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Part Numbert	Mfg	Packt	D/C	Descriptiont	Qty	Company/Contact
512856-003 4136	CLEENET		01+		1430	Yee Hing Electrnics LTD Contact:lilyzeng825 Tel:86-755-83640396 Fax: Email: ring_919@yahoo.com.cn
512856-003 4136	CLEENET	SOP28	07+		1430	shenzhen anywiser technology c.. Contact:lemon Tel:86-755-28049536 Fax: Email: lemon@anywiser.cn
512856-003 4136	CLEENET	stock	SOP28		01+	kaida co Contact:nicoyuen Tel:86-755-83991568 Fax: Email: sales@kda-ic.com
512856-003 4136	CLEENET	SOP28	01+	LEAD TIME 1day	1430	NewWays Electronics(HK) Limite.. Contact:ansen Tel:86-755-82566338 Fax:86-755-82566266 Email: ansen@newways-elec.com
512856-003 4136	CLEENET	Real Stock	01+		1535	Win Source Electronic Technolo.. Contact:Ruby Tel:86-755-83547793 Fax:86-755-83957728 Email: sales30@jyx-smd.com
512856-003 4136	CLEENET	SOP28	09+	ORIGINAL	1430	Benter Technology Contact:Janice Lee,Carol Tel:00852-82002482,86-755-83289788 Fax:00852-82002669,86-755-83289938 Email: sales@benter-ic.com sales1@bentel-hk.com
512856-003 4136	CLEENET	SOP28	01+	ORIGINEL	1430	MTE ELECTRONICS CO Contact:Klien Tel:86-754-84484548 Fax: Email: mte668@gmail.com
512856-003 4136	CLEENET	SOP28	5	原装现货，品质为先！	1430	shanghai deyie Electronics Co... Contact:Mengfancheng Tel:86-21-60896589 Fax:086-021-69972619 Email: deyidianzi118@126.com
512856-003 4136	CLEENET		SOP28		1428	Keminglong Electrics Co. Ltd. Contact:cao Tel:86-755-83046283 Fax: Email: rose@kml-ic.com
512856-003 4136	CLEENET					Shenzhen Goodchip Electronic C.. Contact:Selina Tel:86-137-25593155 Fax: Email: good-chip@hotmail.com
512856-003 4136	CLEENET	SOP28	01+	Qriginal and in our	1430	SEEDST INTERNATIONL CO;LTD Contact:shara Tel:86-731-85040968 Fax:86-731-85040968 Email: shara@seedstint.com;nancychoi@seedstint.com
512856-003 4136	CLEENET	SOP28	09+	原装现货特价出售	6030	shenzhen huijiatong technology.. Contact:deng Tel:86-755-82738912/82738911 Fax:0755-82738915 Email: hjt1978@163.com
512856-003 4136	SOP28		1321		CLEENET	New Ocean Inc., Limited Contact:Joyce Tel:852-8340-8430 Fax: Email: hknewocean@yahoo.cn
512856-003 4136	CLEENET		2008		11000	Benter Technology Contact:Carol Tel:86-755-83289788 Fax: Email: sales@benter-ic.com
512856-003 4136	SOP28		CLEENET		01+	YID TECHNOLOGY (HK) CO., LIMIT.. Contact:Jack Tel:86-755-82492496 Fax: Email: sales01@yid-ic.com
512856-003 4136	SOP28		CLEENET		01+	Jiexin Technology Asia Co., Li.. Contact:STEVEN_IC Tel:86-755-82518084 Fax: Email: steven_ic@126.com
512856-003 4136	CLEENET	SOP28	01+		1430	DAMSUNG INTERNATIONAL (HK) CO... Contact:Ericchan Tel:86-755-82519972 Fax:86-755-82817171 Email: eric@damsung-ic.hk
512856-003 4136	1430		CLEENET			Rolics Technology Ltd Contact:jason Tel:86-755-83014335 Fax:075583014447 Email: jason@hkrolic.com
512856-003 4136	CLEENET	N/A	07+08+09+		1430	HK Lianda electronics Inc Contact:John Zhang Tel:86-755-8288-4268 Fax:86-755-8304-4206 Email: Ld-ic@vip.163.com
512856-003 4136	CLEENET	SOP28		Original!!	1430	HK)CanXian Electronic Co.,Ltd Contact:Malinqing Tel:86-754-84477029 Fax:86-754-8447-8058 Email: honghedz@vip.qq.com
512856-003 4136	SOP28		CLEENET		01+	DUO JIE ELECTRONICS ( HK) Limi.. Contact:Sandy Tel:86-755-82887416 Fax: Email: sales@hkduojie.com
512856-003 4136	CLEENET	SOP28			1430	Europe and the United States I.. Contact:OMTER Tel:86-754-84471705 Fax: Email: omteric@hotmail.com
512856-003 4136	CLEENET	SOP28		Original!!	1430	HKCanXianElectronicCo.,Ltd Contact:Mr.LinkMa Tel:86-0754-84477029/82830814 Fax:86-0754-84478058 Email: honghedz@vip.qq.com
512856-003 4136	CLEENET	SOP28	01+	NEW AND ORIIGINAL ST	1430	ShenzhenMingShunXinElectronics.. Contact:Mr.zhongmingxian Tel:86-755-61681385 Fax:86-755-61351194 Email: 888msx@gmail.com

512856-003 4136 Price

SSEL5	SSEL4	SSEL3	SSEL2	SSEL1	SSELO	CPU (MHz)	SDRAM (MHz)	3V66 (MHz)	PCI(MHz)	IOAPIC (MHz)
0	0	0	0	0	0	75.30	112.95	75.30	37.65	18.83
0	0	0	0	0	1	95.00	95.00	63.33	31.67	15.83
0	0	0	0	1	0	129.00	129.00	86.00	43.00	21.50
0	0	0	0	1	1	150.00	113.00	75.33	37.67	18.83
0	0	0	1	0	0	150.00	150.00	75.00	37.50	18.75
0	0	0	1	0	1	110.00	110.00	73.33	36.67	18.33
0	0	0	1	1	0	140.00	140.00	70.00	35.00	17.50
0	0	0	1	1	1	144.00	108.00	72.00	36.00	18.00
0	0	1	0	0	0	68.30	102.45	68.30	34.15	17.08
0	0	1	0	0	1	105.00	105.00	70.00	35.00	17.50
0	0	1	0	1	0	138.00	138.00	69.00	34.50	17.25
0	0	1	0	1	1	140.00	105.00	70.00	35.00	17.50
0	0	1	1	0	0	66.80	100.20	66.80	33.40	16.70
0	0	1	1	0	1	100.20	100.20	66.80	33.40	16.70
0	0	1	1	1	0	133.60	133.60	66.80	33.40	16.70
0	0	1	1	1	1	133.60	100.20	66.80	33.40	16.70
0	1	0	0	0	0	157.30	118.00	78.67	39.33	19.67
0	1	0	0	0	1	160.00	120.00	80.00	40.00	20.00
0	1	0	0	1	0	146.00	110.00	73.33	36.67	18.33
0	1	0	0	1	1	122.00	91.50	61.00	30.50	15.25
0	1	0	1	0	0	127.00	127.00	84.67	42.33	21.17
0	1	0	1	0	1	122.00	122.00	81.33	40.67	20.33
0	1	0	1	1	0	117.00	117.00	78.00	39.00	19.50
0	1	0	1	1	1	114.00	114.00	76.00	38.00	19.00
0	1	1	0	0	0	80.00	120.00	80.00	40.00	20.00
0	1	1	0	0	1	78.00	117.00	78.00	39.00	19.50
0	1	1	0	1	0	166.00	166.00	83.00	41.50	20.75
0	1	1	0	1	1	160.00	160.00	80.00	40.00	20.00

512856-003 4136 on stock

55, 54 1:0yr :i 61, 59 1:0y , 23 toy =ov , 25 I:o:i =5V 30 33 l:o:i=34 toy=SREF 55,54 l:o:i 61, 59 1:0y , 23 toy =ov, 25 I:o:i =OV 33 l:o:i=34 toy=SREF 55, 54 l:o:i 61, 59 1:0y , 23 toy =sv, 25 l:o:i =OV 3.9 33 1:0:i=34 toy=SREF 55, 54 1:0:i 61, 59 1:0y , 23 toy =ov , 25 l:o :i =OV 17.4 33 l:o:1=34 toy=SREF 55,54 l:o:i 61 to =130m V p-p, 59 1:0 =P R E F, SR E F 23 1:0:i=Ov,25 1:0y=OV, + 0.5 33 1:0:i=34 koy=SREF, 24 1:0 :i =Ov , 50 1:0y 61 P:i =130m V p-p, 59 1:0 :i =P R E F, SR E F 23 1:o=OV,25 I:oy =OV, - 0.23 33 l:o)1=34 koy=SREF,

Although oscillators provide the cleanest source for REFCLK, oscillators over 100 MHz often cost more than may be acceptable for a specific design. In this case, customers have used clock generator chips to provide REFCLK at a lower cost than an oscillator. Un- fortunately, the cost reduction is accompanied by a sig- nificant increase in REFCLK jitter, which adds jitter to the transmitted serial data resulting in a reduction in the maximum transmission distance.

pulls down A and B, causing the intervention of the hardware protection shown in Fig. 4; at the same time the OVV signal is sent to yC, which executes the switch off sequence. The LiC must reject any command to the bridge during the over- voltage conditions. With the values showed in Fig. 7, a 1V hysteresis is provided. It is possible to enhance the performances of the system just described avoiding the braking of the motor also tor short duration voltage transients; to do this the yC, once received the overvoltage di- agnostic signal (OVV), put at low level the commands to the upper transistors of the two half bridges (L1 and L2 in Fig. 4), allowing the free running of the motor. The system holds this condition until OVV is ac- tive; when the OW signal is released the jiC re- stores the previous commands to the bridge.

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