0:7]) can be checked and monitored by ERRB (ERRA). - Bus A (B) communicates to Bus B (A) in a feed-through mode if SEL is HIGH. Parity is still generated and checked as ERRA and ERRB in the feed-through mode (can be used as an interrupt to signal a data/parity bit error to the CPU). - Independent Latch Enables (LEA and LEB) allow other permutations of generating/checking (see Function Ta- ble below).

PARAMETER		CONDITIONS		MIN TYP MAX	UNITS
I			fIN= 0.377Fo	0 10 -0 11 -0.17
			fIN= 0.591Fo	0 10 003 0 17
			tIN= 0.754Fo	0.10 -0.12 -0 17
			fIN= 0.873Fo	0 10 0 02 -0 17
Insertion Gain Relative to			fIN = 0.944Fo	0.10 -0.07 -0.17
UO ciain (D (continued	'oie])	MAX297	fIN= 0.996Fo	0 20 0 11 0 17	dB
			fIN= 1.OOOFo	0 20 0 10 0 17
			fIN= 1.500Fo	-75 -79
			fIN= 1.610Fo	-80 -87
			fIN= 2.020Fo	-80 -84
			fIN = 4.OOOFo	-80 -85
		MAX293		0 15
Passband Ripple		MAX294		0 27	dB
		MAX297		0 23
Output DC Swing				+4	V
Output Offset Voltage		IN= GND		+150 +400	mV
DC Insertion Gain with Output Offset Removed				-0.15 +0.01 0.15	dB
			MAX293	71
Total Harmonic Distortion		TA= +25C	MAX294	-69	dB
plus Noise			MAX297	77
Clock Feedthrouclh		TA= +25C		5 0	mVp-p
Output Drive Capability				20 10	kQ
CLOCK
Internal Oscillator Frequency		cosc = 1000pF		29 35 43	kHz
Internal Oscillator Current Source/Sink		VCLK = OV or SV		+70 ±120	yA
Clock Input (Note 2) High				4 0	V
Low				1 0
UNCOMMITTED OP AMP
Input Offset Voltage				+10 +50	mV
Output Drive Capability				20 10	kQ
Output DC Swing				+4	V
Gain-Bandwidth Product				4	MHz
POWER REQUIREMENTS
Supply Voltage Dual Supply				±2 375 ±5 5	V
Single Supply		V- = OV, GND = V+/2		4 75 11 0
		V+ = 5V, V- = -sv VCLK = Ov t0 5V		15 0 22 0
Supply Current		v+ = 2.375V, V- = -2.375V, VCLK = -2V t0 2V		7 0 120	mA

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